It has been an extended highway for the Aston Martin Valhalla, however it’s a highway that has mild on the finish of the tunnel. We have seen the outside, the inside, and we learn about its V8 hybrid powertrain. Now Aston Martin is sharing a bit extra in regards to the Valhalla’s growth course of. And it most likely comes as no shock that the corporate’s Components 1 expertise is effectively and actually exercised all through the mid-engine carbon fiber supercar.
“It’s a nice benefit for a automobile producer to have entry to the distinctive expertise and information of a Components 1 crew,” stated Claudio Santoni, Aston Martin Efficiency Applied sciences engineering director. “F1 engineers are consistently pushing the boundaries within the pursuit of efficiency and have developed speedy problem-solving instruments. With this information ‘in-house’ we are able to seamlessly carry F1 experience to highway automobile growth.”
What precisely does that imply? For Valhalla, it begins with simulations. The corporate says a full 90 % of Valhalla’s dynamic traits and set-up is all simulation, with simply 10 % coming from sensible testing. That definitely tracks with the automobile’s prolonged growth time – it was first introduced method again in 2019 as a hybrid V6, then upgraded to a hybrid V8 in 2021, and as of now, a road-going model nonetheless is not, effectively, on the highway. That may quickly change, as Aston Martin says a Valhalla shall be working by the tip of the yr.
Aerodynamics account for a good portion of the simulation, and F1 expertise once more serves as the inspiration. The design of the underbody is essential, as that is the place a majority of the downforce will come from. Mixed with totally lively aero options – one thing not allowed in F1 – Aston Martin says the Valhalla could have over 1,322 kilos (600 kilograms) of downforce at 149 mph. It would make the most of lively wings at each the entrance and rear just like the AMR23 race automobile, in addition to small louvers in entrance of the rear wheels that pull air from beneath the automobile, successfully sucking it to the bottom.
A video from 2022 confirmed us Aston Martin’s inside design course of, and now we be taught that F1 affect is right here as effectively. The corporate builds a false flooring for the motive force, so heels are raised whereas the carbon bucket seats are reclined. The purpose is to create a performance-oriented driving place whereas nonetheless sustaining consolation. It is one thing we’re certainly to take a look at ourselves, as F1 automobiles aren’t essentially recognized for being comfy.
F1 automobiles are recognized for being quick, and on that entrance, the Valhalla should not disappoint. You already know in regards to the twin-turbocharged 4.0-liter V8, constructed particularly for this automobile with a flat-plane crank design. You additionally know in regards to the three electrical motors working with it – two on the entrance and one built-in into the transmission. Aston Martin now says the combo makes 997 horsepower, which is a little more than final we heard.
The electrical motors up entrance will enable torque vectoring to be doable, and here is an attention-grabbing tidbit. To avoid wasting weight, there isn’t any reverse gear within the transmission. These entrance motors will deal with reversing duties, and that raises the opportunity of hilarious front-wheel-drive donuts in what shall be a really uncommon, very costly supercar.
![Aston Martin Valhalla](https://cdn.motor1.com/images/static/16x9-tr.png)
10 Pictures
“The information and expertise of the AMF1 crew personnel at Aston Martin Efficiency Applied sciences mixed with the talents and know-how of our highway automobile growth groups has enabled us to carry direct F1 learnings to sportscar growth,” stated Carlo Della Casa, Aston Martin product growth director. “Our goal for Valhalla is to supply a supercar that may set best-in-class requirements for efficiency, dynamics, and driving pleasure.”
999 Valhallas are slated for manufacturing, and if issues keep on schedule, that may start subsequent yr.