Recently our attention has turned to setting up the equipment needed for motor and propeller testing. The RCBenchMark test stands, consisting of a dual-motor stand for Y6 configurations and a single-motor stand, were configured to measure thrust, torque, and vibration.

The first step was reviewing the user manuals to fully understand the setup process and equipment functionality. Next, our team worked on connecting the control panel, installing the sensor inputs, and downloaded the RCBenchMark software to manage motor speed and record performance data. While the system is operational, a power supply issue caused inconsistent motor starts, temporarily halting testing.

In addition to the equipment set up we have been working on constructing a safety cage for these test stands. This cage is critical for protecting against debris during high-speed motor tests. The cage’s primary frame is built from 2-inch aluminum square bars, while the sliding frame for the test stands uses 1.5-inch bars. To securely mount the two frames together, the team drilled, cut, and carefully aligned the components to ensure stability and proper leveling.

To make the cage accessible from the side, we designed doors that fold completely out of the way using custom 3D-printed hinges for smooth opening and closing operation. The accessibility these doors provide is essential for easily reaching the testing equipment. Although the frames are complete, we still need to add chicken wire to the cage for full functionality.

Unfortunately, motor testing cannot begin until the required 14-inch propellers are purchased. This procurement step, along with resolving the power supply issue, will be key milestones before we can proceed with testing.