V2 Bi-Loop or Bi-Blade Toroidal Propellers for FPV Drone Quadcopter
por STRIKING FPV en Printables
My second generation bi-loop or bi-blade toroidal propeller design for FPV drones.
Licencia
Solo uso personalCC BY-NC 4.0 — Atribución, no comercial
Puedes imprimirlo y modificarlo para uso personal dando crédito. No se permite vender las impresiones.
Al descargar aceptas respetar la licencia y dar crédito a STRIKING FPV.
Archivos (19)
- 5x2.5x2 CW.stl STL · 6,2 MB
- 5x2.5x2 CCW.stl STL · 6,1 MB
- SLA 5x2.5x2 CW.stl STL · 6,8 MB
- SLA 5x2.5x2 CCW.stl STL · 6,8 MB
- V2 Bi-Loop 4-inch.step STEP · 670 KB
- V2 Bi-Loop 5-inch.step STEP · 352 KB
- 4x2.5x2 CCW.stl STL · 4,4 MB
- 4x2.5x2T CCW.stl STL · 4,4 MB
- 4x2.5x2T CW.stl STL · 4,4 MB
- 4x2.5x2 CW.stl STL · 4,4 MB
- V2 Bi-Loop 6-inch.step STEP · 328 KB
- 6x3x2 CW.stl STL · 4,7 MB
- 6x3x2 CCW.stl STL · 6,0 MB
- 7x3x2 CW.stl STL · 5,0 MB
- 7x3x2 CCW.stl STL · 5,0 MB
- V2 Bi-Loop 5-inch.f3d F3D · 1,2 MB
- V2 Bi-Loop 4-inch.f3d F3D · 1,4 MB
- V2 Bi-Loop 6-inch.f3d F3D · 2,3 MB
- V2 Bi-Loop 7-inch.f3d F3D · 768 KB
- Categoría
- Cosplay y props
- Formatos
- STL, STEP, F3D
- Descargas
- 2,718
- Publicado
Sobre este modelo
This is my second generation bi-loop or bi-blade design which, is much more like what the MIT boys pumped out, featuring a more teardrop-y kinda' shape. Much like V3 of my tri-loop design, these ones again follow a more traditional approach to propeller design in general, and the shorter loop edge helps to reduce weight and maybe improve prop response. Currently available sizes from 4" up to 7", STEP and Fusion 360 files are included (without tech support). Also, the 7" version wouldn't loft properly so it's just a scaled 6" version, sorry. Watching the video should explain it all, but basically I'm attempting to further develop upon MIT Lincoln Lab's toroidal propeller concept by offering up my design for anyone in the FPV drone community to have a go and see how they like it. Learn to make your own with my tutorial: CHANGELOG: - Thickened hub and mid profiles to reduce flex
Descripción original del autor, publicada en Printables.
