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10 Things You Need To Know About The New Toyota 4Runner

May 7, 2024 David Leave a comment

Toyota is a famend car producer from Japan that has been producing revolutionary know-how automobiles since 1934. They are recognized for his or her hybrid vehicles, such because the Toyota Prius, which have been the primary of their sort to be produced on a big scale. Toyota can also be well-known for pioneering hydrogen fuel technology that powers their combustion engine vehicles. As a part of its dedication to innovation, Toyota plans to open a manufacturing unit in 2026 that may manufacture advanced electric vehicle batteries.

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Toyota’s experience extends past producing vehicles and off-road automobiles. They are additionally well-known for creating the delicate and modern Lexus LF-A, which is a testomony to their engineering capabilities. Toyota’s Land Cruiser is considered one of its hottest fashions, recognized for its sturdiness and reliability. Moreover, Toyota is trying to develop its off-road car lineup by introducing a brand new technology of the 4Runner, which was final produced in 2010. This new car is predicted to fill a niche out there for a dependable and strong off-road utility car. With the usage of hybrid power, Toyota goals to make it an eco-friendly addition too.

In order to provide the most recent and correct info attainable, the info used to compile this text was sourced from Toyota.

2025 Toyota 4Runner Hybrid Debuts With 326 Horsepower And Its Classic Roll-Down Rear Window

Hybrids are scorching for the time being, and with the brand new, highly effective, and highly-capable 2025 Toyota 4Runner, issues are nearly to get even hotter.

1 Two Different Engine Specifications

Front 3/4 view of a 2025 Toyota 4Runner Limited — Toyota

Toyota has outfitted its new 4Runner with brand-new engine specs in comparison with its predecessor. The automotive producer is introducing two engine configurations for various trims. One of the brand new engines is the i-Force Turbocharged 2.4-liter four-cylinder engine which may both come by itself or be launched with the hybrid system. This engine can also be seen within the Toyota Tacoma, which is a pick-up model.

Toyota’s i-Force Engine Package

	i-Force TurboCharged	i-Force Max Hybrid
Engine	2.4 Liter Four Cylinder	2.4 Liter Four Cylinder
Horsepower	278 hp	326 hp
Torque	317 lb-ft	465 lb-ft

(Data sourced from Toyota)

Toyota’s newest powertrain is a game-changer, packing a stable punch of energy and boasting outstanding gas effectivity, due to its hybrid know-how. The 4Runner outfitted with this powertrain is an all-rounder that may deal with nearly any problem with ease. Plus, it has a formidable towing capability of as much as 6,000 kilos. This is certainly a car that is aware of the best way to get the job finished.

2 A Crawl System For Rough Terrain

Rear three-quarters shot of a blue 2025 Toyota 4Runner climbing a rock — William Clavey/TopSpeed

Toyota has equipped the 4Runner with advanced off-road technology that enhances its efficiency. The car now comes with numerous multi-terrain choices that allow it to adapt to altering street circumstances. Users can choose the terrain they’re on, and the system will acknowledge it and alter accordingly, getting ready the car for lack of grip or different challenges. The crawl system is designed for uneven surfaces and permits the automotive to maneuver slowly and effectively. The stabilizer bar mechanism system will be activated by a button and helps stabilize the automotive on rocky terrain.

The New Off-Road Features For The 4Runner

Multi-terrain system
Crawl system
Stabilizer bar mechanism system
Off-road tools

In addition, the Trailhunter trim affords cool options and off-road tools from ARB, Old Man Emu, and RIGIDS industries. Toyota has made vital strides in creating off-road options and applied sciences that guarantee a snug and efficient expertise for each the driving force and passengers.

3 No Dearth Of Off-road Equipment

Front three-quarters shot of a 2025 Toyota 4Runner over a rock — William Clavey/TopSpeed

The new 4Runner is a superb selection for off-road adventures, due to its many fascinating options. With a floor clearance of 9.2 inches and off-road tires, this car has loads of clearance for mountain climbing. Additionally, it comes with several 4WD settings, together with 2WD, part-time 4WD, and full-time 4WD. The 2WD model has a limited-slip differential, whereas the 4WD boasts an electric-controlled two-speed switch case, which is designed to enhance the car’s dealing with over tough terrain.

Important options

2WD, part-time 4WD and Full time 4WD
Limited slip diff
Improved Traction System
Downhill Assist
Electric managed two-speed switch case

Toyota has additionally included an improved traction system that routinely shifts energy to the wheel that wants it probably the most when traction is restricted. This is very helpful in off-road conditions the place different vehicles may wrestle. Finally, the 4Runner additionally options downhill help, which limits the automotive’s velocity when going downhill.

2025 Toyota 4Runner rear 3/4 rear aerial shot.

2025 Toyota 4Runner vs. Ford Explorer

The Toyota 4Runner and Ford Explorer exist on reverse ends of the SUV spectrum, however each are extremely compelling for the 2025 mannequin yr.

4 Suspension Tuned For All Sorts Of Terrains

2025 Toyota 4Runner Low angle right front wheel shot — Toyota

The car is provided with an eight-speed automated transmission and has a control-arm suspension on the entrance and a multi-link reside axle association on the again, which has similarities to the Tacoma and Land Cruiser. The TRD Pro mannequin options Fox QS3 dampers with manually adjustable compression clicker changes, whereas the Trailhunter mannequin has ARB/Old Man Emu dampers.

The TRD Pro 4Runner Front shocks have seven bypass zones, 4 for compression and three for rebound. The rear shocks have 11 bypass zones, seven for compression and 4 for rebound. They are additionally outfitted with two-inch piggyback reservoirs and a novel TRD roost protect. This protect affords further safety for the inverted shock design within the rear. The bypass know-how regulates wheel motion, offering the driving force with the expertise of getting 4 totally different shocks in a single.

5 The Sixth Generation 4Runner Looks Different From Its Predecessors

Front-end shot of a blue 2025 Toyota 4Runner — William Clavey/TopSpeed

Toyota has made vital adjustments to the looks of the 4Runner with the discharge of the brand new sixth-generation mannequin. The first generation of the 4Runner was launched in 1984. The new mannequin boasts a contemporary design with giant wheel arches and a rugged exterior, giving it the right look of an off-road beast.

The Trailhunter Trim Makes Its Debut Here

The Trailhunter variant incorporates a hood scoop, which provides to its total enchantment. The automotive’s width, together with the snorkel, provides to its robustness, making it an ideal selection for off-road fanatics. The rear of the automotive is a factor of magnificence, resembling the Toyota Land Cruiser, a beloved car in Australia for its reliability and comfort when driving by means of harsh outback terrain. With its spectacular off-road capabilities and Toyota’s well-known reliability, this automotive has the potential to change into a brand new fan favourite.

6 Off-Road Truck Embraces Modern Interior

Shot of the 2025 Toyota 4Runner's interior showcasing the dash and the cockpit — William Clavey/TopSpeed

Toyota has up to date the inside of their automobiles to a contemporary fashion that feels acquainted. The 4Runner nonetheless maintains its big off-road trucker look, full with a chunky gear lever. Toyota affords two touchscreen show choices, an 8-inch or 14-inch, each powered by Toyota Audi Multimedia, which was designed by its Texas-based Connected Technologies team. The multimedia system comes with Apple CarPlay or Android Auto and wi-fi charging, making the Toyota full of know-how.

Safety Systems

Pre-Collision Assist
Lane Departure Alert
Dynamic Radar Cruise Control
Lane Tracing Assist
Emergency Stop System
Road Sign Assist

With the security of the driving force in thoughts, Toyota has applied a variety of security programs. These programs make sure the most secure attainable driving expertise whether or not the driving force is occurring a leisurely drive or embarking on an off-road journey. It’s vital for all producers to prioritize security to supply the most effective driving expertise for his or her clients.

2025 Toyota 4Runner Group with 3 different trims.

Hidden Features Of The 2025 Toyota 4Runner

Toyota has revealed the options and specs of the 2025 4Runner. Here are the small print you could have missed.

7 Technology Even In The Trunk

As beforehand talked about, the 4Runner is provided with a big selection of off-road options, particularly within the Trailhunter trim. Toyota has additionally included numerous technological enhancements, comparable to a power-assisted rear window, which may very well be useful if you might want to entry the trunk rapidly with out opening it. While its practicality could also be questionable, it is nonetheless a formidable characteristic.

The dimensions of the 2025 4Runner haven’t but been launched, however we will count on it to be bigger than its earlier variations because of the longer wheelbase. The 4Runner may have two rows of seats with a possible third row, relying on the hybrid model. However, with the hybrid trims, there could also be a slight discount in cargo house because of the placement of batteries alongside the chassis of the car.

8 Nine Trims To Choose From

Group shot of the 2025 Toyota 4Runner — Toyota

Toyota has launched a variety of trims with totally different choices to select from, together with two new trims in comparison with the earlier mannequin. In complete, there are 9 trims accessible. The Trailhunter trim is particularly designed for many who love off-road journeys, whereas the TRD affords a unique suspension bundle.

The 4Runners Different Trims

SR5
TRD Sport
TRD Sport Premium
TRD Off-Road
TRD Off-Road Premium
Limited
Platinum
TRD Pro
Trailhunter

The Trailhunter trim comes with all-new off-road tools and elements, together with off-road tires that may increase the automotive as much as two inches on the entrance and one and a half inches on the again. It additionally consists of an LED mild bar and LED fog lights. On the opposite hand, the Platinum trim affords luxurious contained in the cabin.

9 Another Feather In Toyota’s Hybrid Lineup

Interior of a 2025 Toyota 4Runner Trailhunter — Toyota

Toyota has not too long ago developed a brand new off-road car that guarantees each consolation and maneuverability. The firm has introduced that the automotive shall be launched in Fall 2025, and it is going to be offering further particulars concerning the car as the discharge date approaches. Similar to most automotive producers, Toyota is constructing a platform the place they’ll depend on electrical and sustainable automobiles that create much less environmental injury.

