Skip to main content
Czinger Vehicles is establishing a UK base at MIRA Tech Park to expand its digital manufacturing footprint.
Expansion
1 min read

Czinger Vehicles is establishing a UK base at MIRA Tech Park to expand its digital manufacturing footprint.

Czinger Vehicles
Czinger Vehicles

Application

Originally reported by 3D Printing Industry

Czinger Vehicles is establishing a UK base at MIRA Tech Park to expand its digital manufacturing footprint. By integrating the 1,350 hp 21C hypercar with the UK’s engineering ecosystem, the company is leveraging its 1 billion dollar DAPS platform to consolidate hundreds of parts into 350+ 3D printed structures. This move signals a systemic shift for the industry, validating topology-optimized components for road certification without traditional heavy tooling. 🚗💨 #AdditiveManufacturing #AutomotiveInnovation #3DPrinting #CzingerVehicles #DigitalManufacturing

Explore Czinger VehiclesRead Original

How This Connects

6 related events
  1. Same pattern

    Conflux Technology validated its 3D-printed transmission oil cooler during a full-distance endurance race in a Multimatic Motorsports vehicle.

  2. Same pattern

    Brose is scaling metal additive manufacturing for automotive series production using a custom 8-laser system co-developed with Farsoon Technologies.

  3. This article

    Czinger Vehicles is establishing a UK base at MIRA Tech Park to expand its digital manufacturing footprint.

  4. Same pattern

    Bentley Motors has debuted its first 3d printed platinum components in the Batur Convertible #4, advancing beyond its previous 18k gold applications.

  5. Same pattern

    Ferrari is refining its 2026 F1 Power Unit by integrating advanced Laser Powder Bed Fusion (LPBF) in partnership with Renishaw.

  6. Same pattern

    BLT provided metal 3D-printed body parts and brake calipers for BYD’s Yangwang U9, enabling it to shatter the world speed record at 496.22 km/h.

  7. Same pattern

    CNPC Powder and Brose are converting automotive stamping scrap into iron-based powders for additive manufacturing.