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10 Companies Deeply Invested In Hydrogen Combustion Engines

Hydrogen combustion engine technology is step by step rising as a viable answer within the pursuit of sustainable transportation options. With governments doing every part to scale back carbon footprints, hydrogen’s potential as a clear and environment friendly vitality supply has come to the fore, with corporations like Toyota and Honda investing in its improvement.

Most investments in hydrogen as a sustainable useful resource have been in the fuel-cell segment, however hydrogen combustion engines are additionally anticipated to have the power to provide zero greenhouse gasoline emissions. When hydrogen is combusted in an engine, the byproduct is water vapor, generally blended with nitrous oxide, and with continued innovation and funding within the know-how, it may develop into a extremely enticing various to conventional inner combustion engines, in addition to battery-electric and fuel-cell know-how.

Some corporations like Toyota and Volvo are investing in ongoing analysis and improvement efforts to maximise the effectivity of hydrogen combustion engines, and companies like Kawasaki have come up with innovations corresponding to supercharging and direct gasoline injection methods geared toward optimizing efficiency and vary. Although extra developments in hydrogen storage know-how have to be made, like high-pressure tanks and solid-state storage options, corporations are working in the direction of addressing the problem of hydrogen’s decrease vitality density in comparison with conventional fuels.

In order to provide the most recent and correct info potential, the info used to compile this text was sourced from varied producer web sites.

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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.

1 Toyota

Toyota has repeatedly proven dedication to offering environmentally pleasant mobility options. This is exemplified even further in the company’s pursuit of hydrogen combustion engine technology. The firm acknowledges the wants of shoppers and markets range globally, which means one answer for zero emissions is not possible. Hence, the event of the hydrogen-powered automobile GR Corolla H2.

Toyota’s H2 hydrogen combustion autos:

  • The GR Corolla H2
  • The GR Yaris H2

Toyota participated within the Super Taikyu endurance races in Japan to speed up the automobile’s improvement.

In the method, it created a 24 percent increase in combustion power, a 33 % surge in torque, a 30 % prolonged vary, and a discount in refueling time from 5 minutes to only 90 seconds. The 1.6-liter three-cylinder turbo engine featured a high-pressure hydrogen direct injection know-how.

The GR Corolla H2 embodies Toyota’s dedication to pushing the boundaries of eco-friendly automotive engineering. With real-world analysis and digital improvement ongoing, winter testing is predicted in northern Japan.

2 Honda

According to latest developments, Honda’s stance on hydrogen combustion engines has seen a big shift. Honda is now actively engaged in a collaborative venture dubbed HySE (Hydrogen Small mobility & Engine know-how). This joint effort is exploring the potential of hydrogen inner combustion for small autos.

Members of the HySE collaboration:

  • Toyota
  • Honda
  • Kawasaki
  • Suzuki
  • Yamaha

Honda was initially skeptical concerning the feasibility of a hydrogen combustion engine for its vehicles

This initiative has led to the development of an all-terrain vehicle known as the “HySE-X1”. The venture encountered challenges in integrating the hydrogen engine, tank, and different parts right into a T3-standard chassis, which highlighted the technical complexities concerned within the endeavor. Conquering these challenges, the “HySE-X1” was registered into the “Mission 1000” Challenge of the 2024 Dakar Rally in Saudi Arabia.

The automobile encompasses a 1.6-liter four-cylinder supercharged hydrogen-powered engine, an engine that HySE at present employs in its analysis actions.

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

The canceled Nikola Badger ended the chance to introduce groundbreaking know-how like a hybrid BEV/FCEV powertrain and 600 miles of vary.

3 Bosch

Bosch Mobility Hydrogen Combustion Engine
Bosch Mobility 

Bosch has been a trailblazer in hybrid powertrain know-how with over 40 years of experience and is about to make one other leap, this time, within the realm of hydrogen combustion engines. Leveraging its in depth expertise, Bosch intends to introduce a hydrogen combustion engine in 2024.