In line with Toyota’s ongoing dedication in direction of a extra sustainable future, the corporate plans to proceed selling a carbon-neutral future. The new automotive shall be added to Toyota’s electrified vary of 19 automobiles. Additionally, Toyota offers a guaranty with each car to reveal their dedication to creating dependable vehicles. The hybrid battery of the new off-road vehicle will be covered for the primary 10 years or 150,000 miles.

The Real Differences Between The Toyota 4Runner And Land Cruiser

Exploring the Toyota 4Runner and Land Cruiser and unveiling the nuanced disparities between these iconic SUVs, from efficiency to consolation.

10 How It Stacks Up To Its Competitors

Taillights of a 2025 Toyota 4Runner TRD Pro — Toyota

Toyota has unveiled a brand new off-road car, which guarantees nice efficiency on any terrain. While we do not have a whole understanding of its capabilities but, we will get a way of the way it will look. In order to gauge its potential, we in contrast it to different comparable automobiles.

	2025 Toyota 4Runner	2024 Jeep Wrangler	2024 Subaru Outback
Model	Trailhunter	Rubicon X	Wilderness
Engine	2.4 liter Turbocharged Hybrid	3.6 liter V6	2.4 liter Turbocharged
Horsepower	326 hp	285 hp	260 hp
Torque	465 lb-ft	N/A	277 lb-ft
Driveline	4WD	4WD	4WD
Towing Capacity	6,000 lbs	2,000 lbs	3,500 lbs

(Data sourced from Toyota, Jeep, and Subaru)

Toyota is a widely known and dependable model that folks can belief. Its towing capability is a standout characteristic, being considerably greater than that of its rivals. We do not know the precise worth but, however it should not be as costly as a Land Rover Defender on common. The 4Runner comes outfitted with numerous off-road instruments and tools, making certain each your security and pleasure on the street.

BMW

BMW Motorrad presents the Automated Shift Assistant (ASA).

May 3, 2024 Prafful Singh Leave a comment

Munich. With the brand new Automated Shift Assistant (ASA), BMW Motorrad presents an progressive technical answer that makes driving less complicated and extra snug. True to the motto “Simplify your ride”, the driving expertise is additional enhanced by the automation of the clutch and gearshifting, with out sacrificing the emotionally essential dynamics of shifting.

The Automated Shift Assistant incorporates a intelligent practical design through which two electromechanical actuators automate the clutch and gearshift of the six-speed transmission, which is the principle distinction to a standard shift assistant. There is not any want for a hand lever to function the clutch manually. Starting, stopping and manoeuvring are made simple with the Automated Shift Assistant.

Riding with the Automated Shift Assistant additionally turns into extra fulfilling due to quick, rev- and load-adapted shift sequences and the ensuing exact gear adjustments. The rider’s workload is decreased, which makes driving much more fulfilling. In addition, the Automated Shift Assistant creates an much more direct reference to the highly effective boxer engine, because the exact clutch actuation makes it even simpler to regulate the driving expertise through the throttle grip and gearshift lever.

In ‘M’ shift mode, gear adjustments can nonetheless be made by foot management, permitting the rider to resolve when to vary gears.

In ‘D’ shift mode, the Automatic Shift Assistant actually comes into its personal. Shift factors are mechanically chosen by the engine management unit. In each “M” and “D” modes, the rider advantages from completely executed gear adjustments with a clean interruption of traction. The result’s environment friendly bike acceleration and elevated driving stability.

When shifting up, for instance, the jolt related to a traditional handbook transmission with a handbook clutch is essentially eradicated, as is the danger of helmet contact between rider and passenger.

Downshifts are additionally designed to be as clean as potential, minimising chassis disturbances. Specific traits of the automated shift operate are assigned to the completely different driving modes to make sure good shift behaviour in every driving scenario. In mixture with Active Cruise Control or entrance collision warning, the networking of capabilities additionally brings the way forward for motorcycling to life.

Automated clutch and kit shifting for a brand new driving expertise.
In tough driving conditions, utilizing the clutch and throttle takes numerous focus. If you’re travelling with baggage and maybe a passenger, utilizing the clutch and gearshift takes up assets. The rider stays in management and has extra freedom in each driving scenario with the Automated Shift Assistant. Riding turns into a extra relaxed and fulfilling expertise.

The highly effective boxer engine permits nearly easy pulling away on uphill gradients, for instance, due to automated clutch operation, which additionally pays dividends by way of higher automobile management off-road or on tough surfaces.

Riding pleasure takes on an entire new that means while you select the automated D mode. Optimally chosen gear adjustments create a brand new driving sensation with a extra intense driving expertise. The proper gear is mechanically chosen based on the rider’s particular person driving wants, leading to a harmonious and very clean driving expertise.

Electromechanical clutch and gearshift actuators mixed with subtle digital controls.
The Automated Shift Assistant is the logical and technical evolution of the BMW Motorrad Shift Assistant Pro. Two electronically managed electromechanical actuators function the clutch and gearshift, enabling simple beginning and automatic gear adjustments.The rider’s shift request is transmitted to the management unit through a gearshift lever sensor, which is actuated by the traditional foot-operated gearshift lever. Additional sensors decide the revs of the transmission enter shaft and the clutch place. These values are transmitted to the TCU (Transmission Control Unit), which is carefully linked to the engine management unit, for modelling and management of the clutch, shift actuation and standing.

The clutch is operated by an electro-mechanical actuator mixed with a hydraulic system with a direct hydraulic connection between the clutch grasp and slave cylinders. The actuator regulates the required clutch slip, engages the clutch when altering gear and disengages it when stopping.

In handbook shift mode “M”, the rider can transfer the gearshift lever within the desired path within the typical method. If the revs within the desired goal gear are inside the most or minimal rev vary, the shift is made straight. If the engine revs fall under a gear-dependent minimal pace, downshifts are additionally carried out mechanically in handbook mode. This prevents the engine from stalling.

In shift mode “D” the gears are modified mechanically relying on the driving mode, engine revs, throttle place and lean angle parameters. Gears are shifted based on the driving scenario and dynamic necessities.

The advantages of the Automatic Shift Assistant (ASA) might be summarised as follows
· Completely eliminates the necessity for the rider to function the clutch.
· Dynamic and comfy gear adjustments for extra driving pleasure.
· Choice of handbook or automated gear shifting.
· Automatically adapts gear shifts to the rider’s dynamic preferences in automated D mode.
· Eliminates the potential of engine stalling because of unfavourable gear shifts.

You will discover press materials on BMW bikes within the BMW Group PressClub at www.press.bmwgroup.com.

BMW

BMW Group with “live wire” to modern manufacturing of auto elements in WAAM course of.

March 21, 2024 Prafful Singh

Munich. At the Additive Manufacturing Campus in Oberschleißheim, the BMW Group has a “live wire” to an modern, additive manufacturing course of for metallic automobile elements and instruments. In wire arc additive manufacturing (WAAM), a wire fabricated from aluminium or related is melted utilizing an arc. Then a software-controlled robotic locations numerous welding seams on high of one another with precision, till the entire element is completed. Because the strain signifies that layer by layer there isn’t any want to concentrate to demouldability, hole buildings with an optimum ratio between rigidity and weight are doable. This signifies that the elements might be lighter and extra inflexible than comparable die-cast components at present manufactured in sequence manufacturing. They will also be produced extra sustainably due to decrease vitality necessities and fewer materials waste. In the longer term, the plan is to make use of elements manufactured utilizing the WAAM course of in BMW Group manufacturing autos.

The WAAM course of is especially appropriate for big elements

The giant width and peak of a single welding seam signifies that elements might be produced extraordinarily shortly utilizing WAAM. In distinction to laser beam melting, which is already utilized in prototype and small sequence manufacturing on the BMW Group, WAAM is especially appropriate for bigger elements. The typical wall thicknesses are nicely suited to elements within the physique, drive, and chassis areas. However, instruments and gadgets will also be manufactured utilizing this high-tech course of, which can be used within the aviation business.

Development on the Additive Manufacturing Campus

The BMW Group is trialling this course of on the Additive Manufacturing Campus in Oberschleißheim, the place they’ve pooled manufacturing, analysis, and coaching on this space below one roof. With greater than 30 years’ expertise, the corporate is a pioneer within the space of additive manufacturing, generally generally known as 3D printing. BMW Group staff have been focussing on the WAAM course of, also called build-up welding, since 2015. A WAAM cell for the manufacturing of take a look at elements has been in use there since 2021. One of those instance functions is a suspension strut help, which, in intensive testing on the take a look at bench, is being in contrast with the sequence manufacturing element constituted of aluminium strain die-casting. “In this early stage it is already clear that the WAAM process can result in lower emissions in the production process. The lower weight of the components, their advantageous material usage ratio, and the option to use renewable energy means that the components can be produced more efficiently,” stated Jens Ertel, Head of BMW Additive Manufacturing. The subsequent stage of growth on the street to sequence manufacturing is testing elements within the automobile, which can begin within the foreseeable future.

The wider welding seams within the WAAM course of imply that the surfaces of the elements will not be clean, however barely rippled and have to be completed in important areas. However, BMW Group engineers had been in a position to reveal that WAAM elements can be utilized for top hundreds, together with cyclical hundreds, even with out post-treatment of the floor. Optimised course of parameters are essential for guaranteeing sturdiness instantly from manufacturing, so the mixture of welding course of and robotic path planning have to be coordinated optimally.

Configuration with generative design and algorithms

To make optimum use of the elements produced within the WAAM course of, the mixture of the manufacturing course of and a common new element design is paramount. To this finish, the BMW Group continues to speed up using generative design. Here, the pc makes use of algorithms to design optimised elements primarily based on the particular necessities. These algorithms are developed in shut collaboration with interdisciplinary groups and are partly impressed by evolutionary processes in nature. As with bionic buildings, step one is to make use of solely the fabric that’s really required for the topology of the element, and through fine-tuning within the second step, the element is strengthened solely the place mandatory. This in the end ends in lighter and extra inflexible elements in addition to higher effectivity and improved automobile dynamics.

