Custom Race Car Parts & Motorsport 3D Printing in Montreal.
3DRM Tech helps race teams, performance shops, vehicle builders, engineers and motorsport enthusiasts develop custom ducts, brackets, mounts, aerodynamic prototypes, replacement components, carbon fiber parts and low-volume hardware using 3D printing, CNC machining, CAD and scanning.
When the fastest solution is a part designed specifically for the car.
Motorsport vehicles rarely remain stock. Sensors move, cooling systems change, aerodynamic packages evolve and custom hardware is often needed to connect components that were never designed to work together.
3DRM Tech can combine FDM, SLS and SLA 3D printing, CAD design, CNC machining, carbon fiber composites, 3D scanning and reverse engineering, rapid prototyping and low-volume production.
That makes it possible to move from a one-off prototype to a revised race-ready design and repeat quantities without relying on mass-production tooling for every custom component.
Custom hardware for race cars, performance builds and vehicle development.
Material, temperature, loads, vibration, geometry and location on the vehicle all matter when choosing how a performance component should be made.
Cooling & Brake Ducts
Custom airflow components, cooling ducts and routing geometry designed around available vehicle space.
Aerodynamic Prototypes
Prototype splitters, ducting, fairings, wing-related components and other aerodynamic concepts for development.
Sensor & Camera Mounts
Custom brackets for cameras, data acquisition, sensors and motorsport electronics.
Interior Race Hardware
Custom switch mounts, display housings, brackets, bezels and cockpit components.
Carbon Fiber Components
Composite structures and panels for suitable applications where reducing weight while maintaining stiffness is important.
Adapters & Brackets
Custom mechanical interfaces connecting aftermarket, OEM and purpose-built vehicle hardware.
Machined Performance Parts
Custom metal and engineering-plastic components for suitable motorsport applications.
Obsolete Replacement Parts
Recreate unavailable vehicle components through measurement, scanning, CAD and suitable manufacturing.
Fabrication Jigs & Fixtures
Custom locating, welding, drilling, assembly and fabrication tooling for race-car builds.
Can you 3D print functional parts for a race car?
Yes, for suitable applications. Material, temperature, loads, vibration, mounting and safety requirements must be considered before deciding whether additive manufacturing is appropriate.
What motorsport parts can be 3D printed?
Possible applications include ducts, sensor mounts, brackets, housings, cockpit hardware, adapters, fixtures and prototype aerodynamic components where the material suits the environment.
Explore 3D Printing →Can you make custom brake cooling ducts?
Yes. CAD and 3D printing can be useful for creating custom duct geometry around wheels, suspension, brakes and restricted packaging space.
Explore CAD Design →Can you recreate a discontinued race car part?
Often, yes. Existing components can be measured or scanned, rebuilt as CAD and evaluated for CNC machining, 3D printing or another manufacturing method.
Read the Reverse Engineering Guide →Should a motorsport part be CNC machined or 3D printed?
The answer depends on material, geometry, loads, precision, temperature and quantity. Some components benefit from additive geometry while others are better suited to machining.
Compare 3D Printing & CNC →From vehicle measurement to track-ready prototype.
Start with a CAD file, physical component, vehicle measurement, scan, sketch or simply the problem the new part needs to solve.
Review the Application
Understand location, loads, heat, interfaces, clearances and the part's purpose.
CAD & Packaging
Create or refine the geometry around the vehicle and manufacturing process.
Prototype the Part
Check physical fit, routing, installation and functional requirements.
Revise & Produce
Apply feedback and manufacture the validated design in the required quantity.
Choose the manufacturing process around the part and its environment.
What should I send for a custom race car part?
Send the CAD file, existing component, dimensions, photographs or vehicle information together with what the new part needs to do.
For an existing part with no digital model, see our 3D scanning and reverse engineering service .
Useful guides before ordering custom performance parts.
3D Printing or CNC Machining?
Compare process capabilities before manufacturing a custom mechanical or performance component.
Compare Processes → Materials3D Printing Materials Guide
Compare additive materials for prototypes, functional parts and engineering applications.
Read Materials Guide → Reverse EngineeringRecreate a Part With No Drawings
Learn how physical parts can be scanned, rebuilt in CAD and manufactured again.
Read Guide → CAD · DfAMPrepare CAD for 3D Printing
Review clearances, geometry and design considerations before manufacturing.
Read CAD Guide → PrototypingBenefits of Rapid Prototyping
Understand why physical testing helps reduce development risk before final production.
Read Article → ProductionLow-Volume Production With 3D Printing
Learn when additive manufacturing can make sense for repeat specialized components.
Read Article →Motorsport projects overlap closely with automotive, aerospace, engineering and composites.
Questions about custom race car and performance vehicle parts.
Does 3DRM Tech make custom race car parts in Montreal?
Yes. 3DRM Tech supports motorsport and performance vehicle projects with 3D printing, CAD, CNC machining, scanning, carbon fiber composites and low-volume manufacturing.
Can you 3D print functional motorsport parts?
Yes, for suitable applications. Material, temperature, loads, vibration and safety requirements must be considered before selecting 3D printing for the component.
Can you make custom air or brake ducts?
Yes. Custom CAD and additive manufacturing can be useful for creating complex duct geometry around restricted vehicle packaging.
Can you make carbon fiber race car components?
3DRM Tech provides carbon fiber and composite manufacturing for suitable lightweight performance applications.
Can you recreate an obsolete car part?
Often, yes. Existing parts can be measured or scanned, reconstructed in CAD and evaluated for reproduction using an appropriate manufacturing process.
Can you CNC machine custom motorsport parts?
Yes. CNC machining can be used for suitable aluminum, steel, brass, titanium and engineering-plastic components.
Can you make just one custom race car part?
Yes. Projects can begin with a one-off component or prototype and move into additional quantities after validation.
Can you manufacture safety-critical motorsport components?
Safety-critical parts require project-specific engineering review. Loads, materials, testing, installation and intended use must be considered before deciding whether a manufacturing route is appropriate.
Need a custom component for a race car or performance build?
Send us the CAD file, existing part, vehicle measurements or project requirements. We can help determine whether 3D printing, CNC machining, carbon fiber, scanning or another manufacturing route fits the application.
Request a Motorsport Parts Quote →