Revision: Flight Camera Drone
A steel sphere, with supporting structures, and advanced components. Add the camera and radar, along with radio transceiver. As well as an attachable flashlight.
In this form, it as effectively a 2 meter diameter sphere. It can be opened up to do repair work as well. But it can't move.
As such, the use of Alloy-M-32 is used with a powerful battery. The supporting structures suddenly become a method to move the sphere about, floating and flying with ease. Program it, and you have a scouting system.
It flies by controlling it's own magnetic poles, keeping it levitated against the gravity here, while using power to move it in 3 dimensions. With the proper radio transceivers on our end, we can make scouting a breeze, as well as determine enemy positions.
It's a simple thing, made possible because Monopole Magnets only have a single pole, which can be broadcast to control magnetic attraction and opposition though magnetic fields. While not broadcasted, this type of movement would work extremely well in space, where there is no gravity. Likewise, they work extremely well for underwater scouting with an attached flashlight. Each Flight Camera Drone has a 30-minute run time, at which point, it needs to be recharged.
Parts needed, Advanced Component for computing, 1-2 Ore for frame/camera/transceiver, and Organics for power, along with Alloy M-23. We really don't have much M-23, so supply deficiency will be costly until we can collect some.