“It’s impressive to see how WAAM technology has developed from research to become a flexible tool for not only test components but also series production components. The use of generative design methods enables us to make full use of design freedom and thus the potential of the technology. That was unthinkable just a few years ago,” stated Karol Virsik, Head of BMW Group Vehicle Research.

Production processes can complement one another

Different additive manufacturing processes will not be essentially in competitors with one another, reasonably they need to be seen as complementary. For instance, laser beam melting will proceed to be extra advantageous than the WAAM course of in relation to the best stage of element decision. In phrases of the doable dimension of the element and the deposition charge, nevertheless, wire arc additive manufacturing is superior. The BMW Group is initially planning centralised WAAM manufacturing of elements in Oberschleißheim, sooner or later, manufacturing at different places and using the expertise by suppliers can be doable. Further, it could even be conceivable to supply particular person elements instantly on the meeting line utilizing this course of and to fabricate completely different components with out new instruments, just by altering the software program. Sustainability will also be additional improved by rising using recycled metals.

News

The Forgotten Inline Engine: GM’s 4.2-liter Atlas I-6

March 15, 2024 David

General Motors has an extended historical past of creating modern strides in engine improvement. The Chevrolet small-block V-8, for instance, started life within the Fifties and shortly turned the usual for top horsepower in a small bundle, a legacy that continues into right this moment’s fifth-generation GM V-8s. Even GM’s lineup of V-6 engines made waves all through the business, starting from the 60-degree V-6 that powered practically each GM automobile from 1980 by 2010, to the twin-turbocharged V-6 powering the Cadillac ATS-V.

However, GM has a lesser-known engine household that deserves admiration for its outside-the-box pondering and excellent technological developments, the Atlas engine household. That Atlas household consisted of three principal engines; the front-running 4.2-liter inline-six, the three.5-liter five-cylinder, and the two.8-liter four-cylinder. All three shared the identical primary structure and a variety of elements, although it was the 4.2-liter that led the Atlas program. Here’s a more in-depth take a look at the technical points and historical past of GM’s Atlas 4.2-liter inline six.

In order to provide the most modern and correct data attainable, the info used to compile this text was sourced from numerous producer web sites and different authoritative sources, together with Motor Trend.

Vortec 4200 Technical Specifications

Estimated gas financial system (mpg metropolis / hwy / mixed)
Application	Standard on Trailblazer and Trailblazer EXT
Type	4.2-liter, DOHC inline six-cylinder w/solid aluminum block
Displacement (cu in/cc)	256 / 4195
Bore & stroke (in/mm)	3.66 x 4.01 / 93 x 102
Cylinder head materials	solid aluminum
Valvetrain	twin overhead camshafts, variable cam phasing – exhaust cams
Ignition system	coil-on-plug, twin platinum electronics
Fuel supply	sequential gas injection, digital throttle management
Compression ratio	10.1:1
Horsepower (hp/kw @ rpm)	275 / 201 @ 6000
Torque (lb-ft/Nm @ rpm)	275 / 372 @ 3600
Horsepower (2004-2005)	275 @ 6000
Torque (2004-2005)	275 @ 3600
Horsepower (2006 and up)	291 @ 6000 rpm
Torque (2006 and up)	277 @ 4800 rpm
Engine weight (full)	470 kilos
Recommended gas	unleaded common
Maximum engine pace (rpm)	6300
Emissions controls	NLEV
TrailBlazer 2WD: 16/22/19
TrailBlazer 4WD: 15/21/18
TrailBlazer (Vortec 4200 I6)

The 4.2-Liter Atlas I-6’s History

To uncover the distinctive particulars of the GM Atlas engine, in any other case referred to as the Vortec 4200, we reached out to GM and located Tom Sutter, the Assistant Chief Engineer for the Atlas. Sutter has been concerned with engine applications for the final 30 years, starting from Oldsmobile’s Quad Four to Cadillac’s present V-Series mills.

Looking Towards Other GM Engines For Inspiration

During improvement, Tom Sutter reverted to his time growing the Oldsmobile Quad Four, GM’s first four-valve per cylinder engine, which was essentially a small-block Chevy inline-six engine. The same design was sketched for the Atlas and finally turned an integral a part of the challenge.

Twin overhead camshafts had been used to regulate the exhaust and consumption valves individually.

Furthermore, GM’s first stab at variable valve timing was put into place on the exhaust aspect. This allowed the GM inline-six engine to breathe deeper throughout high-throttle conditions, leading to larger energy with out the gas consumption penalty being current all through the rev vary. GM’s new modern valve cowl stored issues quiet below the hood, which was constructed utilizing a plastic-like composite materials.

GM even used its comparatively new manufacturing methodology for the Atlas engine block and cylinder head. Called the Lost Foam Casting method, it mainly makes use of a pre-shaped block of Styrofoam buried in sand. Molten aluminum is then poured in, filling the voids left by the melting foam. The result’s an excellent detailed engine block that requires little or no tough machining.

Its Impact On Motorsport

The GM Atlas engine additionally had a short-lived racing profession. General Motors contracted with Falconer, a specialty engine builder, to assemble a 5.0-liter, high-performance model of the Atlas inline-six.

It produced roughly 600 horsepower at 7,500 rpm and 450 pound-feet of torque at 6,000 rpm, however shared virtually no elements with the manufacturing engine.

Herzog Motorsports ran the vans fitted with the GM Atlas inline-six, with the primary race truck being the Vortec Trailblazer that ran in the Baja 500 and Baja 1000 off-road races in 2000. The one-off car was constructed with a tube-frame chassis and coated with a carbon-fiber physique. Driven by Larry Ragland, the 81 Vortec Trailblazer solely competed in these two Baja races, earlier than retiring to Ragland’s storage.

The GM Atlas Engine’s Diverse Potential

The 4.2-liter Atlas engine was a groundbreaking engine for GM. It featured an all-aluminum building, twin overhead cams with variable valve timing on the exhaust aspect, 4 valves per cylinder, a coil-on-plug ignition system, a excessive compression ratio of 10:1, and its cylinder heads featured GM’s then-prevalent “Vortec” engineering designed to maximise airflow.

The 4.2-liter Chevy inline-six was constructed on the GMT360 platform, which was used for SUVs such as the Chevrolet Trailblazer, GMC Envoy, Buick Rainier, Oldsmobile Bravada, Isuzu Ascender, and Saab 9-7X.

Each of those mid-sized SUVs shared the identical cutting-edge structure, together with the business’s first totally hydroformed body in a mid-size SUV. Introduced for the 2002 mannequin 12 months, the GMT360 platform bought a pair million examples worldwide earlier than ending manufacturing after 2009.

Pushing The Industry Forward

GM additionally broke floor within the SUV section by utilizing a twin overhead camshaft with roller-followers to regulate the 4 valves per cylinder. The design was chosen due to the massive quantity of air 4 valves can transfer, whereas the roller-followers supplied a smoother operation with much less friction than typical lifters, including to the engine’s effectivity.

Thanks to the variety of valves, their sizes had been stored small to assist with cooling. Large coolant chambers had been routed across the valves and the center-mounted spark plugs, additional serving to the engine run cooler. Because of the environment friendly cooling and the decreased threat of detonation, the Atlas inline-six was capable of run its excessive compression ratio with out the necessity for premium gas.

The Further In-Depth Craftmanship For The Atlas Inline-Six

As effectively as utilizing twin overhead camshaft, GM’s Atlas inline-six engine featured further components that in the end led to its success. A brand new engine comes with new challenges, resulting in GM introducing all-new elements to extract from its giant fleet of SUVs on the time.

As talked about earlier than, the Vortec 4200 was the primary GM truck engine to characteristic variable valve timing. This early adopter solely had variable valve timing on the exhaust aspect, nonetheless, however allowed for 25 levels of exhaust cam phasing. This stored torque ranges at near-peak ranges all through the rev vary and allowed a higher maximum horsepower with out killing gas effectivity or hindering drivability at decrease RPM ranges.

A First-Of-Its-Kind drive-by-wire System

The Chevy Atlas engine was additionally managed by a drive-by-wire system, one other first in a GM truck software. The system used an digital throttle with no mechanical linkage between the gasoline pedal and the throttle physique, managed by the PCM and was opened through an electrical motor mounted contained in the 77-mm diameter throttle physique.

The modern consumption manifold featured a 180-degree bend, bringing air into the throttle physique simply above the engine and wrapping it round into the cross-flow cylinder head.

The consumption manifold was stored brief with the intention to accommodate easy accessibility to the spark plugs, including a much-welcomed contact of practicality.

Its Unique Mounting System

The GM Atlas inline-six additionally utilized an modern mounting system for its equipment. Each part moreover the ability steering pump was mounted on to the block. This consists of the alternator, A/C compressor, and loafer pulley. GM says this helped eradicate play within the belt-drive system since every part was completely positioned in relation to the block.

Key Takeaways:

The General Motors Atlas inline-six engine was first launched in 2002, getting used for autos such because the Chevrolet Trailblazer and GMC Envoy.
The Atlas engine was utilized in off-road race vans, which competing in iconic races such because the Baja 1000.
Smaller variations of the Atlas engines had been launched after the I-6’s success, together with the Vortec 3500 and the Vortec 2800.
Production of the GM Atlas engine resulted in 2009, as a result of dimension and prices of the engine not being a logical enterprise choice transferring ahead.

The End of an Era

A Black 2003 Chevrolet Trailblazer — Bring A Trailer

The Vortec 4200 was an enormous leap ahead for GM powertrains. But regardless of this, the modern inline-six didn’t take pleasure in an extended life. It was the cancelation of the GMT360 platform in 2009 that spelled the tip for the Vortec 4200.

The engine merely wouldn’t slot in different purposes. “The length of the engine and its structure definitely played a part in that,” Sutter mentioned. “The engine doesn’t work in a transverse application, so it was limited in the vehicle choices.”

The inline-six would theoretically have slot in GM’s full-size vans just like the Chevrolet Silverado and GMC Sierra. However, it was logistics that prevented that from taking place. Those vans used GM’s 4.3-liter V-6 as their base engine, which was based on the GM small-block V-8.

What Were The Other Atlas Engines?

