Anglewinder Motor Mount Type C Black Arrow 3D SLS

Technical Optimisation of the Transmission with SLS Technology

The pursuit of mechanical efficiency in slot racing leads us to solutions where manufacturing precision is paramount. This cradle in anglewinder configuration, developed by Black Arrow, has been produced using a selective laser sintering (SLS) process. This 3D manufacturing method not only provides an excellent surface finish but also delivers exceptional rigidity, crucial for avoiding unwanted flex under load during intense accelerations.

Precision Designed for Bearings

Unlike conventional chassis, this piece has been specifically optimised to house ball bearings. The use of bearings instead of traditional bushings reduces the coefficient of friction, allowing the rear axle to rotate with astonishing freedom. This improvement translates into greater inertia and, above all, a more direct power transfer from the pinion to the crown gear, enabling the full potential of the most demanding motors on the market to be harnessed.

Reliability for Professional Tuning

The Type C design of this chassis offers balanced dynamic behaviour, ideal for both high-speed circuits and rally stages with high traction demands. Its architecture allows for a perfect adjustment of the motor-axle assembly, eliminating vibrations that could compromise the stability of the car. By installing this cradle in your slot car, you will immediately notice an improvement in smoothness and consistency of lap times, as mechanical stability is the foundation upon which track victory is built.

This Black Arrow Type C anglewinder motor pod is a high-performance component engineered for competitive slot car racing. Manufactured using 3D SLS technology, it provides superior structural rigidity and is specifically designed for use with ball bearings to minimise friction and enhance drivetrain efficiency. Its precise design ensures optimal motor alignment and reduced vibration, making it an essential upgrade for racers looking to improve track performance, traction, and overall reliability in 1/32 scale competition.