AM-RB 001_01

Aiming to surpass the performance of cars such as the Ferrari LaFerrari, Porsche 918 Spyder and McLaren P1, Aston Martin’s hypercar collaboration with Red Bull – the AM-RB 001 – aims to reach 320 km/h from a standstill in 10 seconds, with the help of advanced aerodynamics and suspension system.

“The key will be the car’s active suspension,” said Adrian Newey, legendary F1 car designer who crafted Red Bull Racing’s championship-winning cars. “Nothing remotely like it has ever been tried on a road car. The numbers we are getting in the simulation are amazing,” said special operations chief David King. As seen here, the lack of external mirrors further aids aerodynamics; rearward vision is helped by rear-facing cameras which provide a feed to a screen inside the car.

AM-RB 001_02

The 10-second run to 320 km/h is made possible by 1,995 kg of downforce thanks to the car’s airflow management, courtesy of a double-decker front splitter and an underbody which works the air to the best effect at speed. Of course, sheer brute force and a lack of weight help it along the way: a 1:1 power-to-weight ratio is expected, with the car expected to weigh in under one tonne, which implies output from its bespoke, naturally aspirated V12 engine to be over 900 hp. The Vulcan‘s V12 already makes over 800 hp, after all.

Production run is expected to total 175 units, with 150 intended for road use and 25 units destined for a life on closed circuits. The latter, track-only version is said to have the performance of an LMP1 endurance racer. When it does go into production, the AM-RB 001 will be built at the Gaydon plant in the same facility used to assemble Aston’s previous hypercar, the One-77.

Competition between this and Mercedes-AMG’s F1-powered hypercar will be exciting indeed. Which side will you be backing?

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