Aston Martin Valen Combines Carbon Fiber and 3D-Printed Titanium

Updated on August 17, 2026 • 5 min read

Aston Martin has unveiled the Valen, a limited-production front-engined supercar developed by its Special Vehicle Operations (SVO) division, combining a full carbon fiber body, 3D-printed titanium components and an 850PS twin-turbocharged V12.

Limited to 150 examples, the Valen made its public debut at The Quail during Monterey Car Week 2026. Customer deliveries are scheduled to begin in the second quarter of 2027.

The project joins low-volume Aston Martin models including the Valour, Valiant and DBR22, but the Valen also demonstrates how the company is applying advanced materials and additive manufacturing beyond exterior styling.

Full Carbon Fiber Body Reduces Weight

Carbon fiber plays a central role in the Valen’s construction.

The supercar features a full carbon fiber body, with exposed composite surfaces incorporated into the exterior design. At the rear, Aston Martin replaces a conventional glass rear window with a solid carbon fiber tailgate, which incorporates a 170-liter luggage compartment.

The material strategy extends beyond the bodywork.

According to Aston Martin, the use of carbon fiber together with magnesium wheels, titanium bolts and other lightweight components removes up to 110 kilograms from the core chassis.

Customers can also specify a lightweight suspension package that saves another 16.9 kilograms through machined aluminum suspension arms and knuckles.

Rather than treating carbon fiber solely as a visible styling material, the Valen uses it as part of a broader approach to controlling vehicle mass while maintaining the proportions and performance expected from a front-engined V12 supercar.

3D-Printed Titanium Moves Into Functional Components

Another notable aspect of the Valen is its use of 3D-printed titanium.

The titanium exhaust incorporates four outlets: two lower valved exits and two high-mounted open outlets.

The upper exhaust outlets are produced through additive manufacturing and are designed to alter the acoustic characteristics of the V12. Aston Martin says the configuration increases overall acoustic levels by 50% across changes in engine speed compared with its standard V12 platforms.

Additive manufacturing also moves inside the vehicle.

A 3D-printed titanium matrix structure supports the central console, while perforated titanium components are used elsewhere in the cabin.

This allows additive manufacturing to contribute to both the Valen’s visual identity and the construction of complex, lightweight components.

850PS V12 Powers the Valen

Under the vented carbon fiber bonnet sits Aston Martin’s 5.2-liter twin-turbocharged V12.

The engine produces:

• 850PS (838 hp)
• 1,000 Nm (738 lb-ft) of torque
• 0-60 mph in 3.0 seconds
• 214 mph (344 km/h) electronically limited top speed

Power is transmitted through an eight-speed ZF automatic transmission using shift strategies derived from the Vantage GT4 racing program.

The combination of a high-output V12 with extensive lightweight materials reflects the Valen’s positioning as a low-volume performance project rather than a conventional series-production Aston Martin.

Exterior Design Integrates Aerodynamics and Materials

The Valen’s body combines a low cabin and wide track with a heavily sculpted aerodynamic package.

At the front, a large radiator opening sits beneath recessed headlights, while side strakes manage airflow from the wheel arches toward the rear of the vehicle.

The stepped side sills incorporate saw-tooth vortex generators, while the rear design leaves the wide rear tires visually exposed beneath an upswept tail.

Aston Martin also uses its Satin Andromeda Red finish, incorporating Chromaflair interference pigments that produce changes between red, copper, gold and blue depending on lighting and viewing angle.

Exposed carbon fiber and selected 3D-printed components receive a clear ceramic finish.

Carbon Fiber Continues Into the Cabin

The Valen’s material strategy carries into its driver-focused interior.

Customers can choose between Sports Plus seats and lightweight carbon fiber performance seats, while titanium structures and anodized aluminum controls are used throughout the cockpit.

Aston Martin has also developed variations in upholstery, quilting and carbon fiber weave appearance to create visual transitions across different surfaces.

The result places carbon fiber, titanium, aluminum and advanced manufacturing processes alongside the traditional leather and Alcantara associated with Aston Martin interiors.

Only 150 Aston Martin Valen Cars Will Be Built

Production of the Valen will be limited to 150 units worldwide.

Beyond its exclusivity and V12 performance, the model provides another example of how low-volume supercars are becoming development platforms for advanced materials.

The combination of a full carbon fiber body, magnesium components, lightweight aluminum suspension parts and additively manufactured titanium structures demonstrates how several material and manufacturing technologies can be integrated into a single vehicle rather than relying on carbon fiber alone for weight reduction.

Customer deliveries are expected to start in Q2 2027.

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