Revealed on the 24 Hours of Le Mans’ a hundredth anniversary

Bosch has been growing a complete system that contains a hydrogen port-fuel injector, hydrogen injection rail, digital stress regulator, and digital engine management unit, for its hydrogen-based propulsion options. To facilitate the know-how, Bosch joined forces with Ligier Automotive in 2023 to construct a prototype hydrogen-based automobile primarily based on the Ligier JS2 R race automobile.

This hydrogen-based prototype featured a 3.0-liter biturbo hydrogen engine that produced an output of 563 horsepower and 479 pound-feet of torque, achieved by a reworked injection system.

4 Cummins

At the 2022 ACT Expo in Long Beach, California, Cummins showcased its 15-liter hydrogen engine. This engine is Cummins’ revolutionary reply to the sustainable mobility motion and is constructed on Cummins’ groundbreaking fuel-agnostic platform. This platform ensures that under the pinnacle gasket, engines for various gasoline sorts share largely comparable parts to supply versatility and flexibility. The firm has plans to place this engine into full manufacturing by 2027.

It has since achieved spectacular early outcomes, the 15-liter hydrogen engine included, surpassing energy and torque targets, having achieved over 810 pound-feet of torque and 290 horsepower from the medium-duty engine. In addition to the 15-liter hydrogen engine, Cummins will construct a 6.7-liter displacement engine. This underlines the corporate’s dedication to providing a various vary of hydrogen-powered options.

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Here’s How Chicken Feathers Can Help With Hydrogen Vehicle Production

If hydrogen vehicles take flight, hen feathers could also be an integral a part of the gasoline cell methods; this is how.

5 NamX

NamX is a pioneering hydrogen car start-up that has embraced hydrogen inner combustion engine know-how for its debut automobile, departing from its earlier give attention to fuel-cell electrical fashions. The firm has determined to make the most of a hydrogen V-8 inner combustion engine for its first automobile, though it initially marketed the “Hydrogen Utility Vehicle” as a fuel-cell electrical mannequin. This is an revolutionary method throughout the burgeoning hydrogen-powered car sector.

A V-8 engine will do the obligation

The firm additionally intends to faucet into the a long time of funding and steady enhancement of combustion engines, its confirmed and time-tested nature, an possibility to learn from. NamX will make use of a 6.2-liter four-stroke V-8 engine for the HUV, which might be provided by Solution F, a subsidiary of the GCK group. The combustion course of will generate solely water vapor and a small amount of nitrogen oxides.

6 Daimler

Daimler Hydrogen Unimog
Daimler 

Daimler is testing a Unimog prototype equipped with a hydrogen combustion engine. Rigorous measurements and assessments are being carried out at low temperatures and demanding topography, which mirror a concerted effort to judge the potential of hydrogen combustion as an satisfactory complement to battery-electric and fuel-cell-based drives.

The prototype is designed with high-pressure tanks that may comprise 14 kilograms of hydrogen. This hydrogen engine discharges water as steam by way of the exhaust system. The engine produces an influence output of 290 horsepower and operates quieter than its diesel equal. This venture commenced in July 2021. It is funded by 18 companions from Germany’s trade and science sectors, along with the Federal Ministry for Economic Affairs and Climate Protection.

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After The Hybrid Ninja, Kawasaki Shows World’s First Hydrogen Sports Bike By Kawasaki

Real-world testing of Kawasaki’s hydrogen-powered beast is about to start subsequent yr

7 MAN

MAN Truck
MAN

MAN supplies business autos and engines. It unveiled the brand new MAN H4576 hydrogen combustion engine at Agritechnica in 2023. Leveraging its in depth expertise within the discipline, MAN Engines has developed the brand new hydrogen-powered engine primarily based on the confirmed D3876 diesel engine, with 80 % of the elements being similar. The MAN H4576 engine is a larger 16.8-liter mill in comparison with its diesel counterpart’s 15.3-liter engine and delivers 500 horsepower.

The design of the PistenBully 800, the truck that at present makes use of the MAN D3876 engine, could be very forward-looking, because it was cleverly designed to facilitate seamless integration with the MAN H4576, with strategically allotted house for hydrogen tanks.

MAN can also be recognized for utilizing hydrogen along side different fuels corresponding to HVO, as demonstrated by the hydrogen dual-fuel 12-cylinder V MAN D2862 engine that has been powering the wind farm provide ship Hydrocat 48 since mid-2022.

