A brushless micro quad built with no soldering at all

Oct 26, 2026 Last reply: 15 hours ago 4 Replies
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Once a battery goes on, this is a finished toothpick-style micro FPV quad ready for its first flight. The maker reports it already feels light and quick and just takes some getting used to, with the actual flight testing saved for a second part.



The standout is that the whole thing comes together without a soldering iron. The flight controller is a BETAFPV Matrix 1S brushless AIO board with the motor receptacles already soldered on, and each of the four red Happymodel outrunner motors simply plugs straight in. A carbon fiber toothpick frame plate holds everything, a white plastic canopy carries the micro camera, and four clear bi-blade props get pressed onto the motor shafts to finish the job. Rubber bands looped through the frame base handle battery mounting.



The only tool involved is an iFixit precision screwdriver kit with a magnetic bit driver, and no 3D printer appears either. Red silicone damping grommets go onto the flight controller first, then the board and canopy are mounted to the center of the frame, with screws securing each motor to its arm. To my eye, the grommets are a smart detail on a frame this small.



Two open points are worth flagging. The maker realized during editing that cutting a stick pad piece and placing it on the bottom was never filmed, so that step is missing from the record. The grommet orientation will also be changed, putting the longer side at the bottom for more clearance from vibration and impact in crashes. Picking the background music, the maker jokes, was probably the hardest task of all.


One thing I am wondering about: the stick pad that goes on the bottom of the frame. Was that ever actually fitted to this build, or is it still pending? It seems like a small part but I would like to know where it ended up.

Going with plug-in motor connectors looks like a clever call for a first build. It skips the iron entirely and keeps the whole assembly reversible if a motor ever needs to come off. The trade-off, in my view, is that plugs can work loose after hard knocks, and a loose connection can cut power mid-flight. Worth a quick check before every pack.

A tweak worth trying: flip those red silicone grommets to put the longer side at the bottom. That adds clearance between the board and whatever it lands on, which should help with vibration and impacts in crashes. It costs nothing and takes seconds, and the maker has already said the orientation will be changed, which I think is the right move.

The maker addressed this directly. The step of cutting the stick pad piece and setting it on the bottom was never filmed, and the maker only realized the omission while editing. That is why the step does not appear in the assembly sequence.

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