Maxxd.com – Modified and Performance Car News

  • NEW AUDI RS3 TECH SPEC REVEALED

    The new Audi RS3 is here! It sticks with 394bhp but gets substantial chassis changes for a more dynamic drive.

    For those that complained that the Audi RS3 didn’t have enough about it to elevate it to the top of the hyper hatch market, say hello to the new Audi RS3, a car that promises to deliver sharper dynamics and even a little fun with the inclusion of a RS Torque Rear mode, in other words, a drift mode.

    It’s new RS Torque Rear mode is possible thanks to a new torque-vectoring rear differential that allows it to mechanically split the power sent to either rear wheels depending on the drive mode selected. As you can imagine, “drift mode” sends 100% of the torque to the outside wheel in order to increase oversteer. OK, because the quattro system is front-wheel drive bias, the rear wheels will only ever see 50% of the total engine power.

    New Audi RS3

    At the front, wider track, bespoke pivot bearings and stiffer lower wishbones, subframes and stabilisers all help tighten up the front for a sharper turn in, only aided by an extra degree of negative camber compared to regular A3 models as well as sitting 25mm lower.

    New Audi RS3 figures

    Let’s get down to business. Producing 394bhp and 369lb ft (up 15 lb ft) from its 2.5-litre turbocharged five-cylinder engine and mated to a seven-speed dual-clutch transmission, 0-62mph comes about in 3.8 seconds while top speed is limited to 155mph, with an optional 174mph limiter with the standard brakes or 180mph with carbon ceramics. Crucially, that 0-62mph is down 0.3 seconds on its predecessor, as well as being 0.1 seconds faster than its AMG A45 S rival.

    New Audi RS3

    Finally, the new Audi RS3 is available with a new variable sports exhaust system, allowing you to switch between a loud or quiet exhaust note.

    The full Audi RS3 reveal is right around the corner, we’ll bring you more when we find out.

    New Audi RS3
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  • Mazda’s next-generation vehicle platform to be used with gas, diesel, EVs, and front- and rear-wheel drive

    Mazda last week announced an ambitious electrification strategy, including a dedicated EV platform scheduled for introduction by 2025, as well as new hybrids and plug-in hybrids.

    A new Skyactiv Multi-Solution Scalable Architecture platform will underpin a host of new models launching between 2022 and 2025, including five hybrids, five plug-in hybrids, and three all-electric cars, a Mazda press release said. The company said the platform will accommodate transverse power units in small vehicles and longitudinal power units in larger vehicles. A transverse layout is usually associated with front-wheel-drive cars, and a longitudinal layout works most often with rear-wheel drive.

    Mazda also released the pictures shown here, which show its near-term powertrains, including a rotary engine range extender, large gasoline and diesel engines with a 48-volt mild-hybrid system, and a large gas engine plug-in hybrid. The rotary should be a transverse setup, while the large powertrains will be longitudinal.

    Due between 2025 and 2030 will be additional all-electric models based on the EV-specific Skyactiv Scalable EV Architecture, Mazda said.

    With this launch cadence, Mazda expects 100% of its lineup to save some degree of electrification by 2030, with EVs representing 25% of that total.

    Mazda gasoline mild-hybrid powertrain

    Mazda gasoline mild-hybrid powertrain

    Mazda said the new models will target major markets like the U.S., China, Europe, and Japan, but didn’t go into further detail.

    We do know the MX-30 crossover is scheduled to reach the U.S. later this year in all-electric form as a 2022 model, with a rotary range extender coming in calendar-year 2022 for the 2023 model year. It will use the CX-30’s platform. Mazda’s ongoing partnership with Toyota could lead to technology sharing as well.

    The Skyactiv Multi-Solution Scalable Architecture appears to be the much-discussed rear-wheel-drive platform set to underpin the next-generation Mazda 6. Mazda is expected to use inline-6 engines, with displacements ranging from 3.0 liters to 3.3 liters, in vehicles based on this platform, and they could include SUVs. The vehicles will also likely use the 48-volt mild-hybrid system. A report earlier this year said the new engines and platform will arrive in SUVs initially, before the redesigned Mazda 6 sedan.

    Past reports have also indicated Mazda may be working on a new sports car, possibly called RX-9, but if that happens, don’t expect it to be a Wankel-powered successor to the RX-7 and RX-8. Mazda has said its new rotary engines will be used as EV range extenders only.

