design study

design study

  There are some people out there that can just put pen to paper and come up with beautiful and intricate designs worthy of production. Granted, most of these concepts or design studies will never see the light of production day, but they absolutely warrant some attention in the automotive industry.

Every car nut has daydreamed about building a car. Hell, we do on a daily basis, and building one in real life would cost more money than we could ever imagine having in our checking accounts. Let’s suspend reality for a tick here and imagine that someone handed you a blank check and asked for you to build the ultimate supercar.

Well, we are going to go over all of the supercars and lay out what pieces from which cars would come together to create the ultimate supercar Frankenstein. Now, there are some rules here. We have to make sure things are feasible. Things like slapping a W-16 Veyron engine into a Lotus Elise will not work, therefore it flat out can’t be done.

We’ll review our favorites in each of the three major categories — body and chassis, engine, and transmission — and end it all up by giving you our estimated specifications for our new vehicle.

Click past the jump to experience our build.

McLaren made their intentions on creating a small, stripped-out supercar clear when they announced a design contest asking students enrolled in the Royal College of Art’s vehicle design course to imagine a minimalist McLaren supercar. Now, the winner of that contest has been chosen and may just be a starting point to McLaren’s future model.

The McLaren JetSet designed by Marianna Merenmies uses an electric motor and uses extensive amounts of carbon fiber on the chassis, body, and wheels. The concept measures just 3.7 meters long and 1.03 meters high, and has a proposed drag coefficient of 0.20.

When asked about the future model, McLaren Design boss Frank Stephenson said: "It’s about making more of less. It’s our job to push automotive technology — to make the car safer, lighter, more powerful, more efficient, eco-friendly and more fun to drive."

Expect to see the new supercar launched in 2015 with an intended price of £50,000, or about $78,000 at the current exchange rates.

Source: AutoCar

US tuner Stillen has come up with a new way to produce aftermarket programs; they want you to actually design the programs for them.

The idea isn’t entirely new because we’ve seen other tuners go down this road before, but Stillen is upping the ante by letting its readers design aerodynamic kits for the Scion FR-S . Design submissions will be accepted through August 14, 2012 and can be sent to All you have to do is download Stillen’s templates, design the front lip, side skirts, and rear valance (no full bumpers allowed). The design material is limited to only urethane; no carbon fiber, folks. Likewise, submissions must either be hand-drawn or digital.

The tuning company will then select the top five designs and post them on their Facebook page where fans will get a chance to vote through a poll. The winning submission, which will be announced on August 20th, will have their design built by Stillen and will also receive a two-night stay in Las Vegas and be part of SEMA 2012 where their design will be revealed for the first time.

So if you’re a young and ambitious designer, here’s your chance to make a name for yourself in the industry.

Source: Stillen

In the early years of the automotive industry, the interior was simply somewhere to park your behind as you drove around. In the modern era, car interiors are becoming more like a second home, as they are now featuring climate control, TVs, huge sound systems, plush fabrics, and much more. Due to the constantly changing automotive world, automakers need to make sure that they are producing the best interiors possible, or risk losing sales to the competition.

Ford has taken this competition to a new level, as it is now using a robotic system to determine the quality of its cars’ interiors. This new robotic touch system is called Robotized Unit for Tactility and Haptics (RUTH). For those on the same vocabulary level as me and needing a more plain English description, this is a robot that uses sensors to determine the pain, pressure, or heat that a human’s skin would feel when touching something, which then turns that touch sensation into scalable data.

The above video shows Ford engineers describing RUTH as she touches and probes multiple points throughout the cabin of the all-new Ford Fusion . RUTH then uses data that Ford has collected from thousands of customers around the world and determines if the pieces it tests meet the collective wants of Ford buyers. From there, Ford engineers can adjust the texture, feel, softness, or even temperature of something in the cabin.

RUTH has been in commission in Ford North America since January 2012 and it looks like it is a complete success, at least according to the video. With advancements like this, it is easy to see why Ford was able to keep its head above water through the automotive recession.

Posted on by Brad Anderson 5
Wiesmann Spyder Concept

Debuting at the turn of 2011, the Wiesmann Spyder Concept promised to be the most extreme Wiesmann offered to date, despite its long life of 18 years. At the time of the unveiling, Wiesmann Wiesmann was predicted to be pushing the Spyder Concept towards the production line, but since then the economic meltdown in the Eurozone subsequently put all those plans on the backburner.

Originally created as a design study upon the request of many loyal Wiesmann customers, the Spyder Concept debuted with a 4.0-liter BMW-sourced V8 engine producing 420 horsepower. When combined with a total weight of under 2,200 pounds, the Spyder Concept promised to hit 60 mph in just 4 seconds before topping out at a top speed of 180 mph.

However, despite the strong interest in the car, Wiesmann has yet to confirm or deny if the Spyder Concept will ever reach the production line, but in saying that, the firm has also yet to rule out any possible favorable decision for the future.

The biggest hurdle facing the small company is the simple fact that production of the Wiesmann Roadster MF3, for which the Spyder Concept is based upon, recently ended after 18 years and it’s likely that the firm would prioritize developing a successor to the MF3 over any possible swan-song, final edition of the sports car.

Nevertheless, we’re still holding out hope that the Spyder Concept may see the production green light in the coming months, but in saying that, we’re doubtful.

