SHARK UAV PRO

$12,999.00
Shipped from California— delivered in 2–3 business days!
Description
  • Vertical Takeoff and Landing Fixed-Wing UAV
  •  UAV Patrol/Aerial Survey/Carrier/Mapping/Monitoring
  • Overview
    TYI Vertical Takeoff and Landing Fixed-Wing UAV is a multi-purpose UAV. With a replaceable nose design, it can be equipped with orthophoto cameras or oblique cameras for the mapping field, and can also carry electro-optical pods for the monitoring field. The multi-purpose design expands the application range, reduces flight costs, and further liberates and develops productivity.
  • Basic Parameters
  • Wingspan: 2180mm
  • VTOL Arm: 755mm (including motor base)
  • Wing Area: 53dm²
  • Fuselage Height: 255mm (including landing gear)
  • Cruise Speed: 17-22m/s
  • Fuselage Length: 1140mm
  • Aircraft Angle of Attack: 0-2°
  • Wing Incidence Angle: 2.9°
  • Stall Airspeed: 12m/s
  • Transition Airspeed: 14m/s
  • Maximum Climb Angle: 3.5°
  • Maximum Dive Angle: 5°
  • Maximum Roll Angle: 30°
  • Payload: <1kg
  • Takeoff Weight: <7kg
  • Takeoff Altitude: <3000m (above sea level)
  • Ceiling Altitude: 6500m (above sea level)
  • Wind Resistance: Level 5 (normal operation)
  • Takeoff and Landing Method: Vertical Takeoff and Landing
  • Disassembly and Assembly Method: Tool-free Quick Disassembly
  •  V-tail Angle: 28° upward, 20° downward
  • Aileron Angle: 22° upward, 28° downward
  • Operating Temperature: -10℃-50℃
  • Packaging Box Size: 1100350430mm
  • Material: EPO, Carbon Fiber, Aviation Aluminum Alloy, Engineering Plastics, etc.
  • Mapping Endurance: 136min/144km (speed 19m/s, load 600g, battery 6S@22000mah, takeoff weight 6.65kg)
  • Monitoring Endurance: 125min/126km (speed 18m/s, load 450g, battery 6S@22000mah, takeoff weight 6.5kg)
  •  Aerodynamic Efficiency
    The efficient V-tail layout is adopted, and the aerodynamic shapes and relative positions of the wings, tail, and fuselage have been optimized meticulously. The aerodynamic load distribution is reasonable, the lift is increased and the drag is reduced significantly, and the flight efficiency is high.

SHARK UAV PRO

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