UAVOS has successfully implemented an advanced manufacturing method for composite rotor blades: core sintering that requires no additional mechanical processing. This technique precisely forms the blade’s internal structure during production, improving geometric stability, boosting structural reliability, and lowering costs.
Manufactured in-house using UAVOS’s proprietary composite curing oven, the blades undergo strict internal quality control. An independent European laboratory has validated their overload resistance and environmental reliability, confirming suitability for demanding unmanned rotorcraft. The blades offer a proven service life of 3,000 hours.
Built with carbon multi-cross-layer technology, the blades feature the NACA 23012 airfoil for strong aerodynamic efficiency and high-load performance. A 10° blade twist further enhances aerodynamics, reducing fuel consumption and extending flight endurance.
Aliaksei Stratsilatau, Founder and CEO of UAVOS, stated: “As an OEM, we continue to invest in advanced production technologies to deliver high-performance UAV components while maintaining competitive pricing and manufacturing efficiency.”