Let us know in the comments section below if you think the Spyder Concept should go into production!

Source: GTspirit
Posted on by Brad Anderson 0

Formula One has always been about one thing: To be the world’s largest racing series where up and coming technologies can be previewed, developed, and tested before eventually funneling down into everyday production cars.

However, tracing the history of Formula One has always been a challenge. Until now. Thanks to the creative mind of Ruf Blacklock, we can now see the 62 year history of Formula One compressed into a short, yet extremely sweet, 60 second video.

Showcasing basic 3D outlines of the vast majority of F1 designs, the video helps to capture the rapid changes which the series has undergone in the past six decades, with major advancements including the addition of rear wings, and the varying capacity of engines also been demonstrated throughout.

In addition to this, Blacklock also put together an awesome infographic for our enjoyment capturing the development of Formula One, with the legendary Monza circuit being the basis for this extensive circle of F1 development.

Follow the jump to see the infographic in high-definition!

As if Lamborghini needed any more help developing super-fast cars that can nearly keep pace with F1 racecars, it is now dedicating an entire facility to developing and researching new cars. Yep, Lamborghini has just opened up its Prototype and Concept Devel Devel opment Center – that’s Sviluppo prototipi e vetture pre serie in Italian – to help it develop and test its new concept cars.

An important feature to this facility is that it also houses a miniature assembly line. This allows engineers to monitor exactly how new cars come together and what flaws develop in the manufacturing process. This small assembly line will also be responsible for running off Lamborghini’s limited production models, like the upcoming and non-street-legal production Sesto Elemento.

This is truly an impressive show of dedication to manufacturing only the best vehicles that are as flawless as they possibly can be, but also looks like a huge waste of money. Then again, who are we to question Lamborghini’s ways? There is obviously reasoning behind this dedicated factory, we just don’t see its real-life purpose just yet.

On an aside, Lamborghini reps are also touting the construction of the building itself, as it is the first ever multi-story industrial building that earned a “Class A” energy certification. So, not only will this building build some of the baddest concept cars ever made, but it will conserve energy in the process.

For the most part, custom cars are a thing of beauty. This latest example offered up by RK Motorsports Charlotte is no exception to that rule. This beastly hunk of metal before you is a 1950 Chevrolet Deluxe coupe that is fully restored and customized to within an inch of its life.

Front to tail, side to side, on the inside and under the hood have all been touched one way or another with the help of numerous custom car shops and custom fabricators. And it all seems to come together is absolute harmony, making a stunning looking piece.

One thing that we know is that a custom car may also be very deceiving, as some people “customize” their cars to hide severe flaws, or the customization itself is severely flawed. The question begging to be answered is whether this 1950 Chevy Deluxe is the real deal or just another poorly thrown together custom rod that looks good from far away.

Click past the jump to read our full review and find out.

Posted on by Brad Anderson 0

Sergio Pininfarina, the former chairman of the legendary Italian design firm, Pininfarina , has passed away at age 85 at him home in Turin, Italy on Tuesday.

The Italian design firm formed in 1930 by Sergio’s father, Battista “Pinin” Farina, has designed many of the classic Ferrari’s throughout the decades, with the recently retired 599 GTB Fiorano and the present 458 Italia both being created by the firm.

A host of other Italian cars have also been designed by Pininfarina, including the Alfa Romeo Brera still in production with Pininfarina’s very first mass-produced design being the Alfa Romeo 8C 2300 of 1933. Since then, the company has gone on to bigger and better things, despite the brand having to recently stop producing cars and instead focus solely on the design side of affairs. Other notable companies affiliated with Pininfarina include Cadillac and Volvo.

Sergio Pininfarina took over as chairman of the company in 1966, after his father’s death, and he’s survived by his wife of 60 years and their two children.

I am a huge fan of the Chevelle and it’s definitely my favorite muscle car, but there is a limit to my love, and that limit stops after the 1972 model year. Not only did the Chevelle get strangled by 1973 Emission regulations, but Chevy also gave the Chevelle a very poor redesign. Those two happenings were pretty much the death of the Chevelle and ultimately resulted in most of us not thinking of the Chevelle beyond its first and second generations.

So when we read about a third-gen Chevelle that has been modified and restored, we just have to have a look. Big Muscle gave us a great look at Sean Rich’s 1973 Chevelle Pro Touring and we received a nice surprise.

Under the hood is a bad-ass 350 cubic-inch V-8 that’s good for about 400 ponies, which is just enough to give this 4,000-pound sedan a little pop, but not enough to get you into trouble. It also boasts 17 x 9-inch Crager Soft-8 wheels on the front, wrapped in 285/40R17 tires and 17 x 10.5-inch Crager Soft-8 wheels on the rear with 315/35R17 tires. All of that extra meat helps this massive sled actually take corners with some confidence.

In addition, Rich installed 6-piston front calipers, but left the rear drum brakes. He also installed a Tremec T-56 transmission to toss those 400 ponies to the rear wheels.

What really sets this car off is its dark theme. It boasts a coat of perfectly laid dark grey paint and the rims are a very similar dark grey color. This allows the Chevelle to look good without adding too much focus on the awkward 1973 styling. It’s a far better choice of color than the bright yellow that Rich originally painted it, that’s for sure.

Check out the above video to see Big Muscle’s full piece on the car. It is definitely worth spending 12 minutes to watch.

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