Aston Martin Valkyrie

Vehicle Overview

The Aston Martin Valkyrie is the ultimate hypercar co-developed by British ultra-luxury marque Aston Martin and Red Bull Advanced Technologies, standing as the brand's most powerful and technologically extreme road-going model to date. The Valkyrie moniker draws inspiration from the warrior maidens of Norse mythology. Initiated in 2016 under the codename "AM-RB 001", the project saw legendary F1 designer Adrian Newey spearhead its aerodynamic design, conceived to deliver a "road-legal F1 car" free from circuit constraints. Production is strictly limited to 150 units worldwide, with each car hand-built by a specialist technical team requiring over 2,000 build hours. The standard model commands a base price of approximately USD 3.2 million (around RM23,000,000), with the entire 150-unit allocation snapped up almost immediately after its debut. Dimensions vary across variants, while dry weight is rated at approximately 1,270 kg.

Beyond the standard coupe, the Valkyrie lineup comprises several bespoke iterations: the Valkyrie Spider (open-top variant, limited to 85 units), the Valkyrie AMR Pro (track-only special, limited to 25 units), and the road-legal Le Mans racer-based Valkyrie LM unveiled in 2025 (limited to just 10 units).

Design Language

The Valkyrie’s exterior design is dictated purely by extreme aerodynamic efficiency. Up front, a low-slung, concave nose is flanked by an aggressive front splitter and wheel arch ventilation ducts. The flanks are sculpted with intricate carbon-fibre aero vanes, bisected by prominent longitudinal aero fins running along the body. The rear is dominated by an imposing swan-neck active rear wing and an oversized underbody diffuser. Door configurations differ across the range: the Valkyrie Spider employs dihedral butterfly doors, whereas the coupe features roof-hinged gullwing doors. The vehicle features a full carbon-fibre monocoque and body structure with structural aluminium inserts. Meanwhile, the Valkyrie LM retains all the distinct styling cues of its Le Mans racing counterpart.

Inside, the driver-focused cockpit is draped extensively in lightweight carbon fibre and Alcantara. The fixed seating surfaces are integrated directly into the carbon-fibre tub. A detachable, motorsport-style rectangular steering wheel houses the majority of driving controls alongside an integrated OLED screen. For the Valkyrie LM, the switchgear has been reconfigured to provide more intuitive controls suited for track-day use.

Powertrain & Performance

Powering the Valkyrie is a bespoke Cosworth-developed 6.5-litre naturally aspirated V12 engine revving up to a staggering 11,100 rpm. This is paired with a hybrid system comprising a 120 kW electric motor and a 1.2 kWh lithium-ion battery pack engineered by Rimac. In standard trim, the powertrain serves up a combined output of 1,055 PS and 880 Nm of peak torque, with select variants pushing up to 1,155 hp. Drive is sent to the rear wheels via a 7-speed sequential transmission managed by a shift-by-wire system. The century sprint (0-100 km/h) is dispatched in under 2.5 seconds, en route to a top speed in excess of 400 km/h. Unshackled by motorsport homologation rules, the Valkyrie LM delivers even greater output than the full-race version. Combined fuel consumption on the WLTP cycle is rated at 24.08 L/100 km.

Chassis & Handling

Underpinning the hypercar is a lightweight carbon-fibre monocoque bolted to front and rear aluminium subframes. Suspension duties are handled by an independent front and rear double-wishbone layout, fitted with composite torsion bar springs, active dampers, and active ride-height actuators. Mirroring F1 suspension architecture, it adopts a motorsport-derived pushrod configuration. Stopping power comes courtesy of CCM-R carbon-ceramic brake discs (420 mm front, 385 mm rear) clamped by six-piston callipers all round. It rides on Michelin Pilot Sport Cup 2 tyres, sized 265/35 ZR20 at the front and 325/30 ZR21 at the rear. The Valkyrie can pull cornering forces exceeding 3.3 G and deliver up to 1.9 G of deceleration under hard braking. The Valkyrie LM carries over the exact front and rear suspension geometry from the Le Mans race car.

Cockpit & Equipment

The cockpit adopts a reclined, feet-up driving position reminiscent of an F1 cockpit. The cabin is intimately packaged with no rear windscreen, relying instead on a triple-camera setup feeding real-time rearward footage to digital displays. Structural carbon-fibre bucket seats come standard with four-point harnesses, with six-point harnesses available as an option. The Valkyrie LM is fitted with FIA-spec six-point harnesses and an integrated on-board fire suppression system. Instrumentation and telemetry are distributed between the steering wheel's OLED screen and a central display unit. Through the Q by Aston Martin bespoke division, owners can commission custom exterior liveries and tailor cabin trim to their exact preferences.

Safety & Driver Assistance

On the safety front, the Valkyrie is equipped with adjustable Dynamic Stability Control (DSC), Anti-lock Braking System (ABS), Emergency Brake Assist (EBA), and switchable Traction Control (TC), supported by brake torque vectoring. In 2024, the NHTSA issued a safety recall affecting seven Valkyrie units over a potential compatibility issue involving the brake master cylinder seals and the electronic stability control system. Being a purebred driver’s machine, the Valkyrie omits conventional Advanced Driver Assistance Systems (ADAS).

Market Performance & Reception

Since its arrival, the Valkyrie has cemented an unrivalled standing in the hypercar stratosphere through its uncompromised "road-legal F1 car" ethos. All 150 coupes and 85 Spiders were sold out in short order following launch. The 10-unit ultra-exclusive Valkyrie LM introduced in 2025 carries a price tag in excess of RM23,000,000, with customer deliveries slated to commence in Q2 2026. The Valkyrie is widely revered alongside benchmark hypercars such as the Mercedes-AMG ONE and Ferrari FXX-K. With its radical aero efficiency, screaming naturally aspirated V12, and purebred F1 chassis dynamics, it stands as a pinnacle of modern automotive engineering.