MiniHawk-VTOL
A fully 3D-printed tilt-rotor tricopter and fixed-wing hybrid that takes off and lands vertically, then transitions to efficient forward flight. The 800 mm-wingspan airframe uses two tilting front motors plus a fixed rear motor, runs ArduPlane in QuadPlane tilt-rotor mode, and ships printable structural parts plus a source-listed avionics and hardware BOM. Motari renders the pinned MH5 reduced-geometry airframe mesh as a limited source subset; it does not include the detailed propulsion, avionics, or internal electronics assembly.
A fully 3D-printed tilt-rotor tricopter and fixed-wing hybrid that takes off and lands vertically, then transitions to efficient forward flight. The 800 mm-wingspan airframe uses two tilting front motors plus a fixed rear motor, runs ArduPlane in QuadPlane tilt-rotor mode, and ships printable structural parts plus a source-listed avionics and hardware BOM. Motari renders the pinned MH5 reduced-geometry airframe mesh as a limited source subset; it does not include the detailed propulsion, avionics, or internal electronics assembly.
What you get
- A standardized, machine-readable robot schema derived from the source repo.
- A limited/simplified source 3D asset is available from sim-ReducedGeometry/MH5_SimReduced_Airframe_LOD-0.stl.
- Source-backed bill-of-materials evidence is linked with per-part provenance where available. Prices marked estimated are not yet verified against a vendor.
- A transparent reproducibility score so buildability is a sortable, first-class property.
- Cross-links to the source repo, datasets, models, and forks.
Source
Canonical source: StephenCarlson/MiniHawk-VTOL. Original files stay intact and separately licensed under CC-BY-NC-SA-4.0; Motari adds a separate, adjacent metadata layer.
Reproduction references
No reproduction references are available for this catalog page yet.