8 Volvo

Volvo Hydrogen Truck
Volvo 

Volvo Group is at present engaged on an bold goal to solely produce autos and companies, comprising heavy-duty, medium-duty, business, and every kind of autos by 2040, which has led to attempting out all types of sustainability. For vehicles and business autos, Volvo has made a substantial investment in hydrogen technology, specializing in each fuel-cell purposes and in addition using hydrogen as a renewable gasoline for combustion engines.

To enterprise additional into the realm of hydrogen combustion engine know-how with each ft higher planted on the bottom, the Volvo Group has initiated a VICE scholarship venture, deciding on two PhD college students to conduct important hydrogen-based analysis on the Chalmers University of Technology and Lund University in Sweden. These college students might be below employment at Volvo Group, ranging from the primary quarter of 2024.

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Why The Rise Of Hydrogen Vehicles Is Inevitable

Hydrogen can energy future electrical autos and, with a comparatively easy conversion can cut back emissions of our present inner combustion autos

9 Suzuki

2024 Suzuki Burgman 400 static profile shot
Suzuki

Suzuki has been engaged on hydrogen combustion engine know-how, since displaying the 2007 Crosscage idea bike. The firm has additionally launched just a few hydrogen-powered Burgman scooters since 2010, which have used hydrogen gasoline cells to energy electrical motors. IIn 2023, the corporate launched a hydrogen-powered modified version of the Burgman 400 scooter that makes use of a hydrogen-powered inner combustion engine in comparison with the earlier hydrogen scooters’ gasoline cells.

Suzuki’s involvement within the HySE collaboration with other players like Toyota, Honda, Yamaha, and Kawasaki, is a part of what helped in advancing the hydrogen-fueled propulsion for the brand new Burgman. The prototype’s elongated wheelbase is because of a design geared toward accommodating the hydrogen tank. The firm has a give attention to learning the performance, efficiency, and reliability of hydrogen-powered engines. Suzuki’s efforts in the direction of hydrogen combustion engines will pioneer the motion within the motorbike trade.

10 Kawasaki

Kawasaki has been engaged on the event and manufacture of prototype hydrogen engines, refueling methods, provide networks, and hydrogen tanks. Under the HySE partnership, Kawasaki unveiled a supercharged four-cylinder hydrogen engine. The supercharged hydrogen engine ingeniously makes use of the supercharger to make sure environment friendly and optimized combustion.

It was examined on the 2024 Dakar Rally

A noteworthy problem encountered, nonetheless, is the decrease vitality density of hydrogen in comparison with gasoline, notably in its liquid kind, necessitating considerably bigger tanks for hydrogen-powered autos to realize comparable ranges. Kawasaki’s prototype automobile, which was examined on the 2024 Dakar Rally alongside the HySE-X1, has big hydrogen tanks within the locations the place saddlebags would’ve been, which suggests, till an answer is discovered, baggage capability is compromised.

Why Solar Panels In Tonneau Covers Are An Interesting Prospect For Electric Trucks

The roar of gasoline engines is progressively being changed by the hum of electrical motors because the automotive business undergoes a major transformation. Electric trucks are significantly thrilling as they provide the opportunity of revolutionizing the transportation of products with out compromising on energy or efficiency. A major hurdle that must be overcome is the issue of range anxiety.

However, there’s a silver lining – the combination of photo voltaic panels into the tonneau covers of electrical vans. This improvement presents an intriguing and probably game-changing answer. These photo voltaic panels, which seize the solar’s power, can improve the vary of electrical vans, mitigating vary nervousness and opening the door to a greener way forward for trucking.

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A Deep Dive Into The Solar-Powered Car Nobody Is Talking About

Delve into the journey of the solar-powered automotive that is silently steering the way forward for inexperienced mobility.

In order to provide the most recent and correct data attainable, the info used to compile this text was sourced from ScienceDirect, Energy Sage, Southern Energy, Worksport, and different dependable sources.

