HF101N Coaxial Dual-Rotor Industrial UAV with 1.2kg Payload and 22min Flight Time

The HF101N coaxial dual-rotor UAV represents advanced drone technology designed for industrial applications. Its unique coaxial rotor system provides superior stability and control, with counter-rotating blades that cancel out torque effects for smooth operation.

Featuring a cylindrical fuselage design, the HF101N achieves excellent aerodynamic performance while minimizing air resistance. The compact structure folds down to just φ140mm×840mm for easy transport, expanding to φ580mm×900mm when operational with landing legs deployed.

At the heart of this industrial UAV is a powerful AI processing chip that enables semi-autonomous mission execution. The modular design ensures easy maintenance and customization for specific operational requirements. With multiple positioning systems including GPS, BeiDou, and GLONASS, the HF101N delivers precise navigation and ±0.5m hovering accuracy.

The drone's performance specifications make it ideal for demanding industrial environments. It can operate in temperatures ranging from -10°C to +60°C and withstand wind resistance up to level 6. While not fully waterproof (IPX0 rated), its robust construction handles challenging weather conditions.

With a maximum take-off weight of 7.8kg, the HF101N carries payloads up to 1.2kg while maintaining excellent flight characteristics. The economic cruising speed of 8m/s ensures efficient operation, with a maximum speed capability of 16m/s when needed. Its practical ceiling reaches 4500m, suitable for various industrial inspection and monitoring tasks.

The HF101N's endurance varies based on payload: 22 minutes with no payload under standard conditions, reducing to 15 minutes when carrying the maximum 1.2kg payload. This balance between performance and flight time makes it versatile for different mission profiles in industrial settings.