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frame for e011 fc and 6mm motors
actual weight of frame - 1.71g
quickie design, needed a frame for an old build. uses the fcb for rigidity, design is very minimal (frame is 3.2mm high). should be strong enough to survive acro, but i will add light foam cowling to the motors and cam. plan on using glue to hold the sides of the fcb and keep the motors in place (i literally rolled out of bed and decided to do this.. fcb mounting holes are actually 1mm too close together but its okay as they're 2mm dia. on teh board.. motor sleeves aren't real tight, pods help with vertical alignment, takes glue and patience).
there's probably over a gram of glue on teh old fcb/vtx/cam i used here.. you could probably push 17g with a clean build, maybe pass it with one of those cruddy superlight cams.
added OpenSCAD source. as said above, teh motor sleeves are a tiny bit loose .. teh file has them at 3.2mm radius, i'd suggest maybe 3.16mm or 3.18mm for a tighter fit, depends on the quality of you
actual weight of frame - 1.71g
quickie design, needed a frame for an old build. uses the fcb for rigidity, design is very minimal (frame is 3.2mm high). should be strong enough to survive acro, but i will add light foam cowling to the motors and cam. plan on using glue to hold the sides of the fcb and keep the motors in place (i literally rolled out of bed and decided to do this.. fcb mounting holes are actually 1mm too close together but its okay as they're 2mm dia. on teh board.. motor sleeves aren't real tight, pods help with vertical alignment, takes glue and patience).
there's probably over a gram of glue on teh old fcb/vtx/cam i used here.. you could probably push 17g with a clean build, maybe pass it with one of those cruddy superlight cams.
added OpenSCAD source. as said above, teh motor sleeves are a tiny bit loose .. teh file has them at 3.2mm radius, i'd suggest maybe 3.16mm or 3.18mm for a tighter fit, depends on the quality of you
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