McLaren Hybrid Tests on the Space Shuttle Runway
Yes, if you’re going to test a car that goes 250 mph, odds are you want something straight and smooth to run it on
#hybrid
The McLaren Speedtail in-becoming. If nothing else, a wonderful image. (Photos: McLaren)
The image above is the McLaren Hyper-GT prototype ‘XP2’, a.k.a., Speedtail. The vehicle, which has just started production at the McLaren Production Center in Woking, UK, has just completed high-speed validation testing at the Johnny Bohmer Proving Grounds at the Kennedy Space Center in Florida.
“The what?” you might wonder. (We did.)
Turns out that NASA built a runway for the Space Shuttle. It is three miles long and is so flat there is just 0.25-inch difference end-to-end.
And now it can be used for high-speed testing.
In the case of McLaren, test driver Kenny Brack ran the car at up to 250 mph on the track more than 30 times.
The Speedtail, which has a carbon fiber body and is the most aerodynamically efficient McLaren ever built, is a hybrid. A hybrid that produces 1,055 hp and 848 lb-ft.
It has a straight-line acceleration (which is what the runway is all about) of 0 to 186 mph in less than 13 seconds and the aforementioned top speed of 250 mph.
This is a plug-in hybrid except that it doesn’t have a plug: it uses inductive, or wireless, charging for the battery.
Incidentally: there will be just 106 of these vehicles built.
RELATED CONTENT
-
On EVs, Tires, and Batteries
Building batteries, testing tires, autonomous rides, carbon-oriented design and execution, and a composite Jeep component explained.
-
On Audi's Design, Smart Sedans, Safe Scooters and more
What is Audi doing for its design future? How many sensors makes a sedan “smart”? What makes an e-scooter safer? What does Akio Toyoda say about racing, and what is a Lexus named after the Fuji Speedway like to drive? Why is Brembo in Silicon Valley? How many EVs are being purchased? What defines a gasoline “superuser”? What can Allison’s new transmission for the construction and mining markets do?
-
Creating a Low-Cost Chassis Architecture
The engineers at Zenos Cars have combined recycled carbon fiber, drinking straws and aluminum to create a chassis for a low-volume sports car.