Vortec 3500 Inline Five — Bring A Trailer

Two years after the Atlas inline-six, GM launched a smaller Atlas engine, named the Vortec 3500. Instead of six cylinders, the Vortec 3500 decreased the scale right down to solely 5, with a displacement of three.5 liters. It used the identical 3.7-inch cylinder bore and 4.0-inch piston stroke because the Vortec 4200, together with the identical rods, pistons, and valves.

The Vortec 3500 was utilized in GM’s compact pickups, these being the first-generation Chevrolet Colorado and GMC Canyon. Both vans had been launched for the 2004 mannequin 12 months and used the five-cylinder because the extra-cost engine possibility over the Vortec 2800 four-cylinder. The straight-five produced 220 horsepower and 225 pound-feet of torque.

Chevy Colorado Inline-five — Bring A Trailer

Speaking of the Vortec 2800 engine, this four-cylinder Atlas engine additionally used lots of the similar elements, together with the rods, pistons and valves. A giant cause for this was to maintain prices in examine, but additionally helped entice prospects after the success of the Atlas I-6 engine. Standard for the Chevrolet Colorado and the GMC Canyon, the Vortec 2800 would produce 175 horsepower and 185 pound-feet of torque.

Despite having a reasonably brief lifespan of solely seven years, the GM Atlas engine, notably the primary inline-six iteration, set the stage for additional improvements below the hood of numerous vehicles and vans. Despite not being as spoken about as engines reminiscent of Chevrolet’s big-block V-8s or the LS7 Crate engines, the Atlas’ contributions to the business cannot be forgotten.

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Even Tesla EVs Don’t Have This Feature That Hydrogen-powered Toyota Mirai Does

January 30, 2024 David

The Toyota Mirai has lengthy been an modern but painfully misunderstood automobile. Using hydrogen to run, this grew to become one of many first wide-scale releases EVER to do it, all while being a passion project for the execs at Toyota. The Mirai boasts limitless specs, from its recharge and power-out functionality (this can be a massive one) to its 152 horsepower fully-electric hydrogen powertrain. Mirai has at all times been a stand-out internally, however the sedan can also be moderately modern on its exterior. We’re specializing in the way it managed to outdo Tesla within the power-out division, nevertheless, as that is one thing few automobile manufacturers have perfected and carried out.

What this implies is that the Mirai’s gas cell not solely produces direct present (DC) but also converts it to alternating current (AC). This makes it work equally to a generator, which may very well be life-saving for those who get caught out within the woods tenting, have an influence outage at residence, or if the rest disturbs your typical circulation of electrical energy. Not even Tesla has executed this, though it is claimed to have the bandwidth to create it, so Toyota and its Mirai nameplate are lightyears forward of the competitors.

How Toyota’s Water-Cooled Hydrogen Combustion Engine Could Serve As A High-performance Alternative To EVs

Toyota’s water-cooled hydrogen engine goals to problem EVs with lengthy vary, quick refueling, and highly effective efficiency.

In order to provide the most modern and correct data doable, the info used to compile this text was sourced from Toyota and different authoritative sources, together with ClearTechnica, the Department of Energy, and Tesla.

The Toyota Mirai Not Only Runs On Hydrogen; It’s Also A Generator

The Toyota Mirai boasts a hydrogen energy supply, which does not require charging.

What has at all times intrigued automobile consumers in regards to the Toyota Mirai is its hydrogen powertrain. Unlike most electric cars that require a charge, your Mirai wants a refuel at a devoted hydrogen station. You deal with this extra like a gasoline mannequin, pulling into the station, filling the tank, and skirting off.

The Mirai has continued to evolve into a reasonably stable selection for these wanting to modify from oil to electrical energy and makes use of know-how we’ve seldom seen within the auto trade. Most importantly, the Toyota Mirai boasts a power-out socket, basically offering you with energy for 2 days within the occasion of an outage. The hydrogen tanks inside the vehicle have sufficient power storage for about 48 hours of power, which is spectacular for even a small automobile just like the Mirai.

Hydrogen Beats Battery Electricity, And The Mirai Proves It

One of the best issues about hydrogen energy is its capability to retailer and use power. Of course, you see present electrical automobiles make higher use of their battery life, being extra environment friendly than hydrogen most instances, however that is to not say this may’t change. Hydrogen power is easier to refuel, as you solely must fill your tank at a station and draw back. Battery-powered automobiles require a cost that may take hours, if not days, relying on the station. Even a Tesla Supercharger takes a few half hour.

So, sure, battery EVs are outpacing hydrogen ones for now, but when Mirai can encourage sufficient manufacturers to tackle the tech it makes use of, we may see a serious push for this different.

Toyota’s Hydrogen-Powered Fuel Cell Trucks

Bosch Mobility Announces A Hydrogen Combustion Engine At The CES 2024

Bosch unveils a twin powertrain technique for vehicles at CES, betting on each gas cells and hydrogen combustion engines.

Tesla Hasn’t Added An On-Board Power Out System…Yet

Tesla Supercharger at night — Prometheus by way of unsplash

The Toyota Mirai’s hydrogen system boasts a stronger generator different than Tesla’s.
The Tesla Cybertruck affords a power-out socket, though it will not energy a home for days on finish.

Even although Tesla claims to be one of many extra superior auto producers within the enterprise, the corporate has but to include the identical Mirai-style power-out system into its EVs, minus the Cybertruck’s somewhat similar offering. Tesla calls this feature Powershare, basically directing 11.5 kW of energy on to a home by way of both a Tesla Powerwall with a wall connector. This makes the Mirai a unique player in the field, providing a sensible answer for customers searching for emergency energy backup with out compromising environmental friendliness. Compared to a conventional generator, your Mirai could be quieter, emit zero poisonous fumes or gasses, and won’t have the identical outside limitations related to conventional mills.

The Cybertruck’s Power-Out Socket Is Better-Suited For Charging Other Teslas

Oddly sufficient, the Tesla Cybertruck has a power-out socket, boasting a 220V power outlet, and is a NEMA 14–50 socket design. You will see the model shift promoting extra towards charging different EVs with this energy supply moderately than the flexibility to maintain your house operating for a few days. The Mirai, however, is able to ~48 hours of complete residence assist within the occasion of {an electrical} failure.

Toyota’s Water-Cooled Hydrogen Combustion Engine Is Proof Of Its Commitment To A Hydrogen-powered Future

Toyota’s patent-pending water-cooled hydrogen combustion engine paves the way in which for high-performance options to electrical autos.

The Benefits Of V2L Technology In Mainstream EVs

V2L tech permits your automobile to ship energy away from itself to different home equipment and techniques.
This know-how is able to remodeling EVs into mills for properties, companies, campers, and so on.

On prime of changing conventional power right into a solution to energy exterior issues, like automobiles and houses, utilizing V2L technology is slowly becoming more normalized within the EV and auto trade as a complete. With the Toyota Mirai, we see one of many first-ever automobiles to do that, utilizing its saved hydrogen energy to additionally cost different automobiles, work as a generator for a house, or change into a lifeline throughout tenting journeys or once you’re someplace with out electrical energy. A key facet of V2L know-how is the flexibility to show EVs into cellular energy sources. Some EVs come geared up with onboard mills, though we’re a good distance from this being ‘customary’.

Bidirectional Power Is A Game Changer

When we consider the professionals of bidirectional charging, the quick first response is your EV turning into its personal self-sustaining energy supply. Unlike most automobiles that merely run on gas and can’t do something however that, electrical fashions are rapidly turning into energy hubs for issues outdoors of themselves. For those that aren’t acquainted, bidirectional charging allows your car to send energy to various recipients, like a home, home equipment, enterprise, or different autos. This will be referred to and used as a microgrid. It’s very cool and much more useful to you.

Why Infusing Hydrogen Fuel Cell System Within An EV Skateboard Platform Is A Big Breakthrough

A proposed hydrogen gas cell system may revolutionize FCEVs simply as they’re taking off, and here is all it’s good to find out about it.

The Mirai Was And Is Ahead Of Its Time

Toyota Mirai Fuel Cell Engine — Toyota Media Center

Fewer hydrogen stations and an absence of infrastructure have affected the Mirai.
There are beneath 100 stations within the United States as of 2024.

One of the principle causes the Toyota Mirai by no means absolutely took flight was its hydrogen energy supply, which as of now, appears to be like bleak in most markets. The United States currently has ~60 active hydrogen refueling sites, with extra deliberate for this yr. That mentioned, California is the place nearly all the hydrogen stations are constructed or deliberate, making this automobile solely considerably accessible to that demographic. The know-how behind the Mirai is stellar, providing drivers a silent, environment friendly driving expertise, in addition to a shorter refueling time. You do not plug the Mirai in: You refill it. For under $50,000 for a 2023 model, the Mirai is an honest selection and makes for a terrific different to conventional electrical driving and possession.

It’s All In The Details For The Toyota Mirai

In addition to its power-out know-how, the Mirai’s one-speed direct-drive transmission ensures a smoother and extra environment friendly driving expertise. Paired with Michelin’s High-Tech Primacy Tires, the Mirai offers a snug, responsive trip, showcasing the mixing of superior applied sciences in its design. Toyota first launched the vehicle in 2014 and has since saved it alive in smaller batches. The 2023 version was modern and highly effective, though we’re nonetheless ready for Toyota to take this idea by the neck and dominate the trade utilizing it.

ToyotaUk

Full Speed Ahead: Evolution of CALTY’s Sports Cars — Part 2

January 24, 2024 David

This two-part, slideshow sequence highlights a few of the most revolutionary sports activities vehicles in Toyota and Lexus’ historical past. The second installment options designs developed from the 1990s by the 2000s.

Toyota has a wealthy historical past of manufacturing sports activities vehicles which have captured the hearts and imaginations of drivers and automotive lovers world wide. Who are the individuals behind a few of the hottest designs? The Calty Design Research group in California are the masterminds answerable for turning unimaginable ideas into actuality.

From Lexus’ quintessential ‘90s luxurious coupe to the second-generation Toyota GR 86, the Calty group has continued to include type, velocity and superior expertise which have turn into synonymous with the manufacturers. Whether on the racetrack or the open highway, these autos have ushered in a brand new period of automotive excellence that has laid the groundwork for years to come back.

