EOLO 1038 (10x3.8) Propeller Composite Material For Matched Fixed-Wing Drone Industrial UAV VTOL High-Efficiency Propulsion 2Pairs

The EOLO 1038 reinforced cruise propeller is a specialized hardware solution designed for 10-inch Fixed-wing and VTOL Drone platforms. This product aims to improve the Thrust-to-Watt Ratio under cruise-speed constraints, optimizing the energy distribution logic of the propulsion platform. The torque leverage is physically aligned with A2212 stator magnetic fields, with physical tolerances held within ±0.01mm to significantly reduce resonance during high-efficiency . Built with grade composite materials, the system matches endurance demands while optimizing laminar flow. Every unit undergoes factory dynamic to eliminate vibration and improve stability during Drone mission deployment.Technical SpecificationsModel Number: EOLO 1038 SeriesDimensions: 10 * 3.8 inch Count: 2 Material: Composite MaterialTolerance: ±0.01mm (Dynamic Balance Optimization)Platform: F450 / VTOL Drone / Industrial UAVMotor Match: A2212 / 2216 SeriesApplication: Propulsion Maintenance and Technical UpgradePackage List: EOLO 1038 CW Propeller 2PCS, EOLO 1038 CCW Propeller 2PCS

• Structural Craftsmanship: Built with reinforced composite material and an EOLO aerodynamic profile. The torque leverage is physically aligned with A2212 stators to limit flex.
• Alignment Specifications: The 10x3.8 pitch is calibrated for 3-4S Drone propulsion systems. Mass distribution matches laminar flow requirements for a stable long-endurance flight profile.
• Spatial Architecture: Engineered for VTOL and Fixed-wing Drone platforms. Physical tolerances are held within ±0.01mm to mitigate resonance effects and optimize the Thrust-to-Watt Ratio.
• Mounting Compatibility: Standard interface matches 2212/2216 Drone motors. The reinforced hub structure provides mechanical locking redundancy for optimized energy distribution logic.
• Mission Readiness: Professional-grade propulsion core for technical maintenance. Provides 2Pairs (2CW+2CCW) for precise alignment, aiming for consistent thrust and stability in cruise missions.