Have you ever obtained a message and needed to acknowledge it with out typing out a response? Perhaps you’d wish to let the particular person know you have seen their message with out the pesky “Read” notification or would merely favor replying to the message when you may have some extra time in your palms. Message reactions are extremely helpful in such circumstances. To use them, find the message you’d wish to react to and long-press it. You ought to now see a pop-up with six totally different reactions: love, like, dislike, snort, exclamation, and a query mark. Depending on what you are reacting to, faucet on an emblem of your alternative.
Once you have reacted to the message, the pop-up will disappear, and an icon along with your response will seem on the nook of the message you reacted to. If you by chance despatched the mistaken response or reacted to the mistaken message, don’t fret — all you’ll want to do to undo the response is repeat the steps above. Once the pop-up menu seems once more, both faucet on one other response to vary it or faucet on the response you selected beforehand to take away it.
Apple has been trying to make iMessage stickers happen for fairly some time, and with the discharge of iOS 17, it lastly succeeded in doing so. So, in the event you’re unable to seek out an acceptable response, which is comprehensible since there are solely six choices, you need to use stickers as a substitute. Given that you’ve got downloaded sticker packs or created your own animated live stickers, long-press the message you’d wish to react to utilizing a sticker, faucet Add Sticker, and select a sticker.
The extent of the Beeper Mini outage is unclear. In response to the corporate’s put up on X in regards to the ongoing points, customers gave conflicting studies relating to their potential to make use of the service, however it seems that a few of these customers aren’t utilizing Beeper Mini, however moderately Beeper Cloud, which makes use of a unique methodology of accessing iMessage. Internally at SlashGear, some workers are experiencing the reported Beeper Mini outage whereas others stay ready to make use of the service.
According to a press release obtained by TechCrunch from Beeper CEO Eric Migicovsky, “all data indicates” that the outage is the results of Apple discovering a strategy to lower Beeper Mini off from its companies. Apple, which has lengthy seen iMessage as a powerful type of platform lock-in for iOS, has probably been working to unplug Beeper Mini from iMessage for the reason that service went stay. Cutting the Android app off on Friday may additionally have been a strategic play since Beeper workers will now must scramble because the weekend begins in the event that they hope to engineer a brand new strategy to maintain the service operating.
Apple has introduced RCS chat support for iPhone shall be coming at a while in 2024, however as of now, Beeper Mini was the one method for Android customers to ship wealthy messages and high-resolution media to iPhone customers with no third-party service like WhatsApp.
Similar to naturally aspirated engines Supercharged engines provide quick throttle response and smooth, linear power delivery.
Superchargers are mechanically driven by the engine and work more effectively when the air is cooler.
Supercharged engines offer increased power and low-end torque, making them a cost-effective way to enhance vehicle performance.
Superchargers have been around for much longer than the automotive internal combustion engine. The supercharged engine was first built in 1878 but was later used in airplanes in 1910. The main aim was to compensate for the power losses at high altitudes. However automotive superchargers would not become available until 1923 first used in Mercedes cars. Since then, they have evolved from the less efficient blower style to the more sophisticated twin screw and centrifugal supercharger used in modern automobiles.
In the modern era, supercharged production has become less common in favor of turbocharged cars. Having said that, it still remains a very effective way of making power without having a bigger engine. Just like turbos, superchargers can also be applied on almost any configuration from inline-four cylinders to big V-12 engines. In this article, we will take a look at the advantages of having a supercharged car, how they work and the types of superchargers available.
Article Sources: Supercharger manufacturers like Rotrex, Magnuson, Whipple, ProCharger, and automotive manufacturers and tuning divisions like MOPAR.
Supercharged Engines Are Similar To Naturally Aspirated Ones
One of the major advantages of an NA engine is its quick throttle response. Once the gas pedal is applied the car responds instantly with no delay in power delivery which is smooth and linear. The same power delivery applies to a supercharged vehicle, a supercharged car responds instantly and delivers its power in the same manner with no sudden surge or drop off in power. This is made possible because of how a supercharger works.
