The universal stand is designed to test drones and measuring thrust from 7 inches in size. The universal mounting on the racks allows you to fix frames of different models and manufacturers, such as iFlight, Diatone, Mark IV, APEX, etc. The stand is attached to a tabletop up to 5 cm thick with two metal clamps. To measure the lifting force of the drone, an electronic gauge is installed in special hooks.
Features
Designed for testing drones from 7 inches in size
The stand can be used to test the lift of a drone or to test pitch, yaw, and roll control systems
The design allows the drone to be positioned in three planes: pitch (12 degrees), yaw (360 degrees) and roll (15 degrees)
The range of measured lifting force is from 0 to 50 kg
Compatible with frames from various manufacturers, such as iFlight, Diatone, Mark IV, APEX, etc.
The stand is made of stainless steel and aluminum
Specification
Positioning of the drone in three planes:
Pitch: in the range of 12 degrees
Yaw: in the range: 360 degrees
Roll: within 15 degrees
Measured lifting force range: from 0 to 50 kg
Material: stainless steel, aluminum
Dimensions: 250*250*400mm
Weight of the stand: 1600g
Package
1 x stand
2 x metal clamp
1 x digital cantor
Instructions for use:
To test the drone you need:
Attach the stand to the table with two clamps.
Secure the drone on the stand between the posts using wing nuts. The posts on the stand are set according to the geometry of the drone frame.
The stand can be used in two ways:
1. Measurement of the lifting force of the drone. To do this, attach the stand to the table with two clamps. Install the electronic cantor between the fixed and movable parts of the stand using special hooks, as shown in the photo. Turn on the gimbal. Start the drone in the vertical lift mode. Take the readings of the electronic cantilever. The lifting force of the drone is equal to the mark on the gimbal, to which the weight of the moving part of the stand must be added, which is ~1.05 kg.
2. Check the drone's pitch, yaw, and roll control systems. For this test, the same steps are required as for the lift test, except for the installation of the cantor. This allows you to check the maneuverability of the drone within the ranges specified in the technical specifications.
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