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  • KEYLESS CAR ENTRY: WHAT YOU NEED TO KNOW

    Fitted for modern convenience, the keyless car entry systems on many vehicles are open to abuse from would-be thieves. We take a look at Ford’s keyless car entry system to find out why, and how to protect against it…

    When manufacturers introduced keyless car entry for convenience when entering and exiting a vehicle, they probably didn’t realise that car thieves would quickly adapt to the new technology as well. Sure enough, modern day thieves have become more sophisticated and are able to target particularly vulnerable cars and as a result. And Ford’s reputation of high-powered-but-easily-stolen vehicles continues well into the 21st century, having suffered plenty of negative publicity surrounding keyless car entry theft. But the truth is there are plenty of car manufacturers in the same boat, and it’s one of the main the reasons that vehicle theft has risen by nearly 50% in the last five years alone.

    Keyless car entry

    Keyless entry is susceptible to theft, but there are a few simple steps you can take to better protect your Ford

    However, if you’re worried about becoming a victim there are things you can do to ensure your car is kept secure, and these range from being more cautious and adding extra deterrents to disabling a thief’s ability to access your car entirely. To better understand how and why these can work, first it’s important to understand how criminals are targeting and stealing cars this way. The method is known as ‘relay theft’ and the process is sadly very simple with the right tools to hand; a relay amplifier and relay transmitter. As the names suggest, these gadgets allow thieves to identify a car with the keyless entry feature parked outside of a house, usually on a driveway for instance. By simply manoeuvring the portable relay amplifier around the outside vicinity of the house, it can detect the car key inside if it’s nearby and boost the key’s signal to reach further. A second thief standing by the car with the relay transmitter in hand will then pick up this boosted signal and the car is then tricked into thinking the original keys are nearby and so the car is unlocked and the ignition can be activated, and the car driven away.

    Keyless car entry

    Using sophisticated signal relays, thieves can use the keyless entry technology to gain access to your car

    How to keep your keyless car secure

    The process is quick and quiet, which is why it occurs frequently. Car manufacturers are already looking at ways to tackle the problem, and Ford’s answer is refreshingly simple. The latest keyless entry fobs on new Fiestas and Focuses no longer permanently transmit a signal, but instead have an in-built motion sensor which puts the fob into ‘sleep mode’ if it hasn’t been moved for 40 seconds. This means that while it’s hanging in your key box it’s not transmitting a signal for any thieves to relay, but when you pick them up and walk to your car full functionality is restored.

    However, this tech is only available on the latest cars (some previous models can be updated at Ford), so what that means for most of us is being smarter about where you keep the car keys –  at the very least storing them away from the front of the house so that it will be harder for a relay amplifier to detect. Better still is to place the keys in something that will block the wireless signal from being transmitted at all, and whilst some owners report a simple metal container (with lid) can suffice, a more practical option is a Faraday pouch. There are a number of these on offer, but it’s important to know that not all of them are tested and guaranteed to work, so it’s best to test it on your own car, which is easy to do  by simply placing the keys in the pouch and trying to unlock the car. If the car recognises the key, the pouch doesn’t work.

    Keyless car entry

    Jamie protected his own Focus RS with the Autowatch Ghost, and he rates it very highly

    Another option is to add a secondary aftermarket immobiliser that works independently of the original keys. Traditionally these were activated with a simple additional key fob, but modern technology means clever systems like Autowatch’s Ghost can be hard-wired to work with the car’s original CAN-bus wiring. These systems don’t require any additional switches or fobs, so the interior of the car remains untouched, but the existing buttons (on the steering wheel, door switches, or similar) can be used to de-activate the immobiliser. A specific PIN can be set up using a unique sequence of buttons, and the ignition simply will not activate without this code – even with the actual key present, not just a boosted signal relay. Furthermore, these systems can work with Apps on your smartphone, and will only de-activate the immobiliser when the phone is in the car. However, this does mean that if someone steals your phone, or hi-jacks the car with your phone in it, the immobiliser security is compromised – many professionals suggest sticking with the manually-entered PIN code. These systems have proven to be very popular with high-value modern sports and luxury cars, and have proven very successful on cars like the Mk3 Focus RS.

    Of course, then there’s always the good old-fashion physical deterrent too. While physical barriers such as steering wheel locks, wheel clamps and security posts, are by no means a guarantee against theft, the extra effort required to bypass them is often enough of a deterrent to ensure a thief chooses to target another car. Finally, a tracking device can be fitted but that will only improve the chances of finding the car and having it returned after it is stolen, which isn’t ideal for many.

    The final fail-safe is to turn off the keyless entry system all together (which can be done at a dealer), but then you lose all the added benefits of the system in the first place.

    Security issues are nothing new with a fast Ford, and as the technology of the cars progresses so too does that of the thieves. And while you’ll never make your car 100% ‘safe’ from theft, all you really need to do is make yours more difficult to steal than the next guy’s, and most thieves will target the easier option.

    From Fast Ford magazine. Words: Simon Holmes

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