#CarbonFiber

The UK-based wheel specialist from Dymag and composites wizards from Korea's Hankuk Carbon have announced the development of a line of hybrid carbon-fiber wheels for Hyundai’s N cars. 

A prototype of the new N Performance carbon hybrid wheels were showcased at the Hyundai stand at this year’s Goodwood Festival of Speed alongside the spicy and all-electric Ioniq 5 N. Based on statements from Dymag, it may be the first model to receive them. 

A Rolls-Royce Black Badge Wraith is already a limited production vehicle. German tuner Novitec, and its Spofec division, are modifying three of these cars for worldwide distribution. The question of the day is whether the Spofec Overdose Wraiths are overkill, or not?

Once reserved for aircraft and the world’s most expensive sports cars, carbon fiber has been gradually wriggling its way into the mainstream. On Thursday, Nissan announced it had whipped up a method to manufacture carbon fiber reinforced plastic (CFRP) more easily and shorten production time by around 80 percent — adding that it planned to take advantage of the material in order to build increasingly lightweight cars.

The manufacturer also suggested the new process will reduce the cost of manufacturing CFRPs, addressing the industry’s favorite excuse for why they don’t use it more often. That said, the financial inconvenience of implementing carbon fiber is really a byproduct of how labor intensive it is. Most parts are laid into molds one layer at a time with the help of an expert and use vacuum pressure to ensure the resin sets evenly, since they can’t be machine pressed. Yet Nissan felt stamping was the way to go with carbon fiber and claims to have figured out how it should be done.

As part of BMW’s big #NEXTGen event, the Vision M Next concept shows what the future of “The Ultimate Driving Machine” will look like. This comes in conjunction with an announcement that the targeted 25 electrified models are being pulled ahead by 2 years, to 2023.

BMW Group’s latest innovations in areas of design, autonomous driving, connectivity, electrification, and services are being showcased at the #NEXTGen event. According to Adrian van Hooydonk, Senior Vice President BMW Group Design, “the BMW Vision M NEXT demonstrates how state-of-the-art technology can also make the experience of driving yourself purer and more emotionally engaging.”

In launching its next-generation Sierra half-ton last summer, GMC focused a lot of its attention on the brand-exclusive MultiPro tailgate, a bit of door-within-door wizardry that makes bed access a breeze. It also provides the necessary hookups for tailgate party tunes.

In short, to butcher a quote from Toronto mayor John Tory, the MultiPro has more positions that Masters and Johnson. But the bed behind the gate was also singled out for some attention. GMC told the public that a carbon fiber bed — CarbonPro, in GMC parlance — would join the 2019 model as a late availability option.

That’s still the plan. With production now two months off, GMC wants to rekindle some of that early interest in its seemingly indestructible bed.

By the end of the year, you’ll know whether your next front-drive, non-supercar Ford might contain a carbon fiber cradle for its engine. As promised, supplier Magna has delivered a carbon fiber composite subframe prototype to Dearborn, destined for a rigorous life in a Fusion testbed.

There’ll be calculators working overtime as Ford engineers and bean counters figure out whether the lightweight, parts-saving component has a place in the brand’s stable.

GMC unveiled the 2019 GMC Sierra amid great pomp and circumstance on March 1st. Much of the buzz surrounding the new truck focused on new features like a multi-function tailgate and comprehensive towing suite. One of the new features, CarbonPro, is the industry’s first carbon fiber pickup box. Duncan Aldred, GMC’s Global Vice President, went as far as saying, “In 116 years of making GMC pickup trucks, our industry-first carbon fiber box is the toughest and most durable pickup box we have ever made.”

While we have little reason to question that statement, it gives the impression that this pickup box is made out of supercars and iPhone cases. In reality, it’s chopped up carbon fiber in a nylon plastic resin. After talking to GMC and the supplier that builds the CarbonPro box, we’ve this product does indeed have some important advancements. At the same time, it is also shares some similarities with the pickup boxes found on the Toyota Tacoma and Honda Ridgeline.

General Motors, the company that ran a campaign criticizing Ford for moving away from steel on its F-Series, is expected to implement carbon fiber in the beds of large pickup trucks within two years. Hopefully, the wait gives consumers time to forget some rather negative ads that bemoaned the use of aluminum for its high repair costs and chance of deformation in an impact.

Carbon fiber is ridiculously strong and should hold up in any side-by-side impact test against aluminum. That is, until you start considering price. Carbon fiber costs substantially more to manufacture, form, and fix than either steel or aluminum. That’s probably why GM plans to limit its usage to only highest trim levels, at least until it can figure out a way to keep production costs down.

Porsche claims to be the first automaker to bring braided carbon-fiber wheels to a production car by offering a quartet of ultra-strong, ultra-light, dark grey rims as an optional upgrade on the 2018 Porsche 911 Turbo S Exclusive Series.

You remember the one. It’s a regular ol’ 911, only turbocharged and upgraded to S trim and then further upgraded with 27 more horsepower for — make sure you’ve swallowed that last bite — $67,000. There will only be 500. The top speed is 205 miles per hour. The total cost is $257,500, or roughly the cost of a regular 911 Turbo S and a Macan GTS. There’s a lot of Golden Yellow Metallic.

And for the price of a 2017 Ford Fiesta, you could upgrade your 2018 Porsche 911 Turbo S Exclusive Series with $14,980 wheels.

If you’re worried that your corroded subframe will one day eject your car’s engine or suspension components like a spent hull from an Ithaca pump, the future holds promise. (Though you should still get that undercarriage checked out.)

Ford Motor Company, working with mega supplier Magna International, has developed a prototype vehicle subframe made of carbon fiber-reinforced composites. The goal is to one day offer a subframe that’s impervious to rust, while reducing weight and complexity.

Sick of trying to motivate your Mazda MX-5 Miata’s prodigious tonnage? Thinking of giving that porker away to a friend? Help is on the way.

The next generation of automotive journalism’s favorite ride will shed weight, thanks to the use of carbon fiber, Autocar reports. That could mean smaller engines for all markets.

The new McLaren 570S

It sounds funny to say a car that costs almost $185,000 is a move downmarket, but the new McLaren 570S introduced at the recent New York Auto Show, and the detuned 540S version of the same “Sport Series” chassis (~$150K), are exactly that. The first McLarens to cost less than a quarter of a million dollars are aimed squarely at the Porsche 911. Since I’ve always been a best bang for the buck kind of a guy, whether I’m talking cars or stereo equipment, I wondered if McLaren might be interested in using their resources to bring their kind of high performance to an everyman’s sports car. So I asked Wayne Bruce, McLaren’s global director of communications, if there might be a sub-six-figure McLaren some day.

Some call it a hybrid, some call it an EV. Some have called it a REx, a BEVx, a landmark vehicle in EV production, and others simply call it ugly. One things is for sure however, the 2015 BMW i3 turns more heads in Northern California than a Tesla Model S. Not since I last drove the Jaguar XKR-S have I received as many questions while parked at the gas pump, or visited a gas pump so frequently, but I digress. In a nutshell, the i3 is technically a hybrid or an EV depending on the version you get.

Were you hoping BMW and Tesla would join forces for the future of electrification? Not so fast.

Though carbon fiber is being used more extensively in new vehicles, the high costs associated with building a vehicle out of the material have kept it to the likes of the Lexus LFA and BMW i Series. This could soon change, however.