FY-VT01 Vertical Take-Off & Landing UAV with Tilting Rotor
FY-VT01
Vertical Take-Off & Landing UAV with Tilting Rotor
FY-VT01 UAV is a tilting vertical take-off and landing fixed-wing UAV built by Guilin Feiyu UAV R&D team for two years. It has a world-leading long-distance self-driving unmanned aerial vehicle system. Perform a variety of air missions such as data collection, coordination of command, search, measurement, communication, detection, detection, and aerial photography. Compared with the traditional rotor and fixed-wing aircraft on the market, the FY-VT01 has multi-rotor maneuverability and vertical take-off and landing capability, combined with the long-life advantages of fixed-wing aircraft, providing longer air time and cruising area for diversified Task application.
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Developed by Feiyu UAV R&D team
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Vertical Take-off and Landing
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Dismontable
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Long Battery Life
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Fly on the designated route
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Active Protection System
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Small Size
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Convenient and Easy to use
Design: Vertical Take-off& Landing Drone with Tilting Motor
The use of tilting motor design on FY-VT01, combined with the advantages of multi-rotor, it can take off and land vertically without any terrain restriction. After switching to fixed-wing mode, it can achieve long-distance and long-time flight. The combination of the multi-rotor and fixed wing, can meet the needs of multiple tasks, such as long-distance patrol or fixed-point monitoring.
Portable and Convenient Disassembled in 5 minutes
The body of the FY-VT01 is modular in design, and the fuselage and wing can be quickly disassembled. The disassembled aircraft parts can be placed in a special aircraft backpack for easy operation and transportation.
Large Payload
The FY-VT01 cabin has a large space reserved for different cameras. High load strength, can carry objects within 1000G.
Mountable device
Orthophoto camera, tilt projection five-lens camera, binocular infrared pod, gas detection pod, etc.
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a7
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a7r
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RX1
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A5000
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A6000
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QX1
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MICASENSE
REDEDGE
Precision Integration, High Reliability
EPO + ABS + carbon fiber, strong structure and light weight.Strictly abide by air design, rigorous testing, long-life industrial grade components, can undertake high-intensity work.
Outstanding Flight Performance
The FY-VT01 adopts an integrated design concept and is designed for aerial survey users to be easy to use. After the rigorous testing of the whole machine, combined with the inertial strapdown attitude digital filtering control algorithm, the flight becomes so simple.
Excellent Protection
All electronic equipment of FY-VT01 is concentrated on one circuit. Even if the plane crashes, the aircraft's aviation EPO foam can also play a good buffering role, reducing the damage to the aircraft ground environment.
Preset Protection Mechanism
Built-in security protection algorithm can provide a number of protection measures, such as: no GPS hovering, no signal automatic return. Effectively avoid dangers.
Developed Independently with Superb Performance
Radio FY-609
AutopilotPandaIII-VT
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FY-609 Radio is a flagship integrated digital radio developed specifically for the surveying and mapping industry and UAV control application environment. It uses frequency hopping technology (FHSS) to support network, point-to-point and point-to-multipoint communication modes. It has the characteristics of small size, light weight, low power consumption, anti-interference and superior performance.
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PandaIII-VT is a flight control system specially developed for the FY-VT01 UAV. Based on the fixed-wing flight control platform, it uses a powerful dual processor and combines advanced redundancy algorithms for multi-dimensional state data fusion to form a safe and reliable three. Degree system. Built-in shock absorption structure, the outer casing adopts CNC data processing technology, and has excellent stability and anti-interference ability. Can be used with a variety of fixed-wing drones, such as: RC (pure manual remote control mode), RPV (semi-self-service control mode), UAV (automatic flight mode) and other flight modes, users can add one more during the flight Free switching mode to meet the job requirements in different environments.
Air traffic monitoring
Forest fire detection
Geographic mapping
Agricultural plant protection
Drought and flood disaster investigation
Power inspection
Border reconnaissance
Fire rescue
(fixed airdrop)