Harnessing The Power Of The Sun

Worksport Terravis Solar Tonneau Cover Trucks
Worksport

The solar, a boundless supply of power, has lengthy captivated mankind. From historical solar worship to trendy photo voltaic farms, harnessing its power has been a constant human pursuit. Now, on the cusp of a transportation revolution, this age-old quest meets cutting-edge know-how within the type of photo voltaic panels built-in into tonneau covers for electrical vans. This seemingly easy idea holds immense potential to redefine the truck expertise, pushing the boundaries of vary, sustainability, and even practicality.

From Canvas To Composite

The story of the tonneau cowl is interwoven with the historical past of the truck itself. In the early days, when pickups had been primarily workhorses hauling items and laborers, open beds had been the norm. However, the necessity to shield cargo from the weather and prying eyes led to the invention of straightforward canvas covers.

These early “tonneau” covers, derived from the French phrase for “barrel,” had been little greater than tarps stretched over wood bows. But as vans developed, so did their covers. Metal frames changed wooden, providing sturdier help and sleeker profiles. Later, supplies like fiberglass and composite took heart stage, including sturdiness, climate resistance, and even aerodynamic advantages.

The Rise Of Solar Energy In Automotives

Worksport Terravis Solar Tonneau Cover Truck concept
Worksport

While tonneau covers had been busy carving their area of interest within the automotive world, one other revolution was brewing – the harnessing of photo voltaic power. The early applications of solar power were predominantly in space satellites and distant areas. However, as know-how superior and prices decreased, photo voltaic panels started making inroads into on a regular basis life.

Convergence Of Two Paths

The confluence of those two distinct histories – the sensible objective of tonneau covers and the rising potential of photo voltaic know-how – has laid the groundwork for an thrilling prospect: photo voltaic panels built-in into tonneau covers for electrical vans. This seemingly easy thought holds a number of benefits that make it significantly interesting for this rising section of the automotive market.

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Utilizing Solar Energy Can Increase The Range Of EVs

Worksport Terravis Solar Tonneau Cover Truck
Worksport

The most compelling benefit of solar-powered tonneau covers is the potential to considerably prolong the driving vary of electrical vans. By harnessing the sun’s abundant energy, these panels can generate additional power, probably including tons of of kilometers to a truck’s vary.

Freedom From The Grid, Unplugging From Fossil Fuels

Solar-powered tonneau covers supply a path towards higher power independence for electrical vans. By producing their very own energy, these autos turn into much less reliant on conventional charging infrastructure, which frequently faces limitations by way of accessibility and availability.

Enhanced Efficiency And Versatility

Worksport Terravis Solar Tonneau Cover Truck concept
Worksport

The advantages of solar-powered tonneau covers prolong past merely boosting vary. These panels may energy auxiliary gear onboard the truck, equivalent to refrigeration items, lighting methods, and even onboard instruments, this eliminates the necessity for separate energy sources. Additionally, the generated energy can be utilized to take care of the truck’s battery well being, extending its lifespan and lowering substitute prices.

Innovation And Adaptability

The know-how behind solar-powered tonneau covers is consistently evolving, with developments in panel effectivity, supplies, and integration strategies. This steady enchancment ensures that these options stay adaptable and related to the ever-changing panorama of the electrical truck business.

As photo voltaic know-how matures, the potential advantages of those covers will proceed to develop, providing even higher vary extension, value financial savings, and environmental benefits. This adaptability makes solar-powered tonneau covers a future-proof answer, guaranteeing their relevance and worth for years to come back.

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How Solar-Powered Cars Could Make Us Rethink Our Approach To Electric Cars

Uncover how solar-powered vehicles problem the norm, promising a self-sustaining mannequin within the electrical automobile area.

Payload Payload, Go Away

Worksport Terravis Solar Tonneau Cover Truck concept
Worksport

While the prospect of solar-powered electrical vans geared up with tonneau covers adorned with shimmering photovoltaic panels undoubtedly ignites a spark of fresh power pleasure, it is essential to acknowledge the shadows lurking beneath this seemingly shiny prospect.

One of the basic strengths of vans, significantly for business purposes, lies in their impressive payload capacity. Integrating photo voltaic panels into tonneau covers comes at a price: weight. These panels, coupled with the supporting infrastructure, add further kilos to the truck’s total burden.

