Formula One powered and inspired cars are becoming increasingly popular. The latest is the RB17 hypercar from the minds of one of the most successful F1 car designers of all time: Adrian Newey.
Follow Double Apex on Instagram and Facebook where we share more car content.
I had been mulling around the idea to take on the challenge to design our very own Hypercar, from concept to delivery, for many years and it has been a magnificent project and journey. For it to finally be the day we pull the covers off and see the birth of the RB17, is truly remarkable. The RB17 Hypercar embraces everything we stand for: undeniable power, speed and beauty. It is very adaptable in its abilities, and we made sure to design it as a two seater so that the thrill of driving at F1 speeds can be enjoyed with a friend or partner.
– Adrian Newey, group chief technical officer
Buy now and take advantage of free delivery in South Africa on orders over R349.
The Best Unleashed
F1 designer Adrian Newey has designed some of the more successful racecars in the sport over the last two decades. You can learn more about is career by clicking this link. The Brit drew on his extensive experience in this field to create, what is billed as, the ulitmate track car. The limited edition RB17 hypercar has been designed without being constrained by any ruleset.
Click here to check out road cars with racing-derived engines.
The RB17 hypercar is based around a carbon-fibre monocoque. It features a mid-mounted V10 engine that is red lined at 15 000 r/min. It is said to produce in excess of 900 kW. The engine was designed by the Formula One outfit and will be built by Cosworth. The naturally aspirated motor is a stressed member, ie the gearbox and rear suspension are mounted directly to the engine.
A carbon fibre gearbox sends power to the rear wheels. All up the RB17 is said to weigh less than 900 kg. There is a great deal of active aerodynamics at play, something which isn’t allowed in F1 at the moment. As a result, the RB17 produces more than double its mass in downforce. Simulations show that it will deliver F1-equivalent lap times and top speeds in excess of 350 km/h.
Leave A Comment