FAIRING DESIGN BEST PRACTICES IN USE: 3D SCANNING, CAD-ENGINEERING AND VIRTUAL WIND TUNNEL (CFD) SIMULATION FOR OPTIMAL AERODYNAMIC PERFORMANCE.
3D scanning leads us to the high-precision digital data for subsequent design.
An individual approach is the main source of quick and accurate parts engineering in polygonal 3D and CAD modeling.
We calculate aerodynamic properties of fairings during design process, using a simulation, performed in a virtual wind tunnel(CFD).
THE SECOND STAGE
TOOLING AND MOLDS PRODUCTION. CARBON FIBER MATERIALS IN 3D PRINTING FOR REDUCED PRODUCTION TIME.
We use autoclave molding technology and top-quality carbon and glass prepregs for ours molds.
Combination of innovative 3D printing and high-precision milling makes us flexible in creating tooling and allow to create new products on shortest notice.
IS THE FAIRINGS PRODUCTION.
The use of self-manufactured carbon and glass prepregs within autoclave molding process makes our fairings highly strength and impact resistant.
We use combination of reinforced composites and self-manufactured prepregs, based on superior aviation technology-autoclave molding for the top-quality AIR FORCE products.
Individual customization and dyeing are available upon request. For your convenience the only thing left for you to do before racing it’s fitting your new fairing kit.