How A SuperCharger Works
A supercharger works in tandem with the engine, unlike a turbo which is driven by exhaust gases. Supercharges are mechanically driven by a belt connected to the crankshaft, this means they come on as soon as the engine starts. Once on, it forces cold air from the environment air into the engine which is used to create more power. Just like turbos, superchargers work more effectively when the air is cooler.
There are three types of superchargers:
Roots
Twin screws
Centrifugal
Roots: This is the oldest supercharger design with rotors inside that just trap air and send it directly into the engine. The pressure is determined by the amount of air being moved into the intake manifold. It is the least efficient form of supercharging and is the least favorable design. The roots superchargers are big, and bulky and stick well above the hood, they are mainly employed on old muscle cars and drag cars.
Twin Screw: This is the most common style of supercharger used in production cars like Hellcats, Mustangs and Camaros. These also have twin rotors that have a screw-like design meshed together. The air is compressed inside the rotor housing and sent through a smaller intake tube into the engine. This style of supercharging is more efficient and widely used among OEMs. It also creates a distinct whine which can be heard from inside and outside the car.
Centrifugal: This is the most efficient form of supercharging and looks very similar to a turbocharger. It works by powering an impeller which is smaller than a rotor and spins much faster. Impeller speeds can reach up to 60,000 RPM which is much faster than the engine speed which means it allows for much more airflow into the engine making much more power.
This style is famous among aftermarket tuners as it is used to build very powerful cars for drag racing. Most people commonly refer to these as Procharged cars because of the ProCharger branded centrifugal superchargers.
Supercharging is an easy and cost-effective way to get more power from your vehicle. Adding one would give you an average power and torque increase of up to 45 percent from the standard engine configuration. Since most of them are already made with a particular engine specification in mind, they come complete with supporting accessories to make the installation easier. The biggest advantage of this application is a healthy increase in torque compared to an engine with similar horsepower.
Corvette Stingray Vs. ZO6
Vehicle
C7 Corvette Stingray
C7 Corvette Z06
Engine
NA V-8
Supercharged V-8
Displacement
6.2 liters
6.2 liters
Power
460 horsepower
650 horsepower
Torque
460 pound-feet
650 pound-feet
Transmission
7-speed manual/8-speed auto
7-speed manual/8-speed auto
Drivetrain
Rear-wheel drive
Rear-wheel drive
0-60 MPH
3.8 seconds
3 seconds
Top Speed
180MPH
195 MPH
(Source: Chevrolet)
Supercharged V-8 Vs. NA V-10
A good example of the effectiveness of a supercharger is the C7 Chevrolet Corvette. Supercharged versions make more power and torque than the base NA V-8. Even in the world of supercars, the supercharged Corvette makes similar power but much more torque than a V-10 Lamborghini Huracan.
The added power is always available from start to redline just like a naturally aspirated engine. There is no drop-off in power since it runs off the engine’s crankshaft. As long as the engine runs, the supercharger is always ready to deliver the power needed.
Power At Any Altitude
The biggest advantage of this powerband is felt at higher altitudes where the air is thinner. NA engines suffer from power loss at higher altitudes due to thinner air but the supercharger greatly compensates for this loss by forcing more air into the engine. This ensures consistent performance in every situation.
This is one of the biggest advantages of a supercharged engine since they are mostly built with the capacity of the engine in mind. Almost any size of turbo can be put on an engine as long as you’re ready to build the internal components to match the power output. But superchargers have slight differences as they’re built with specific engine capacities in mind. This means before installing an OEM or aftermarket supercharger on a vehicle, the engine can already handle the power boost with minimal changes needed.
These minimal changes mean your car’s maintenance will likely be very similar to its naturally aspirated counterpart. There’s no doubt the maintenance cost will slightly increase but it is very similar to maintaining a regular engine since most components are still the same. Most OEM supercharged cars have base versions of the same engine and installing one later on won’t void your warranty when using a manufacturer-suggested supercharger.