Take a glance again with this slideshow spotlighting a few of Calty’s most important sports activities automotive tasks from the Nineteen Nineties by the 2020s.

1991 Lexus SC 400
The SC mission started in 1987 with a deal with defining philosophical design course of the proposed new luxurious sports activities coupe. The aim was to create an emotionally impactful look fairly than a technical one. To accomplish this, the designers took a very distinctive strategy creating natural types by filling balloons with pure plaster after which twisting and squeezing them to the specified form. The plaster shapes have been then photographed in dramatic gentle and projected onto a display screen that might be slanted and rotated to stretch and manipulate the picture in a stupendous form that step by step took the looks of an car. Despite preliminary uncertainty, the chief engineer was impressed and described the automotive as “very beautiful.” The Lexus SC 300 and SC 400 have been launched in 1991 within the U.S., receiving crucial acclaim and awards. Today, they’re thought of amongst Lexus’ most iconic designs.

1991 Toyota Avalon Concept
The Toyota Avalon Concept, unveiled on the 1991 Tokyo Motor Show, was a present automotive that explored the potential of the model’s passenger sedan. Its distinctive silhouette and stingray-like entrance finish broke the mould of conventional automotive styling. The automotive featured an revolutionary roof construction that allowed for dramatic configuration, with the glass panels dropping to fully cowl the inside when parked and lifting to create an expensive four-seat/four-door convertible when passengers stepped inside. Although it by no means made it to manufacturing, the Avalon Concept stays one among Calty’s most eye-catching design research.

1992 Toyota Supra Concept
The Toyota Celica Supra advanced from a efficiency variant of the Celica coupe to its personal model with a singular look and highly effective twin-turbo engine. The designers’ intent was to take the Supra in a course of a “pure sports car,” fairly than proceed with the earlier mannequin’s Grand Touring character. They gave it an extended hood, sturdy shoulders, and full contour surfaces with pronounced wheel flares to assist in giving the automotive an aggressive sports-car stance. Calty’s superior idea design influenced the all-new fourth-generation mannequin (A80), which turned a beloved Japanese sports activities automotive. After being discontinued in 2002, the Supra returned in 2019 as an thrilling sports activities automotive designed by Calty.

2000 Toyota Celica
In 1999, Calty designed the seventh-generation Toyota Celica (T180), impressed by an summary velocity type primarily based on an Indy race automotive. The design proposal was chosen as a finalist in Toyota’s world competitors and received after a senior managing director in contrast it to an F-16 fighter jet. The Celica got here outfitted with both a 1.8-liter inline-4 or a high-performance 1.8-liter co-developed with Yamaha®. It turned a success worldwide however was the ultimate Celica ever produced, ending a 36-year run in 2006.

2004 Lexus LF-C Concept
Debuting on the 2004 New York Auto Show, the Lexus LF-C idea was designed by Calty to showcase the next-gen IS sports activities sedan. Its standout characteristic was a four-position retractable hardtop that remodeled the automotive from coupe to convertible, targa or speedster. The inside possessed drive-by-wire steering and Formula 1®-inspired shifter and steering wheel, with clear gauges. Built on a big rear-wheel-drive platform with a high-output V-8 engine and 6-speed sequential automated transmission, the LF-C had a dynamic middle console and wing-like instrument panels for an open really feel.

2007 Toyota FT-HS Concept
The Toyota FT-HS Concept, unveiled on the 2007 North American Auto Show (NAAS), was a collaboration between Calty, Toyota Motor Corporation (TMC) and Toyota’s Advanced Product Strategy Group. The aim was to create an reasonably priced sports activities automotive that blended ecology and emotion for the twenty first century. The consequence was a front-engine/rear-wheel-drive 2+2 with a hybrid system producing roughly 400 horsepower and a projected zero-to-60 acceleration time within the four-second vary. The FT-HS embodied Toyota’s design technique of J-Factor and Vibrant Clarity, combining Japanese-inspired design with free-form geometrics and built-in element structure.

2012 Scion FRS Proposal
Calty’s proposal for the Scion FR-S, which drew inspiration from the Toyota FT-HS present automotive, started with sketches and advanced into full-size fashions. Various parts of Calty’s proposal have been integrated into the ultimate manufacturing of the first-generation Scion FR-S/Toyota 86.

2012 Lexus LF-LC/2018 Lexus LC500
The beautiful LF-LC Concept automobile embodied Lexus’ L-finesse design philosophy and marked a shift towards a extra unique and thrilling model id. Calty’s designers used new inventive strategies, together with “abstract shape research,” to create an upscale luxurious GT sports activities coupe with distinctive Japanese DNA.

The spindle grille was given particular consideration, whereas the cabin was stretched horizontally and embraced by muscular rear-shoulder surfaces for a singular cockpit-like window graphic. The hybrid-powered LF-LC received the EyesOn Design Award for greatest idea automobile design on the 2012 NAAS, and its manufacturing model, the Lexus LC 500, received one of the best manufacturing automobile design award in 2015. Marvel’s® 2018 Black Panther film was additionally one other second in time when the LC 500 with its magnificence and distinctive options captured the hearts of many Lexus clients and followers alike.

2014 Toyota FT-1 Concept/2020 Toyota Supra
The FT-1 Concept was a ardour mission for Calty’s designers, who wished to create a successor to the Toyota Supra. After producing lots of of sketches and receiving approval from then-TMC President Akio Toyoda, they developed a full-size mannequin of the entrance engine/rear drive (FR) sports activities automotive with F1-inspired design parts and track-ready options. The idea sports activities automotive possessed basic FR proportions with a “function-sculpting” design language with affect from the long-lasting Toyota 2000GT and fourth-generation Supra (A80). The Gran Turismo® driving sport additionally created a digital model of the FT-1. Unveiled on the 2013 North American Auto Show, the FT-1 generated pleasure and hypothesis that it might be the fifth-generation Supra. In 2019, the 2020 Toyota GR Supra manufacturing automobile was unveiled, trying much like the FT-1 and powered by an inline-6 engine producing 335 horsepower and 365 lb.-ft. of torque.

2010s Toyota GR Supra Sports Concept Proposal
Calty designed a brilliant sports activities automotive for Toyota Gazoo Racing that utilized hybrid expertise developed by the corporate’s participation within the FIA® World Endurance Championship. The GR Super Sport Concept was meant to share lots of its key parts with Toyota’s TS050 Hybrid race automotive, together with a twin-turbocharged V-6 engine and a Toyota Hybrid System racing powertrain. An identical-looking automotive with parts of Calty’s proposal was revealed on the 2018 Tokyo Auto Salon, however the GR Super Sports Concept by no means made it to manufacturing.

2021 Lexus Electrified Sport
In December 2021, then-TMC President Akio Toyoda unveiled a fleet of future BEV ideas, together with the Lexus Electrified Sports Car set for launch in 2030. Designed by Calty because the religious successor to the long-lasting Lexus LFA supercar, it was impressed by “Racing Art” and options dynamic strains. The entrance has a glossy grille-less design, whereas the rear has a singular extractor/taillight therapy. With daring proportions and a low trip top, it symbolizes the long run sporting nature of the Lexus model.

2022 Toyota GR 86
In 2012, Toyota introduced again the “86” identify after a 25-year absence. The automotive was initially known as Scion FR-S however was later modified to Toyota 86 after which GR 86. Calty created a full-size mannequin, emphasizing the authenticity of the low boxer engine and middle hood.

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Full Speed Ahead: Evolution of CALTY’s Sports Cars

January 20, 2024 David

This two-part, slideshow collection highlights a number of the most revolutionary sports activities automobiles within the firm’s historical past. The first installment options designs developed from the Nineteen Seventies by means of the Eighties.

Toyota has a wealthy historical past of manufacturing sports activities automobiles which have captured the hearts and imaginations of drivers and automobile lovers world wide. Who are the folks behind a number of the hottest designs? The Calty Design Research group is the mastermind answerable for turning unimaginable ideas into actuality.

From the enduring Toyota Celica in 1978 to the groundbreaking 1989 Toyota MR2, the Calty group labored fervently to create autos that pushed the boundaries of automotive design and efficiency that may cement Toyota’s popularity as a pacesetter on the planet of sports activities automobiles.

Take a visit down reminiscence lane with this slideshow that includes a few of Calty’s most noteworthy sports activities automobile tasks from the Nineteen Seventies by means of the Eighties.

1975 Sports Car Concept
Toyota’s 1975 Sports Concept Design at Calty was a groundbreaking undertaking that showcased the corporate’s dedication to innovation and design. There had been a number of sporting research that included a hatchback, a taking pictures brake and a pure sports activities automobile. The ideas represented a daring imaginative and prescient for the way forward for automotive design. Its affect can nonetheless be seen in in the present day’s Toyota fashions, which proceed to drive mobility ahead.

1978 Toyota Celica
The 1978 Toyota Celica is a basic sports activities automobile that has stood the check of time. With its modern design and highly effective engine, it was a preferred selection for customers and automobile lovers within the late Nineteen Seventies. The Celica’s distinctive styling and dependable efficiency made it a standout amongst different automobiles of its period. In truth, it was Toyota’s best-selling American mannequin with greater than 167,000 models bought in its first yr. Even in the present day, it stays a sought-after mannequin for collectors and classic automobile lovers alike. Plus, it was the Calty group’s first production-car design.

1985 FXV Concept
In the Eighties, Toyota’s Calty studio revolutionized the corporate’s luxurious coupes with a brand new design strategy that resulted within the creation of the game-changing Future Experimental Vehicle (FXV) Concept automobile. Unveiled on the 1985 Tokyo Motor Show, it had a modern, aerodynamic physique with superior options together with a multi-information system. The automobile’s general type was based mostly on a easy, visually balanced, three-dimensional trapezoid fused with a modern and unified class cover.

1980 ESX Concept
Paving the way in which for future environmentally delicate autos, the ESX was a real trailblazer. For starters, the title stood for Eco Sports Experimental. It was Calty’s tackle an reasonably priced, enjoyable, and environment friendly sports activities automobile.

