Because i use my drones for fawn saving before mowing,
I like the Integrated display of the yuneec groundstation. so i ordered a used ( cheap) q500 and a GB203 with mk58.
My first experiment was with an eachine Pioneer with a HTI USB thermal camera and an FPV Setup.
A heavy setup with the dis of 10 Hz videoframes.
Not usable for fawn saving, too slow and too weak.
The Payload of 358 gramms additionally reduced my flight time down to 10-15 min from 20 min before.
Than i tried same with a selfmade drone with an dji flamewheel 550 but i had no trust to it.
Flighttime will be 28 min and it flies pretty nice without GPS but with GPS the APM sometimes changes the orientation, even if compass is well calibrated.
This issue is not allway‘s happen and changes while flying.
Some Deers can be seen at 30 m height and about 80-100m distance
The best was the Video system, because that can be switched via a spare remote channel between 2 cameras, that will be an issue i may missing.
But the failure in orientation looses my trust in that system.
At least i found a good offer for an used Q500, it is ordered but on the Way to me,
So a testflight was today not possible.
Firstly i weight all the required parts to find out how much the overall payload will weights.
Thermalcam ( Coin417) including wire harness weights 48 gramms
Including my 3 D Printed adapter and the GB203 Gimbal i ended up at 217 gramms.
The Thermalcam adapter is printed in 0,4 layers with 17% infill and 0,8mm bottom and Top.
I increased the coolingfan to result in a gently warping i tried for the Design.
This is the thermal camera called Coin 417.
It is a 400x300 px version high resolution with highframe setup at 50Hz. Definitively Not cheap but worth each penny.
Building my own wireharness for the system.
The thermalcam- Adapter is impressive light but also it keeps the Cam very strong in place.
Curious how it will perform, the balance of the gimbal itself is pretty well in centre.
Attached a few picts of what i have done.
I like the Integrated display of the yuneec groundstation. so i ordered a used ( cheap) q500 and a GB203 with mk58.
My first experiment was with an eachine Pioneer with a HTI USB thermal camera and an FPV Setup.
A heavy setup with the dis of 10 Hz videoframes.
Not usable for fawn saving, too slow and too weak.
The Payload of 358 gramms additionally reduced my flight time down to 10-15 min from 20 min before.
Than i tried same with a selfmade drone with an dji flamewheel 550 but i had no trust to it.
Flighttime will be 28 min and it flies pretty nice without GPS but with GPS the APM sometimes changes the orientation, even if compass is well calibrated.
This issue is not allway‘s happen and changes while flying.
Some Deers can be seen at 30 m height and about 80-100m distance
The best was the Video system, because that can be switched via a spare remote channel between 2 cameras, that will be an issue i may missing.
But the failure in orientation looses my trust in that system.
At least i found a good offer for an used Q500, it is ordered but on the Way to me,
So a testflight was today not possible.
Firstly i weight all the required parts to find out how much the overall payload will weights.
Thermalcam ( Coin417) including wire harness weights 48 gramms
Including my 3 D Printed adapter and the GB203 Gimbal i ended up at 217 gramms.
The Thermalcam adapter is printed in 0,4 layers with 17% infill and 0,8mm bottom and Top.
I increased the coolingfan to result in a gently warping i tried for the Design.
This is the thermal camera called Coin 417.
It is a 400x300 px version high resolution with highframe setup at 50Hz. Definitively Not cheap but worth each penny.
Building my own wireharness for the system.
The thermalcam- Adapter is impressive light but also it keeps the Cam very strong in place.
Curious how it will perform, the balance of the gimbal itself is pretty well in centre.
Attached a few picts of what i have done.
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