Consequently, the payload capability takes a success, probably compromising the very motive many companies go for electrical vans within the first place. Furthermore, the load distribution additionally performs an important position. Adding panels primarily to the rear of the truck may alter the automobile’s heart of gravity, impacting dealing with and stability, particularly throughout maneuvers or on uneven terrain. This cannot solely pose security considerations but in addition improve put on and tear on the truck’s parts.

A Delicate Dance With The Wind

Worksport Terravis Solar Tonneau Cover Truck
Worksport

Trucks, by their very nature, usually are not famend for his or her aerodynamic prowess. Their giant dimension and boxy form create vital drag, impacting gas effectivity or, within the case of electrical vans, vary. Adding photo voltaic panels to the equation throws one other wrench into the fragile dance with the wind. These panels act as sails, additional rising drag and probably lowering the truck’s total vary.

The extent of this affect depends upon numerous components, such because the panel dimension, angle, and design. However, the potential for compromised aerodynamics can’t be ignored. In conditions the place maximizing vary is important, equivalent to long-distance hauling, the effectivity losses induced by photo voltaic panels may outweigh the advantages of onboard power technology.

The Fickle Nature Of Sunlight

Worksport Terravis Solar Tonneau Cover Truck concept
Worksport

The very core precept of photo voltaic panels – changing daylight into power – introduces a elementary limitation: reliance on a finite and infrequently unpredictable useful resource. Solar power technology is considerably affected by climate situations and daylight. Cloudy skies, rain, and snow can drastically reduce the panel’s output, rendering them virtually ineffective at night time.

Moreover, the effectiveness of photo voltaic panels varies geographically. Regions with plentiful sunshine profit significantly, whereas these with much less favorable photo voltaic situations won’t reap the promised rewards. This disparity may create an uneven enjoying subject, probably disadvantaging sure companies or geographical areas.

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Do Automotive Solar Panels Have A Future In The EV Landscape?

As photo voltaic panels begin to seem extra usually on roofs of properties and parking tons, vehicles appear to be a logical subsequent step. But this isn’t a brand new thought.

DIY Enthusiasts Spark The Flame

It is price acknowledging the modern spirit of DIY fanatics who’ve embraced the potential of solar-powered tonneau covers. Online boards and communities buzz with artistic tasks the place hobbyists have efficiently built-in photo voltaic panels into current covers. These self-made options, whereas inspiring and a testomony to human ingenuity, usually lack the polish and effectivity of commercially obtainable methods. However, they function a beacon, demonstrating the viability of the idea and paving the best way for extra refined choices.

Worksport’s TerraVis Takes The Concept To Reality

Ontario-based Worksport has taken the DIY spirit to the subsequent degree with their TerraVis Solar Truck Bed Power System. This ingenious system seamlessly blends a folding tonneau cover with a robust photo voltaic array, remodeling the usually underutilized truck mattress right into a cell solar energy station.

While the TerraVis largely caters to gasoline and diesel vans from model years 2010 and newer, Worksport has its sights set on electrical vans. Future iterations of the system goal to supply vary extension for electrical vans from a various vary of producers.

Worksport has already secured strategic partnerships with two electrical truck startups, Atlis Motor Vehicles to combine the TerraVis know-how into the Atlis XT electric pickup, permitting the truck’s onboard system to leverage solar energy for prolonged vary. Similarly, a partnership with Hercules guarantees to equip the Hercules Alpha electric truck with the TerraVis system.

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Here’s The First-Ever Solar Panel Tonneau Cover

Interestingly, this is not restricted to simply electrical vans

In conclusion, whereas solar-powered tonneau covers for electrical vans maintain immense promise for prolonged vary, sustainability, and practicality, the idea faces challenges associated to weight, aerodynamics, daylight limitations, and price. The success of this know-how will hinge on modern options for these hurdles. DIY fanatics and partnerships with electrical truck producers supply additional proof of idea and pave the best way for a future the place vans harness the ability of the solar to redefine the boundaries of transportation.

Yadea Kemper Unveiled As Electric Naked Bike With Insane Amounts Of Torque

Electric motorcycles are becoming increasingly powerful. From electric dirtbikes to electric sportbikes, and even electric naked bikes, EICMA 2023 had it all.