The ESX Concept Phase 2 was an evolution of the unique examine with a extra refined inside and exterior design. The fiberglass bolstered plastic (FRP) mannequin featured an revolutionary gull-wing door system that added to its futuristic enchantment.

Eighties Toyota MR2+2 Concept
Developed within the Eighties, this purely experimental design was based mostly on the favored MR2 sports activities automobile however adopted a mid-engine structure with the cabin pushed ahead to the restrict. As one in every of Calty’s many sports activities/sporty automobile proposals, the MR2+2 Concept really appeared like a sports activities automobile meant for the longer term with its barely seen A-pillars and fighter jet-like cockpit.

Eighties MX-1 Mid-Engine High Performance Sports Car Concept
Calty drew inspiration from its earlier sports activities automobile lineup proposal to create a premium mid-engine halo sports activities automobile idea that may elevate Toyota’s expertise and model. The undertaking was a real group effort, from sketching to the creation of a full-size mannequin in-house at Calty. The automobile’s modern wedge-shaped profile highlighted glorious aerodynamics and futuristic design qualities, together with a robust mid-placed engine and scissor-style doorways.

1985 MX-2 Mid-Engine High Performance Race Car/Sports Car
In 1985, Calty designers created the MX-2 as a radical sequel to the MX-1. The teardrop-shape exterior was optimized for aerodynamic efficiency, and the minimalist inside was functionally designed for racing. The mid-engine race automobile idea had gull-wing doorways and an adjustable steering-wheel pod for right- or left-hand-drive functionality. Although neither the MX-1 nor MX-2 made it to manufacturing, the mid-engine Toyota sports activities automobile MR2 was simply starting to make waves on the world sports activities automobile scene round this time.

1989 Toyota Celica
Calty utilized the newly found design strategy of ceramic clay for a complicated proposal of the fifth-generation Celica. The design group experimented with this new technique, creating quite a few small-scale 3D fashions manufactured from ceramic clay.

Finished ceramic clay research had been forged into laborious plaster fashions and evaluated beneath the California solar to outline shapes with daring gentle and darkish shadows. These research impressed the fifth-generation Celica’s type language, which was utilized by designers in Japan to create the ultimate design launched in 1989.

1989 MR2 Advanced Concept
In the Eighties, Toyota launched the MR2, a beloved sports activities automobile with a mid-engine/rear-wheel-drive structure, marking the corporate’s first mid-engine manufacturing automobile. The press raved about its immediate enchantment, performance, excessive efficiency, and reliability. Calty proposed a number of designs for the second-generation model of the automobile, which was launched in 1989.

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10 Cool Details You Need To Know About The Nikola Badger Hydrogen Truck

January 17, 2024 David

Despite the anticipation and promise of what the Tesla-killer Nikola Badger would’ve been, the progressive pickup truck was met with an premature dying in 2020 when General Motors withdrew from its partnership with Nikola. It had a proposed price ticket between $60,000 and $80,000, making it a premium electrical pickup providing. Offered in both a four-motor or in-wheel hub motor setup, its futuristic powertrain would’ve peaked at 906 horsepower with its 980 pound-feet of torque, sufficient to speed up from zero to 60 mph in beneath three seconds.

The Badger would’ve been obtainable in a versatile set of powertrain choices which might’ve included both only a cutting-edge 160-kWh battery-electric variant with a 300-mile vary or a mix of that battery-electric powertrain with an non-compulsory 120.0-kWh fuel-cell, for a complete mixed vary of 600 miles. Other than renderings, nothing is understood of the inside. Renderings had it providing a Tesla Model 3-like infotainment display in a futuristic-looking inside. The truck mattress would’ve included a 15-kWh energy outlet like an onboard generator.

The cancelation of the Nikola Badger marked the top of a truck that, along with revolutionizing the electrical pickup and electric vehicle market, would’ve launched groundbreaking expertise like a hybrid BEV/FCEV powertrain, and a singular characteristic like water produced by its hydrogen system being secure to drink.

In order to provide the newest and correct data attainable, the information used to compile this text was sourced from official automaker web sites, in addition to authoritative automotive sources just like the EPA. With the Nikola Badger being canceled for shut to a few years, an official web site for direct data from the auto producer on the automobile is now not obtainable.

Why Infusing Hydrogen Fuel Cell System Within An EV Skateboard Platform Is A Big Breakthrough

A proposed hydrogen gas cell system may revolutionize FCEVs simply as they’re taking off, and this is all it’s worthwhile to learn about it.

1 It Would’ve Been Priced Between $60,000 And $80,000

There was plenty of anticipation for the discharge of the Nikola Badger electrical pickup truck. Initial worth estimates hinted at a beginning worth being $60,000 and doubtlessly climbing to $80,000 relying on trim and choices chosen, however Nikola had not but finalized the precise figures. Pre-orders started June 29, with the corporate receiving deposits starting from $250 to $5,000.

The Nikola Badger Would’ve Had A Competitive Price

However, after the truck was canceled, the corporate needed to announce its determination to refund all submitted orders. With a beginning worth of $60,000, the Nikola Badger would’ve been roughly $10,000 dearer than the bottom Ford F-150 Lightning, lower than $1,000 cheaper than the single-motor rear-wheel drive 2025 Tesla Cybertruck, and $18,000 cheaper than the Rivian R1T.

2 Renderings Had It As A Futuristic-looking Pickup

The renderings of the Nikola Badger electric pickup truck turned heads with its placing and futuristic exterior design. The design boasted a sturdy but aerodynamic silhouette, serving to the Badger exude a commanding presence on the highway. It had a particular entrance fascia which was characterised by modern LED headlights and a uniquely designed grille.

Exterior Dimensions

Length	231.7 inches
Height	75 inches
Width	79.8 inches
Wheelbase	145 inches

(Specs sourced from Nikola)

Its entrance and rear bumpers have been expertly positioned to reinforce method and departure angles, whereas the sculpted physique traces and aggressive wheel arches conveyed a rugged sophistication a heavy-duty truck ought to’ve been identified for. The rigorously crafted mattress would’ve showcased each utility and innovation, with a width of 61.41 inches. It would’ve been longer than the Tesla Cybertruck.

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As a sequence of hydrogen autos put together to hit the auto market, they plan to reimagine the inexperienced way forward for driving.

3 It Peaked At 906 Horsepower And Would’ve Hit 60 MPH In 2.9 Seconds

The Nikola Badger would’ve been provided with both a four-motor setup or an in-wheel hub motor setup, which might’ve promised fairly an thrilling efficiency. The Badger would’ve had an influence output rated at 455 “continuous” horsepower and would have surged to 905 horsepower and a powerful 980 pound-feet of torque when pushed to its limits.

Performance Specifications

Motor Layout	Four-motor/in-wheel hub motor
Horsepower	455 HP (steady)/905 HP (peak)
Torque	980 lb-ft
0-60 mph	2.9 secs

(Specs sourced from Nikola)

Such immense energy at its disposal would’ve rivaled the GMC Hummer EV’s acceleration, with the ability to dash from zero to 60 mph in 2.9 seconds. This would’ve put the Badger in supercar territory, 0.6 seconds quicker to 60 mph than the 3.5-second Ferrari Portofino. The Tesla Cybertruck would’ve bested its acceleration by 0.3 seconds.

4 It Had A Battery Pack That Would’ve Traveled 300 Miles Of Range

The Nikola Badger would’ve been geared up as both a cutting-edge battery-electric variant or a battery-electric variant with an non-compulsory 120.0-kWh gas cell. The battery-electric-only variant would’ve had a 160.0-kWh battery pack at its core, with its electric-only powertrain promising a spread of roughly 300 miles on a full cost. This variant would’ve competed in opposition to the Rivian R1T’s battery capability.

The medium-sized 135-kWh battery option offers an EPA-estimated range of up to 328 miles on a full charge, which means the 300-mile vary estimated by Nikola may’ve been a conservative estimate. Nikola’s partnership with General Motors would’ve meant GM would’ve produced and equipped the batteries for the battery-electric-only variant. GMC Hummer EV options the Ultium battery expertise, which is a modular design for the aim of optimizing power density.

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Hydrogen vehicles characterize a promising and eco-conscious alternative for the way forward for sustainable transportation.

5 17.6-pound Hydrogen Fuel Tank And A Range Of 600 Miles

The Nikola Badger’s hybrid powertrain choice, which might’ve built-in each battery-electric and hydrogen fuel-cell applied sciences, would’ve redefined the boundaries of sustainable driving. This characteristic would’ve been an progressive powertrain consisting of a considerable 160.0-kWh battery pack, and an non-compulsory 120.0-kWh gas cell in a 17.6-pound hydrogen gas tank.

This would’ve been a cutting-edge synergy that had been projected to end in a combined range of approximately 600 miles on a full charge. It would’ve been the electrical automobile with the longest driving vary, rivaling the Toyota Prius Prime’s 600 miles, and besting the five hundred miles anticipated to be provided by the Tesla Cybertruck. The 17.6-pound hydrogen gas tank would’ve been 5.3 kilos heavier than the Toyota Mirai’s 12.3-pound tank which produces at least 357 miles of range.

6 The Water Produced By The Hydrogen System Should’ve Been Safe To Drink

2020 Nikola Badger Pickup Truck — Nikola

One characteristic of the hydrogen fuel-cell system within the Nikola Badger that will’ve been outstanding was the manufacturing of unpolluted, potable water as a byproduct. This water would’ve been generated on account of the chemical response throughout the fuel-cell system. The system can convert hydrogen into electricity and pure drinkable water.

This would’ve allowed drivers and passengers entry to a handy and sustainable supply of secure ingesting water by way of a water fountain that will’ve channeled it into the cabin for secure ingesting because it was deliberate to do by channeling a few of it into the windshield water tank. This would’ve been just like the water produced by Toyota’s Mirai, which is reported to not solely be secure but additionally appropriate for ingesting, though not inspired.

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Solid-state batteries may doubtlessly kill the prospects of hydrogen gas cells taking up as the way forward for transport.

