The Crazyflie quadrotor performance deteriorates with the increase of experimental time
Posted: Fri Feb 16, 2018 10:46 pm
Hi everyone,
I am using Crazyflie quadrotor as a platform to study the aggressive maneuver of flying robots. I notice that single quadrotor performance deteriorates with the increase of the experimental time.
In the experiments, the quadrotor is commanded to do some high angular speed maneuvers. I find that one quadrotor's performance deteriorates when it has been used many times. And if I switch to a new crazyflie quadrotor without changing the algorithm, the performance is much better than the old robot. I think high speed maneuver is much more sensitive to the hardware aging than the regular flight.
I think this is because the hardware deteriorates as time goes by. I am wondering if there is any possible exact electrical parts or motors responsible for this? Or is there any method to find the exact part where goes wrong?
Thank you.
I am using Crazyflie quadrotor as a platform to study the aggressive maneuver of flying robots. I notice that single quadrotor performance deteriorates with the increase of the experimental time.
In the experiments, the quadrotor is commanded to do some high angular speed maneuvers. I find that one quadrotor's performance deteriorates when it has been used many times. And if I switch to a new crazyflie quadrotor without changing the algorithm, the performance is much better than the old robot. I think high speed maneuver is much more sensitive to the hardware aging than the regular flight.
I think this is because the hardware deteriorates as time goes by. I am wondering if there is any possible exact electrical parts or motors responsible for this? Or is there any method to find the exact part where goes wrong?
Thank you.