One that stood out was the Kemper from Chinese brand Yadea. Yadea is known for its high-tech electric scooters and commuters, but recently has shown interest in more performance-oriented offerings. Last year, the brand showcased the Keeness, a sporty electric naked bike. This year, Yadea introduced the Kemper.

Yadea Kemper Unveiled As Electric Naked Bike With Insane Amounts Of Torque

The Kemper sets itself apart as a more performance-focused machine – both in battery technology and motor power. Yadea claims the bike boasts rapid charging, capable of juicing up the battery to 80 percent in just 10 minutes, with a full recharge time of just 18 minutes. The battery is a 320-volt, 20-ampere-hour lithium-iron-phosphate battery, able to charge up very quickly through DC fast charging.

The motor is equally impressive, with a 40-kilowatt peak (about 54 horsepower) and a 570-Newton-meter (420 pound-feet) torque figure. The bike boasts a claimed zero to 62 mile-per-hour sprint in just 4.9 seconds, and a top speed of around 100 miles an hour.

Yadea Kemper Unveiled As Electric Naked Bike With Insane Amounts Of Torque

The Kemper is equipped with KYB suspension hardware, front and rear disc brakes with Bosch’s ABS technology, traction control, and a full color seven-inch TFT dashboard with smartphone integration. Additionally, Yadea has included a 1080p dashcam.

As of now, Yadea has not announced the bike’s pricing or availability, but it is expected to roll out in the Chinese market first, and other neighboring Asian markets.

10 Hydrogen Cars That Will Compete with Electric Vehicles in the Future

The automotive industry is moving towards electric vehicles as the demand for better electric cars continues to rise. Electric vehicles are gaining popularity and replacing traditional gasoline-powered vehicles. However, another sustainable option is emerging in the form of hydrogen-powered vehicles.

Hydrogen vehicles are still in the early stages of development and commercialization, but they are expected to be the future of the industry. Major automakers are investing heavily in this cutting-edge technology. In addition to existing models like the Toyota Mirai and the Hyundai Nexo, there are several upcoming hydrogen vehicles that will challenge the dominance of electric vehicles. Here are ten of them:

1. Hyperion XP-1

The Hyperion XP-1 is a hydrogen-powered supercar that was unveiled at the 2022 Los Angeles Auto Show. It features a futuristic design with wing doors and solar air-blades. The XP-1 has a quad-motor AWD configuration, allowing it to accelerate from 0-60 mph in 2.25 seconds and reach a top speed of 221 mph. It offers a range of 1,016 miles and can be recharged in 3-5 minutes.

2. Alpine A4810 Concept

The Alpine A4810 concept is a hydrogen-powered supercar co-developed by Alpine and the Instituto Europeo di Design (IED). It features a two-seater “super berlinette” design with Formula 1-inspired aerodynamics. The exact details about its performance, range, and recharge time are still unknown. However, the A4810 concept gives us a glimpse of what future Alpine hydrogen cars might look like.

3. Hyundai N Vision 74

The Hyundai N Vision 74 is Hyundai’s first hydrogen hybrid rolling lab. It is inspired by the 1974 Pony Coupe concept and features Hyundai’s most advanced hydrogen fuel cell technology. The N Vision 74 offers a driving range of over 373 miles on a full tank and can be refueled up to 80% in five minutes.

4. Toyota Crown Sedan FCEV

The Toyota Crown Sedan FCEV is Toyota’s latest hydrogen car. It uses the same platform as the Toyota Mirai and offers a range of almost 500 miles. The official specifications and pricing have not been announced yet, but the Crown FCEV will go on sale in Japan this year.

5. Audi H-Tron Quattro

The Audi H-Tron Quattro is a hydrogen-powered concept that showcases Audi’s fifth-generation fuel cell technology. It features coupe-like styling with low glass structure and flowing shoulder lines. The H-Tron Quattro has a driving range of 372 miles and is expected to be mass-produced in the future.

6. Mercedes-Benz GLC F-Cell

The Mercedes-Benz GLC F-Cell is the world’s first vehicle to combine fuel cell and plug-in hybrid technology. It features a 13.5-kWh lithium-ion battery and two hydrogen tanks, offering a driving range of 302 miles. The GLC F-Cell’s production and release date are yet to be determined.

