Walkera AG16 Agricultural Hybrid oil-electric plant protection UAV Drone 12L RTK IP45 Load Flight Time 30 mins

Walkera AG16 Agricultural Hybrid oil-electric plant protection UAV Drone 12L RTK IP45 Load Flight Time 30 mins

$15799.00 - $16499.00/piece

Min. Order:: 1 piece

Min. Order:: 1 piece

Port:: Shenzhen

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Basic Info

Supply Ability:	30 Piece/Pieces per Month
Payment Type:	Western Union,T/T,MoneyGram,paypal
Port:	Shenzhen

Product Description

Walkera AG16 Agricultural Hybrid oil-electric plant protection UAV Drone 12L RTK IP45 Load Flight Time 30 minsFarm

Product Description

Brand Name:Walkera	oil-electric plant protection UAV	Rated capacity:12L
Fuel tank capacity:3L	Max. flight altitude:4000m	Max. takeoff weigh:42.6KG

The AG16 hybrid is powered by an advanced Gasoline engine with generator integrated power supply technology, combine the advantages of oil and electricity. Oil power generation, The retention of high fuel energy. The electric drive rotor retains the characteristics of flexible and stable operation of electric drive. Max.Equipped with avionics redundant design, under special circumstances, emergency landing can be carried out to ensure flight safety. Fully loaded with 12 liters of liquid medicine/3 liters of fuel, the flight time is 30 minutes,extra long flight time effectively ensures operation efficiency

The six machine arms of AG16 oil-electric hybrid UAV adopt encircle folding design, which is compact and firm.

which is convenient for daily transportation and assembly while ensuring structural strength demand, reduces

the occupied area of the aircraft, reduces the difficulty of packing and saves the assembly time for the staff, and

greatly reduces the requirements on the transport tools.

AG16 engine with water cooling system

The AG16 hybrid agriculture plant protection UAV uses a water-cooled engine with a liquid-cooled engine, which circulates liquid through pipes and channels in the engine. As the liquid flows through the hot engine, it absorbs heat, which lowers the temperature of the engine, This lowers the temperature of the engine. After the liquid flows through the engine, it flows to the heat exchanger (or radiator),The heat in the liquid passes through the heat exchanger and is then radiated into the air by the drone's down-pressure wind field, making heat dissipation more efficient.