• Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training
  • Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training
  • Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training
  • Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training
  • Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training
Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training

Compact Design UAV Debugging Platform with Quick-Release Design and Power Supply Protection for Drone Training

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Detailinformationen

Hervorheben:

Compact Design UAV Debugging Platform

,

Quick-Release Design Drone Training Kit

,

Power Supply Protection UAV Adjustment Tool

Produkt-Beschreibung

TTA VIATION Drone Security Guard

The Multiple Degrees of Freedom UAV Debugging Platform is a comprehensive functional testing system specifically designed for light and micro drones, enabling precision flight control PID parameter tuning. This innovative solution addresses challenges faced by educational institutions in drone flight control instruction and PID parameter calibration training, where factors like airspace limitations, venue constraints, environmental conditions, and operational risks often lead to economic losses and safety incidents.

With its compact design, the platform can efficiently conduct flight control and debugging training for drones with a wheelbase under 550mm within a space of less than 1 square meter.

Key Features
Compact Operation Space

The SkyTE TE55 multi-degree-of-freedom UAV whole-machine debugging platform breaks through spatial and airspace limitations, operating in a compact space of less than 0.7 square meters. This system enables comprehensive PID debugging and flight testing for small drones.

Universal Design

The omnidirectional gimbal with super load can make the UAV complete all directions free movement in the test platform, including take-off, landing, rolling, pitching and yawing.

Quick-Release Design

Achieve rapid disassembly and assembly of drones and multi-degree-of-freedom platforms within seconds, saving teachers time during lectures and test personnel time for equipment replacement. It assists students in transitioning from PID debugging from 0 to 1.

Power Supply Protection

The system provides continuous power supply for 24/7 drone flight testing, ensuring unrestricted course scheduling. It features input/output voltage protection, overcurrent, and short-circuit protection.

Safe Guarding

The overall structure is made of sheet metal with matte black paint, and the full protection design ensures the safety of the operators during debugging and flight testing.

Technical Specifications
Outline Dimension 800 * 800 * 1200 mm
Total Weight 28 Kg
Power Supply Input Voltage AC 100-220V 50-60Hz
Limit of Motion X-axis ±25°, Y-axis ±25°, Z-axis 150mm
Motion Direction Lock Three-axis lockable
Supported Device Sizes Wheelbase ≤550mm, propeller ≤12 inches, and the maximum height from the fixed position to the aircraft's highest point ≤200mm

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