7. NamX HUV

The NamX HUV is the world’s first hydrogen-powered SUV with a patented removable tank system. It has a futuristic design and offers a driving range of 497 miles. The NamX HUV will be available in two variants: rear-wheel drive and four-wheel drive.

8. BMW iX5 Hydrogen

The BMW iX5 Hydrogen concept combines a fifth-generation fuel cell technology with an electric motor. It generates up to 401 horsepower and has a driving range of almost 300 miles. The iX5 Hydrogen is not yet available for sale.

9. Honda CR-V FCEV

The Honda CR-V FCEV is a hybrid car that uses both a plug-in option and fuel cell technology. It is based on the latest Honda CR-V and offers a driving range of more than 360 miles. The CR-V FCEV will be available from 2024.

10. Toyota Hilux Hydrogen FCEV

The Toyota Hilux Hydrogen FCEV is a hydrogen-powered pickup truck prototype. It features a robust design and offers an estimated driving range of more than 365 miles. Toyota plans to build only 10 examples of this prototype before the end of 2023.

2024 Jeep Gladiator Teased for Detroit Auto Show Debut on September 13

The North American International Auto Show (NAIAS) is set to kick off this week, with press days scheduled for September 13-14. Jeep will be in attendance and has teased an updated version of its Gladiator pickup truck ahead of the event.

The revisions planned for the midsize pickup have been somewhat out in the open, with spy photographers capturing prototypes of the 2024 Gladiator being tested without camouflage. Furthermore, the truck’s SUV sibling, the Wrangler, received updates earlier this year and was unveiled at the New York Auto Show in April.

2024 Kia Picanto Revealed with Significant Design Changes

In a market that is increasingly dominated by crossovers and SUVs, the A-segment in Europe is gradually shrinking. However, there are still a few brands, such as Toyota with its Aygo X, that are eager to offer tiny hatchbacks. Kia is also a player in this niche segment with its new Picanto. The flagship GT-Line trim, shown here, boasts substantial design changes on the outside while maintaining a familiar cabin.

In terms of the front fascia, the range-topping version of the Picanto showcases an intricate design. It’s evident that design cues from the Niro have influenced the new Picanto (known as the Morning in some markets like South Korea), giving the small car a distinctive appearance. The vertically stacked headlights meet in the middle with the help of an LED bar positioned at the upper section of the “tiger nose” grille. The rear of the car follows a similar design language, with upright taillights connected by a light bar on the tailgate.

Are these Kymco Radar Sensor Patent Images a Glimpse of Future Bikes?

Over the years, advanced driver assistance systems (ADAS) have become common in modern cars, and they have also made their way into the world of two-wheeled vehicles. Radar-assisted cruise control and blind spot detection systems are now being incorporated into flagship adventure and sport touring motorcycles.

OEMs like Ducati, BMW, and Yamaha are collaborating with established companies such as Bosch and Continental to develop these systems and address placement issues for the components.

The Chinese Patent Office recently published a patent application filed by Kymco, a major Taiwanese OEM known for its scooters but also involved in motorcycle and electric vehicle development.

In the patent, Kymco explores the placement of rear-facing radar units in various potential motorbike designs. Among the drawings are configurations that resemble a café racer design and an adventure bike.

Kymco’s design goals for these configurations include protecting the radar unit from the weather and other obstructions, such as rain, mud, and snow. The unit is positioned between the taillight unit and the license plate unit, set back to offer some shelter from the elements. This design also aims to deter theft by integrating the radar unit into the rear portion of the motorbike.

These patent drawings indicate that Kymco is planning ahead for future motorbike models. Considering their partnership with LiveWire for the production of lightweight electric motorbikes, it is possible that the unseen tail configurations could be part of upcoming LiveWire models.

However, this speculation is purely based on the patent filing and partnership, and there is no concrete evidence to confirm or deny these assumptions. It is common for people to connect dots and create their own narratives, even when there is limited information available.

What are your thoughts and speculations on these images? Share your opinions in the comments section.