TIGHT CORNER 20x20 – Structural Sim Racing Corner Bracket for Aluminium Profile – STL

Über dieses Modell

TIGHT CORNER is a structural 90° bracket designed specifically for aluminium-profile sim racing cockpits. Rather than reproducing the shape of a conventional metal corner bracket, Tight Corner was developed specifically around the possibilities of additive manufacturing. Its geometry combines parametric modelling, generative design principles and physical prototyping to create a component that is both functional and visually distinctive. The material is concentrated around the mounting points and along the main structural paths, while unnecessary mass is removed through smooth, continuous openings. Key features • Designed for sim racing aluminium-profile structures • Structural 90° corner reinforcement • Organic motorsport-inspired design • Reinforced areas around the fasteners • Smooth transitions designed to reduce local stress concentrations • Optimised for FDM printing • Designed to print as a single part and no support • No assembly required • Suitable for engineering filaments such as PET-CF, PETG-CF, PA-CF and similar materials Tight Corner 20x20 This is the compact version of the Tight Corner family. It is intended for applications where a smaller structural bracket is sufficient while retaining the same design language and structural philosophy as the larger 20x40 model. The model has been developed through several design iterations and physical destructive tests. Particular attention was given to the fastener areas after prototype testing showed these zones to be critical in highly loaded printed brackets. Hardware Designed around M6 hardware. Recommended: • M6 socket-head screws • M6 T-nuts compatible with your aluminium profile Screw length depends on the T-nut and profile used. M6×16 and M6×20 are suitable starting points for most installations. Hardware is not included. IMPORTANT This is a 3D-printable component. Its mechanical performance depends heavily on material, printing orientation, print parameters, filament condition and installation. For heavily loaded or safety-critical applications, validate the printed component for your specific use case.