Andretti and Velo3D Team Up to Put Metal 3D Printing in the Cockpit

Why It Matters

The partnership proves metal 3‑D printing can meet performance‑critical automotive demands, accelerating broader industry adoption, while giving Velo3D high‑visibility validation and a platform to win new industrial contracts.

Key Takeaways

• Velo3D supplies aluminum bracket for Andretti’s No. 43 Porsche cockpit.
• Bracket uses Constellium Aheadd CP1 alloy, optimized via generative design.
• Partnership gives Velo3D live‑track validation and brand exposure.
• Motorsports increasingly adopt 3D printing, cutting part costs dramatically.
• Andretti’s collaboration builds on prior 3D‑printing ties with Stratasys and PWR.

Pulse Analysis

The Andretti‑Velo3D alliance brings metal additive manufacturing onto the front‑row of a high‑profile racing series. By fabricating an aluminum radio‑controls mounting bracket from Constellium’s Aheadd CP1 alloy, Velo3D demonstrates how generative‑design tools can strip unnecessary mass while preserving strength, a balance critical for both speed and durability. The live‑track environment forces rapid iteration and real‑world stress testing, offering Velo3D data that far exceeds laboratory simulations and positioning the company as a go‑to supplier for performance‑driven sectors such as aerospace and defense.

Motorsport has evolved into a proving ground for 3D‑printing technologies, delivering tangible cost and weight benefits. Teams like LEGACY MOTOR CLUB have slashed part costs from roughly $1,900 to $471 by printing components in‑house, while F1 outfits such as BWT Alpine and McLaren produce tens of thousands of printed parts annually for aerodynamic and cooling applications. These examples illustrate a broader industry shift: additive manufacturing is no longer a niche prototyping tool but a production‑grade solution that can accelerate development cycles and reduce supply‑chain dependencies.

For Velo3D, the Andretti partnership is a strategic escalation from supplier to named partner, amplifying brand visibility and providing a high‑stakes validation platform. Success on the track can translate into credibility with OEMs seeking lightweight, high‑strength metal parts, potentially unlocking new contracts in automotive, aerospace, and defense markets. As the racing community continues to embrace digital design and additive processes, Velo3D’s early foothold positions it to capture a growing share of the industrial 3D‑printing market.