7 It Had A Rated Towing Capacity Of 8,000 Pounds

The Nikola Badger’s rated towing capability of 8,000 pounds would’ve made it a reliable providing within the fiercely aggressive pickup truck section. An progressive powertrain and a sturdy construct would’ve produced the arrogance to haul heavy masses with ease. For a piece truck, this towing capability would’ve showcased the Badger’s energy and reliability, serving to it grow to be a flexible work companion for demanding duties.

It would’ve been the identical capability because the Chevrolet Silverado EV, and Lordstown Endurance. This would’ve been 500 kilos greater than the GMC Hummer EV is able to. If it hadn’t been canceled, 8,000 kilos would’ve been sufficient for towing gear for a piece website or hauling leisure gear for a weekend journey. Its 600-mile vary would’ve been glorious for towing trailers off-road, though that will’ve been halved when at most towing capability.

8 It Had A Power Outlet That Could’ve Acted As An External Generator

A really progressive characteristic of the Nikola Badger would’ve been its 15-kW built-in energy outlet, a dependable supply of electrical energy that will’ve offered for plug-in instruments and gear. This would’ve been a groundbreaking outlet that will’ve boasted a powerful endurance, with the ability to energy instruments for up to 12 hours without the need for an external generator.

This is an distinctive functionality that will’ve revolutionized the method of customers to their work, providing the comfort a cell generator would’ve provided at job websites or out of doors actions. It would’ve been just like the Pro Power Onboard electrical shops within the Ford F-150 Lightning’s mattress, which, with the 80-amp Ford Charge Station Pro, may run a whole residence for as much as three days. Its practicality and flexibility would’ve been good for development instruments, tenting gear, or important home equipment, making certain on-the-go productiveness.

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9 It Would’ve Had A Futuristic Driver-centric Infotainment System

Although the general public had solely seen renderings of the Badger, the inside seemed like a compelling mixture of conventional and futuristic design parts. The idea was anticipated to be a spacious and tech-savvy cabin, with the centerpiece of the dashboard being an enormous horizontally oriented display, the precise dimension in inches unknown. It would’ve had a conventional heart console with a number of cupholders for practicality, with an progressive floor-mounting system all through the cabin aimed toward securing cargo storage.

This spacious inside would’ve had seating for as much as 5 people on seats fabricated from waterproof supplies. A hidden fridge would’ve been included for added comfort. It would’ve been coupled with a classy HVAC system which, completely different from the screen-only rising sample of EVs, would’ve been managed by a row of bodily knobs and buttons.

10 It Would’ve Had A Versatile And Spacious Innovative Bed

Not a lot data is on the market in regards to the truck mattress of the Nikola Badger apart from somewhat scattered data and a few gathered off renderings. The Nikola Badger’s truck mattress would’ve been sensible with a width of 61.41 inches and size of 61.5 inches, which might’ve offered utility. This would’ve been sufficient area for hauling gear, gear, and cargo with ease.

It would’ve been bigger than that of the Rivian R1T’s 4.5-foot truck bed, which is affected by plenty of progressive technological options. This truck mattress can accommodate a payload capability of over 1,700 kilos. Adding within the Badger’s 15-kW energy outlet able to powering home equipment for as much as 12 hours, would’ve made the Badger an excellent companion for out of doors adventures or worksite necessities.

News

10 Most Affordable Electric Motorcycles In 2024

December 31, 2023 David

Automobile electrification is imminent and is progressing at a speedy tempo, because of fashionable competent EVs, progressive applied sciences, and rising charging infrastructure. Although electrical vehicles have been a well-liked selection for just a few years, electric motorcycles have been rising in reputation resulting from their larger effectivity than their four-wheel counterparts. As a consequence, it has paved the best way for a lot of producers to provide extra reasonably priced choices, serving to them to compete with conventional gasoline-powered bikes.

Additionally, because of developments in lithium-ion battery technology and manufacturing strategies, firms have been in a position to carry down costs and supply electrical bikes at a a lot lower cost vary than earlier than. Apart from that, the running and maintenance costs related to electric bikes are considerably much less when in comparison with their gas-powered counterparts, additional including to their affordability.

Thankfully, as a result of current affordability side, a wider vary of riders are being inspired to think about shifting to an electrical bike, beforehand held again resulting from larger costs or restricted finances choices. As the demand for reasonably priced electrical bikes grows, many thrilling new fashions are expected to be available in 2024. In the meantime, listed below are ten fashions to think about in 2024, with a various vary of selections at totally different worth factors.

In order to provide the most modern and correct info doable, the information used to compile this text was sourced from numerous producers’ official web sites. Electric bike fashions on this listing have been organized based mostly on their MSRP, beginning with the least, and dealing their manner as much as the very best beginning worth.

Damon Hypersport Premier Electric Motorcycle

10 Electric Motorcycles That Made An Impact In 2023

These electrical bikes are taking the combat to gas-powered bikes.

MSRP: $6,500

Silver Sondors Metacycle electric motorcycle — Sondors

Not restricted by the traditional design constraints, engineers had full freedom to design electrical bikes with futuristic styling. One such futuristic-looking e-bike is Sondors Metacycle with a particularly reasonably priced price ticket of $6,500. It encompasses a solid aluminum exo body with a rear hub-mounted electrical motor delivering all of the torque on to the again tire.

The model claims a good 80 miles of most vary, which may additional be prolonged with an elective battery pack fitted to the clean area of the body. As for the charging, it solely requires 4 hours to totally prime as much as 100% through an everyday family socket with the included charger. However, with correct instruments, you possibly can simply take away the battery pack to cost or swap for a totally charged battery.

Performance Specifications

Horsepower	20 HP
Torque	130 LB-FT
Battery Capacity	4 kWh
Range	80 Miles
0-60 MPH	TBA
Top Speed	80 MPH

Source: Sondors

9 Super Soco TC Max

MSRP: $6,990

Yellow Super Soco TC Max electric motorcycle — Super Soco

The new Super Soco flagship electrical bike, TC Max, is a small up to date model of the earlier TC model with classic style design language, in addition to the most effective and latest know-how. It is powered by a brand new central motor mounted within the body and linked to the rear wheel through a belt drive, producing 6.7 horsepower to putter across the metropolis.

The energy scores make it the electrical counterpart of a 125cc bike, which is good for freshmen and metropolis commuters at an inexpensive worth of $6,500. With a high-density 60 V lithium-ion battery, the bike has a variety of 60 miles and may be absolutely charged in 4 hours.

Performance Specifications

Horsepower	6.7 HP
Torque	132.7 LB-FT
Battery Capacity	2.7 kWh
Range	60 Miles
0-60 MPH	TBA
Top Speed	60 MPH

Source: Super Soco

8 Land Moto District

MSRP: $6,995

Land Moto District Scrambler Jump — Land Moto

Land Moto, a Cleveland, Ohio-based company, launched District electrical bikes in two variants: Street and Scambler, meant to be versatile and adaptable to totally different using kinds and functions. It can also be comparatively reasonably priced thanks to a recent price cut, now starting at $6,995.

This slick and exquisite e-bike encompasses a highly effective motor able to hitting speeds of as much as 70 mph and has a regular detachable 2.2 kWh lithium-ion battery pack with a variety of as much as 40 miles. However, the model gives improve battery choices of 4.4 kWh with as much as 80-mile vary and 5.5 kWh with 120-mile vary.

Performance Specifications

Horsepower	23 HP
Torque	206 LB-FT
Battery Capacity	2.2 kWh
Range	40 miles
0-60 MPH	TBA
Top Speed	70 MPH

Source: Land Moto

Top 10 Electric Motor Scooters For City Commuting

Though electrification of bikes is effectively on its manner, these EV scooters are an excellent better option for metropolis commuters on the go.

7 Kawasaki Ninja e-1

MSRP: $7,599

Kawasaki Ninja e-1 electric motorcycle — Kawasaki

There are just a few main producers whose product traces embody electrical bikes. However, Kawasaki lastly launched its first electric motorcycle, the Ninja e-1 along with the Z e-1. Both bikes have the identical powertrain and options, however they’ve totally different physique designs: the Ninja e-1 is a fully-faired bike, whereas the Z e-1 is a unadorned commuter. Fortunately, the spotlight is that each bikes are comparatively reasonably priced in comparison with different electrical bikes and a very good selection for normal city using.

The bikes are powered by two 1.5 kWh removable lithium-ion battery packs and a small brushless electrical motor producing respectable energy. Both batteries may be recharged in 3 ways. You can both take away them and join the charger immediately or cost it on the dock. Alternatively, you possibly can plug the charger into the bike charging adapter.

Performance Specifications

Horsepower	12 HP
Torque	29.7 LB-FT
Battery Capacity	3 kWh
Range	41 Miles
0-60 MPH	TBA
Top Speed	65 MPH

Source: Kawasaki

6 BMW CE 02

MSRP: $7,599

BMW is one other main producer with electrical bikes in its lineup. Following the success of the CE 04, the model’s second launch, the CE 02, needs to handle one of many primary points with electrical bikes: worth. It is meant to enchantment to the youthful technology with its funky look and straightforward dealing with attributes to handle the city surroundings in a method suitably termed eParkourer.

When it involves commuting, BMW promises a maximum range of 56 miles in urban conditions, with the choice of upgrading to an even bigger capability battery pack for an extended vary. Additionally, a regular exterior charger can recharge from 20 to 80 p.c in two hours and 50 minutes, and a quick charger in two hours and 20 minutes. Furthermore, the corporate gives a variety of customization and equipment to personalize the bike based mostly in your preferences.

Performance Specifications

Horsepower	15 HP
Torque	40.6 LB-FT
Battery Capacity	3.92 kWh
Range	56 Miles
0-60 MPH	3 Seconds
Top Speed	59 MPH

Source: BMW

5 Ryvid Anthem

MSRP: $8,995

Ryvid Anthem electric motorcycle — Ryvid

Ryvid Anthem, with a beginning worth of $8,995, is one other reasonably priced electrical bike on the listing that gives distinctive styling and excellent efficiency. It options a chrome steel body that weighs solely 12 kilos, making the bike extraordinarily light-weight and straightforward to deal with. A 72 V brushless motor powers the bike, offering sufficient energy to get across the metropolis.

