The New Aston Martin Valhalla

The latest ‘F1-inspired’ road car is the Aston Martin Valhalla, the so-called ‘son of Valkyrie’, which the British marque is currently in the throes of polishing up ready for production. Like the Valkyrie and indeed the Mercedes-AMG One, this is another hypercar with direct input from in-house F1 talent – the folks that prepare Fernando Alonso’s weekend wheels.  Exactly the nature of that input is what Aston has gone to the effort of clarifying with us today as well as showing off more of the car’s interior and confirming more powertrain details.

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Aston Martin Valhalla – four-wheel-drive 1,012PS hybrid hypercar

We’ll address the latter first because, well, the numbers are quite exciting. We knew it was going to use a version of the four-litre flat-plane crank hot-V twin-turbo V8 from the AMG GT Black Series, in combination with a hybrid system. What we didn’t know was the exact make-up and output of the powertrain as a whole.

The engine will be working in tandem with three e-motors – two on the front axle and one in the transmission – to deliver a 1,012PS (744kW) system output to all four wheels. Yes, the Valhalla will be all-wheel drive, with the front electric motors handling reverse gear in addition to the transmission e-motor handling engine fire-up duties and ancillaries. The use of twin motors up front also opens up a world of possibilities in terms of torque vectoring.

It’s important to stress again that, unlike the Valkyrie, the Valhalla will be a series production car, offering performance, technology, but also general availability to match the Lamborghini Revuelto and Ferrari SF90. The F1 technical crossover comes courtesy of Aston Martin Performance Technologies, the consulting arm of the F1 constructor, with dynamics, aerodynamics and materials being the three key areas of development.

In terms of dynamics, more and more development is taking place in simulators, with the Valhalla taking shape up to 90 per cent completion virtually, before physical prototype verification begins. Speaking most to how much you can get done virtually now is the fact that the first road-going prototypes won’t hit the road until nearer the end of the year, even though production is expected to begin in 2024.