Sinomux T280 main view
Sinomux T280 view 2
Sinomux T280 view 3
Sinomux T280 view 4

Sinomux T280

The rotor downwash generated by the fuel-powered drone enhances crop penetration during pesticide spraying, improving pest control effectiveness. The Shitian SAS agricultural spraying system utilizes the engine's pulse principle and a patented catalyst to atomize the liquid into 20–50 microns, achieving eco-friendly mist spraying. This ensures even leaf coverage and reduces pesticide residue in soil. The engine TBO is 500 hours, offering high stability. The flight control system is developed in collaboration with top domestic and international manufacturers, using mature, customized, and modular control boards. The gearbox meets airworthiness standards, is structurally optimized using finite element analysis and bench life testing to achieve high torque, high power, and lightweight design. The aircraft offers high reliability and a service life of up to 30,000 hours. The rotor and flight platform adopt a multi-level protection architecture to enhance operational safety and extend overall lifespan.

Key Specifications
Flight Time120Kg-2h / 80Kg-4h
Payload120 KG
Service Ceiling3000 M
Communication Range100 KM
Key Features
Precise and efficient plant protection (20–50 μm mist spraying)
Modular flight control system
Full life cycle propeller hub system
Folding tail pipe
Full life propeller hub system
Titanium alloy body
Up to 30,000-hour aircraft lifespan
Four-stroke EFI water-cooled engine
2.3m storage size

Complete Specifications

Bare Weight (excluding Fuel)150 KG
Max Takeoff Weight280 KG
Payload Capacity120 KG
Standard Fuel Tank24 L
Flight Time120Kg-2h / 80Kg-4h
Out of Ground Effect Hover2500 M
Service Ceiling3000 M
Maximum Flight Speed120 KM/H
Cruising Speed100 KM/H
Communication Range100 KM
Deployed DimensionsL 5260 × W 1160 × H 1528 MM
Length After Propeller Removal2635 MM
Payload Length100 MM
Payload WidthUpper: 600 MM; Lower: 1000 MM
Power SystemFour-stroke engine 57KW (gasoline 95#)
Flight Control SystemRemote Control and Autonomous Flight