The distinctive characteristic, nonetheless, is the flexibility to electronically adjust the seat height from 30 to 34 inches with the contact of a button on the handlebar. Its high-density lithium-ion 4.3 kWh battery pack delivers a suitable 75 miles of metropolis vary with Eco using mode and may be simply eliminated to be charged or swapped for a totally charged one.

Performance Specifications

Horsepower	20 HP
Torque	53 LB-FT
Battery Capacity	4.3 kWh
Range	75 miles
0-60 MPH	TBA
Top Speed	75 MPH

Source: Ryvid

The Rise Of Electric Motorcycles: Top 10 Models To Look For

There’s a protracted method to go when it comes to growth of electrical bikes, however these are fairly good to begin with

4 Maeving RM1S

MSRP: $8,995

The British electric motorcycle Maeving RM1S is an improved model of the less-expensive Maeving RM1 with extra energy and two batteries at an reasonably priced worth. The traditional aesthetic is carried over, with a smooth gasoline tank with a storage compartment, a round headlight, a bobber-style seat, and a digital dashboard.

It encompasses a hub motor mounted within the again wheel and is powered by two 2.7 kWh batteries to offer an ample most using vary of 80 miles. However, the batteries may be recharged in two methods: by eradicating them to cost exterior or by connecting them immediately via the onboard charger. Both batteries get absolutely recharged in round six hours and take 4 hours and 50 minutes to recharge to 80 p.c.

Performance Specifications

Horsepower	14 HP
Torque	TBA
Battery Capacity	5.2 kWh
Range	80 Miles
0-60 MPH	TBA
Top Speed	70 MPH

Source: Maeving

3 Evoke Urban Classic

MSRP: $9,895

Black Evoke Urban Classic Motorcycle — Evoke Motorcycle

Evoke Motorcycles is a well-liked electrical bike firm, with its flagship model being the Evoke 6061-GT electrical cruiser. Among its spectacular collections, the Evoke Urban Classic is regarded as the best electric city commuter for the worth, and gives an impressive worth proposition.

It has a double plate exo-frame development and a decrease middle of gravity, permitting for agile dealing with in corners and a really steady experience at excessive speeds. The bike is powered by a high-density 10.04 kWh battery pack with a metropolis vary of 156 miles and a mixed vary of 109 miles. The bike additionally has a 3.3 kW AC charger and permits DC quick charging, which costs the battery to 80 p.c in 90 minutes.

Performance Specifications

Horsepower	33.5 HP
Torque	154 LB-FT
Battery Capacity	10.04 kWh
Range	City – 156 miles, Combined – 109 miles
0-60 MPH	5.9 Seconds
Top Speed	87 MPH

Source: Evoke

2 Pursang E-Tracker

MSRP: €9,400 (~$10,390)

Pursang E-Tracker electric motorcycle — Pursang

With a traditional rugged design, the Spanish electrical bike Pursang E-Tracker is a novel e-bike that gives spectacular efficiency and vary. It is powered by an 11kW Bosh engine producing sufficient energy and torque to propel the bike to a prime velocity of 70 mph to cruise round city environments.

Additionally, the bike options three 48 V batteries providing a most vary of 87 miles and may be charged inside six hours. The E-Track is ideal for new riders who are trying to explore electric motorcycles for the first time, and those that like traditional styling.

Performance Specifications

Horsepower	14.7 HP
Torque	49.4 LB-FT
Battery Capacity	7.2 kW (2.4 kW x 3)
Range	87 miles
0-60 MPH	TBA
Top Speed	70 MPH

Source: Pursang

10 Reasons Why Zero Is The Best Electric Motorcycle Manufacturer

Zero electrical bikes are well-known for his or her progressive design in addition to excellent efficiency

1 Fuell Fllow

MSRP: $10,965

2024 Fuell Fllow electric motorcycle — Fuell Motorcycles

Topping the listing is the American-made Fuell Fllow electric motorcycle, which is geared towards the city commuter phase and in all fairness priced. With a beginning pre-order worth of $10,695, the bike gives spectacular efficiency and a variety of greater than 150 miles. It boasts an distinctive futuristic design that features a magnesium monocoque chassis, vertically stacked headlamps, a windshield, and a slim tail with LED indicators.

It has a 50-liter storage capability, a linked dashboard, enhanced security methods, using modes, and regenerative braking. Additionally, you possibly can cost the ten kWh battery pack in a single hour and 25 minutes utilizing a 6.6 kW quick charger for $2, two hours, and 50 minutes with a 3.3 kW charger, or round 10 hours utilizing the common onboard charger.

Performance Specifications

Horsepower	47 HP
Torque	553 LB-FT
Battery Capacity	10 kWh
Range	150 miles
0-60 MPH	3.5 Seconds
Top Speed	85 MPH

Source: Fuell

ToyotaUk

Desert Running Goes Digital with Toyota Tacoma IsoDynamic Performance Seat Simulator at SEMA

November 1, 2023 David

LAS VEGAS (Oct. 31, 2023) – The upcoming 2024 Toyota Tacoma TRD Pro will feature the innovative IsoDynamic Performance Seats that are designed to provide a smoother off-road driving experience. To showcase the capabilities of these seats, Toyota Connected North America (TCNA) has created a video game called “TRD Pro Time Attack” that simulates off-road driving using a six-degree-of-freedom simulator.

The TRD Pro Time Attack is being unveiled at the SEMA Show held at the Las Vegas Convention Center. The game combines the new IsoDynamic Performance Seat with the simulator, allowing drivers to navigate a dynamic, high-speed course and experience how the seat reduces fatigue and stabilizes the ride on rough terrain.

Eric Bursch, the design and innovation lead at TCNA, explained that the goal of the game was to demonstrate the performance capabilities of the IsoDynamic Performance Seat. By gamifying the experience, they are able to show how the seat performs on a simulated off-road course in a fun and educational way.

Before creating the video game, Bursch and the TCNA team studied the seat’s performance in relation to terrain undulations at Toyota’s R&D facility in Ann Arbor, Michigan. They also calibrated the simulator’s vibration levels to match the real-world experience at Toyota’s Arizona proving grounds.

The TCNA Immersive Experiences team, which includes engineers and artists with experience in the video game and phone app industries, created a custom Baja-style racecourse for the game. They also collaborated with Toyota partner JBL to create an audio profile that enhances the experience.

Allen Danklefsen, TCNA’s Technical Executive Producer, highlighted the importance of providing customers with an engaging experience that helps them confidently choose the right truck. The use of cutting-edge technology in creating the game adds to its appeal.

The 2024 Toyota Tacoma TRD Pro is expected to be available for sale in spring 2024. The TRD Pro Time Attack game is available to SEMA attendees from October 31 to November 3.

Google News

1 Two Different Engine Specifications

Toyota’s i-Force Engine Package

2 A Crawl System For Rough Terrain

The New Off-Road Features For The 4Runner

3 No Dearth Of Off-road Equipment

Important options

4 Suspension Tuned For All Sorts Of Terrains

5 The Sixth Generation 4Runner Looks Different From Its Predecessors

The Trailhunter Trim Makes Its Debut Here

6 Off-Road Truck Embraces Modern Interior

Safety Systems

7 Technology Even In The Trunk

8 Nine Trims To Choose From

The 4Runners Different Trims

9 Another Feather In Toyota’s Hybrid Lineup

10 How It Stacks Up To Its Competitors

Vortec 4200 Technical Specifications

The 4.2-Liter Atlas I-6’s History

Looking Towards Other GM Engines For Inspiration

Its Impact On Motorsport

The GM Atlas Engine’s Diverse Potential

Pushing The Industry Forward

The Further In-Depth Craftmanship For The Atlas Inline-Six

A First-Of-Its-Kind drive-by-wire System

Its Unique Mounting System

Key Takeaways:

The End of an Era

What Were The Other Atlas Engines?

The Toyota Mirai Not Only Runs On Hydrogen; It’s Also A Generator

Hydrogen Beats Battery Electricity, And The Mirai Proves It

Tesla Hasn’t Added An On-Board Power Out System…Yet

The Cybertruck’s Power-Out Socket Is Better-Suited For Charging Other Teslas

The Benefits Of V2L Technology In Mainstream EVs

Bidirectional Power Is A Game Changer

The Mirai Was And Is Ahead Of Its Time

It’s All In The Details For The Toyota Mirai

1 It Would’ve Been Priced Between $60,000 And $80,000

The Nikola Badger Would’ve Had A Competitive Price

2 Renderings Had It As A Futuristic-looking Pickup

Exterior Dimensions

3 It Peaked At 906 Horsepower And Would’ve Hit 60 MPH In 2.9 Seconds

Performance Specifications

4 It Had A Battery Pack That Would’ve Traveled 300 Miles Of Range

5 17.6-pound Hydrogen Fuel Tank And A Range Of 600 Miles

6 The Water Produced By The Hydrogen System Should’ve Been Safe To Drink

7 It Had A Rated Towing Capacity Of 8,000 Pounds

8 It Had A Power Outlet That Could’ve Acted As An External Generator

9 It Would’ve Had A Futuristic Driver-centric Infotainment System

10 It Would’ve Had A Versatile And Spacious Innovative Bed

MSRP: $6,500

Performance Specifications

9 Super Soco TC Max

MSRP: $6,990

Performance Specifications

8 Land Moto District

MSRP: $6,995

Performance Specifications

7 Kawasaki Ninja e-1

MSRP: $7,599

Performance Specifications

6 BMW CE 02

MSRP: $7,599

Performance Specifications

5 Ryvid Anthem

MSRP: $8,995

Performance Specifications

4 Maeving RM1S

MSRP: $8,995

Performance Specifications

3 Evoke Urban Classic

MSRP: $9,895

Performance Specifications

2 Pursang E-Tracker

MSRP: €9,400 (~$10,390)

Performance Specifications

1 Fuell Fllow

MSRP: $10,965

Performance Specifications

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