01Automotive Mobility82% index
Automotive Mobility
Dominant use is tooling, jigs, and fixtures across all major OEMs. Motorsport and high-performance vehicles use metal AM for functional parts. Mass production remains selective due to cycle time and per-part economics.
AUTOMOTIVE MOBILITY · APPLICATION SHOT
Drivers
- 01Tooling and jig production — fast ROI, low certification burden
- 02Motorsport and performance vehicles where cost is secondary to performance
- 03EV transition creates new thermal management and structural design opportunities
- 04Binder jetting economics improving for volume metal parts
- 05Digital spare parts inventory for legacy vehicles
Barriers
- 01Mass production economics: AM cost per part still 3-20× injection molding at volume
- 02Cycle time: automotive TAKT time incompatible with current AM speeds
- 03Surface finish requirements for interior cosmetic trim
- 04Material qualification for safety-critical components (crash, braking)
Representative parts in production
Manufacturing tooling and jigs (BMW, Ford, VW — FDM reduces lead time 75%+) · Motorsport performance parts (F1 teams: AM titanium brackets, aero parts) · Binder-jetted metal parts (HP Metal Jet with VW, BMW partnerships) · Custom pistons with lattice cooling (Porsche 911 GT2 RS — 10% performance gain) · Lightweight structural brackets (Porsche, BMW) · Digital spare parts for classic/obsolete vehicles