So, I’ve owned a Mavic Pro and a Skydio2, but neither have been very effective for my niche self-tracking application. I wing foil where I launch from shore and ride around for awhile with the drone tracking me. Beyond reliable tracking, a key requirement for the drone is to have an auto-return-to-home function so that when it reaches a certain battery level it returns and lands at the home-point (takeoff location) with no required input from me. Obstacle avoidance is not all that critical for this application, other than not flying into the water!
Right now I use my trusty old Staaker drone. It has no obstacle avoidance at all but it has a decent gps waterproof beacon that you wear for tracking and a reliable auto-RTH function. I’ve linked a couple of videos showing the Staaker in action. Unfortunately Staaker is no longer produced and supported so when this drone dies I’m back to square one.
Do you think the Mavic 3 might work for my application with Active Track 5 once it’s released? Obviously I can’t bring the controller with me while foiling. I assume it could track the wing fairly reliably and if it lost it (say I crashed) I could always ride back in view for it to lock back on? It would also need a reliable auto-RTH function that kicks in at a predetermined battery level? What do you think? If I got 30 min of flight time in 20 knots of wind, that would be awesome…. Thanks for any input!
Right now I use my trusty old Staaker drone. It has no obstacle avoidance at all but it has a decent gps waterproof beacon that you wear for tracking and a reliable auto-RTH function. I’ve linked a couple of videos showing the Staaker in action. Unfortunately Staaker is no longer produced and supported so when this drone dies I’m back to square one.
Do you think the Mavic 3 might work for my application with Active Track 5 once it’s released? Obviously I can’t bring the controller with me while foiling. I assume it could track the wing fairly reliably and if it lost it (say I crashed) I could always ride back in view for it to lock back on? It would also need a reliable auto-RTH function that kicks in at a predetermined battery level? What do you think? If I got 30 min of flight time in 20 knots of wind, that would be awesome…. Thanks for any input!