Yesterday I did the first airborne test with the Surveilzone’s Starlight camera (CC1564). The result is still not satisfying, although much better than with the…Leave a Comment
The Starlight camera finally arrived so I could do the ground tests. The camera is said to be as sensitive as 0.00008 LUX and capable…Leave a Comment
By the evening, I powered the quad in the garden and finally get the DIY IR illuminator module airborne. A LOS flight by the evening…Leave a Comment
While I am still waiting for some fpv components to arrive, I have finished the driver for the IR illuminator and packed it together with the IR leds. For now, I decided to mount the whole pack in top of the battery, until it will be thoroughly tested. Of course the IR leds are not protected well enough this way, so I will try not to crash the copter during the tests.
The illuminator mount is ready, I have made it from an old aluminium plate. Now I am trying to find out where to fix it on the M250NV quadcopter frame. Initially, the idea was to fix it to the upper deck, in between the rubber dampeners but I will see how the fpv camera will fit when it arrives.
Yeah I forgot to mention, I decided to use the fpv camera finally. The reason is simple, at some speeds the Mobius sensitivity may not be enough to detect and avoid obstacles in time.Leave a Comment
The frame for the project was finished today. It is the same model I use for my racing quadcopter, planned from scratch and redesigned a few times. I shall call this specific model as M250NV.
It is made from black G10 glassfiber material, cut with my hobbyCNC machine.
The weight without the screws (alu spacers included) is 120g.
The frame is announced to be unbreakable. I am using 2 of these for some time, and after many crashes both are still intact.
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After resizing the resistor values finally I powered the IR led array illuminator with 1A. The maximum radiant intensity at peak power should be 3740mW,…Leave a Comment
The Osram IR LED array arrived today. After getting home I quickly created a test platform and went out to try it.
The result is outstanding! The array of size of 25mm x 25mm, driven only by 650mA illuminated the whole garden at a level that Mobius was able to record it. I will drive the array by 1A current later on, to get the full optical power, but anyhow, the current power level is enough for fast proximity flying.
Note that the FPV camera is much more sensitive to IR than the Mobius so night flying will not be a problem anymore. Now my only problem is to encapsulate the whole solution into a case so it can be protected from unwanted landings
Check it out:
The recording was taken by the hacked Mobius camera.Leave a Comment