Cutting-Edge Propulsion Systems for UAVs: Drone Motors, ESCs, and Propellers
HEP‑L Series Drone Propellers Ultra-Light Carbon Fiber Propellers for Long-Endurance UAV Platforms
HEP‑L Series Drone Propellers

Ultra-Light Carbon Fiber Propellers for Long-Endurance UAV Platforms

Visit Website Contact
Saved
Save
HEP‑L Series Drone Propellers

The HEP-L Series from T-MOTOR is a range of high-performance carbon fiber propellers engineered for long-endurance multirotor UAV operations.

Designed specifically for compatibility with T-MOTOR high-efficiency motors, the propellers are optimized to deliver balanced RPM and torque characteristics for improved hover efficiency and stable thrust generation. The HEP-L 26×8.8 variant supports recommended operating speeds of 2380 to 2650 RPM with a thrust range of 2.3 to 3.5 kg, making it suitable for professional unmanned aircraft requiring efficient and reliable propulsion performance.

Constructed using industrial-grade lightweight manufacturing processes, the HEP-L 26×8.8 propeller weighs approximately 53 g while maintaining structural durability for demanding flight environments. Aerodynamic refinements improve hovering efficiency and can extend effective flight endurance by up to 3%, supporting multirotor UAV flight times of approximately 60 to 90 minutes when paired with compatible T-MOTOR efficiency motors.

A reinforced high-toughness resin surface and damage-tolerant design help reduce micro-damage propagation and improve operational reliability. Under identical 6J impact conditions, the HEP-L design demonstrates a measured impact depth of 1.93 mm compared to 2.54 mm for NS propellers, providing approximately 24% greater impact resistance.

Single Propeller Weight 53g
Recommended RPM Range 2380-2650 RPM
Recommended Thrust Range 2.3-3.5kg
Recommended Voltage 12S
Recommended Takeoff Weight for Quadcopter 15kg
Advancing Unmanned Systems Through Strategic Collaboration UST works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive unmanned systems capabilities forward.