Since we , in the USA, can't use those wireless 4G dongles DJI makes, I decided to try the aerial relay method. In my case, I used the M400 as the aerial relay drone, and the M4T as the main mission drone. The most impressive thing I want to tell you all is the M4T mission drone was able to fly to it's max battery limited distance (which i won't say on this forum, I'll let you all find it online). That's all good and dandy, everyone has done range tests, but they have to keep increasing their altitude the further away they get, unless they are on a 9th floor balcony. THE KICKER HERE? I was able to fly from street level, while the M4T mission drone flew at a constant altitude of 75 ft AGL and returned at the same altitude, from it's battery limited range.
Most range testers from street level hit 400 ft or higher to maintain a connetion, thus you can't collect detailed ground DATA because they are too far away (too high) from their areas of interest. With the Matrice 400 hovering above me at 250 ft, the signal was maintained with no signal loss during the entire 75 ft AGL flight. What's also good about being able to stay low, is that the M4T did not lose excess power due to high winds, which occur at higher altitudes. So i was able to save battery, increase distance and stay low to film more detail. Also staying low, lowers risk if hitting manned aircraft, except some heli pilots who fly lower than 75 ft. In addition, the M400 had the DJI ZENMUSE H30T camera on it w 400x zoom., which alowed me to visualize the M4T through its entire flight. The M400 acts like an observation tower as well as a relay station. NOTE: DURING THE M4Ts FLIGHT, THERE WAS NO LOSS OF IMAGE OR CONTROL TRANSMITTION BETWEEN THE M4T AND ITS REMOTE CONTROL UNIT.
IN CONCLUSION, the M4T got longer flight time, longer range, no signal loss, and collected highly detailed low altititude data, at any distance (battery limited) away from its take off point. Also, (better than no VLOS at all) the M400 was able to maintain DIGITAL VLOS using the DJI ZENMUSE H30T's AI assisted TRACKING of the M4T through its entire flight (visualized by 400x zoom). Yes, the M400 was able to track the M4Ts entire 75ft agl flight, assuring constant situational awareness, albeit through digitally tracked live video from the M400, zoomed in and locked onto the M4T through it's AI tracking function.
The future is in AERIAL DRONE RELAY SYSTEMS. No need for cellular dongles.
Digitally/ Electronic AssistedBVLOS supporter. Given AI assisted tracking and clear video of the BVLOS drone and it's surrounding environment. SAY YES, TO DIGITALLY ASSISTED SITUATIONAL AWARENESS.
Most range testers from street level hit 400 ft or higher to maintain a connetion, thus you can't collect detailed ground DATA because they are too far away (too high) from their areas of interest. With the Matrice 400 hovering above me at 250 ft, the signal was maintained with no signal loss during the entire 75 ft AGL flight. What's also good about being able to stay low, is that the M4T did not lose excess power due to high winds, which occur at higher altitudes. So i was able to save battery, increase distance and stay low to film more detail. Also staying low, lowers risk if hitting manned aircraft, except some heli pilots who fly lower than 75 ft. In addition, the M400 had the DJI ZENMUSE H30T camera on it w 400x zoom., which alowed me to visualize the M4T through its entire flight. The M400 acts like an observation tower as well as a relay station. NOTE: DURING THE M4Ts FLIGHT, THERE WAS NO LOSS OF IMAGE OR CONTROL TRANSMITTION BETWEEN THE M4T AND ITS REMOTE CONTROL UNIT.
IN CONCLUSION, the M4T got longer flight time, longer range, no signal loss, and collected highly detailed low altititude data, at any distance (battery limited) away from its take off point. Also, (better than no VLOS at all) the M400 was able to maintain DIGITAL VLOS using the DJI ZENMUSE H30T's AI assisted TRACKING of the M4T through its entire flight (visualized by 400x zoom). Yes, the M400 was able to track the M4Ts entire 75ft agl flight, assuring constant situational awareness, albeit through digitally tracked live video from the M400, zoomed in and locked onto the M4T through it's AI tracking function.
The future is in AERIAL DRONE RELAY SYSTEMS. No need for cellular dongles.
Digitally/ Electronic AssistedBVLOS supporter. Given AI assisted tracking and clear video of the BVLOS drone and it's surrounding environment. SAY YES, TO DIGITALLY ASSISTED SITUATIONAL AWARENESS.