Unmanned Vehicles

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A community for news and discussion around various types of unmanned vehicles whether they be UAVs, USVs, UGVs or otherwise. The scope of this community includes civil and military contexts.

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supersquirrel@sopuli.xyz

Two Soldiers learning to think, and fly, as one (www.theredstonerocket.com)

submitted 4 days ago* (last edited 4 days ago) by supersquirrel@sopuli.xyz to c/unmanned_vehicles@sopuli.xyz

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“Video games help a lot,” Fano said with a laugh. “If you’re a gamer, adapting to the controller isn’t that much harder. But it still takes a lot of effort and practice.”

The two used commercially available simulators such as Liftoff FPV, Uncrashed and FPV Kamikaze to build muscle memory. The simulations replicate what drone pilots see through their goggles: a first-person view that rolls and rotates with the aircraft, complete with signal strength indicators and crosshairs.

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[–] glimse@lemmy.world 1 points 3 days ago

So here's a normal transmitter

See how the right stick is dead center and the left is only centered horizontally? There is no spring/magnet pushing it back to center. It's held in place by friction alone.

When that stick is all the way down, the blades aren't spinning (well...they are a little. Not enough for lift).

Having that stick centered vertical will make it go pretty fast. You're gonna spend most of your flight time with it BELOW center, usually only going faster to gain speed.

Part of flying is also "floating" where you pull back the throttle until you need it. You're gonna burn through the battery really fast if you stay at high throttle

So that means when you're not punching it, you have to push the stick down to keep it at a manageable speed.

It's not a ton of force to overcome but since you are constantly doing micro adjustments to both sticks, it's quite a noticeable difference