Ingenuity rendered in ARMOR
Aerial helicopter mars aerial 6 DOF

Ingenuity

by NASA/JPL-Caltech

NASA's Mars Helicopter — a coaxial, counter-rotating rotorcraft with four folding landing legs, the first aircraft to achieve powered flight on another planet.

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Model

13Links
6Joints
6Actuated DOF
7Meshes

Mesh formats: GLB

Ingenuity is NASA’s Mars Helicopter — the first powered aircraft to fly on another planet, carried to Mars attached to Perseverance’s belly and deployed in April 2021. Built to prove that rotorcraft flight was even possible in an atmosphere about 1% the density of Earth’s, it flew far beyond its planned five-flight technology demonstration, eventually logging dozens of flights as a scouting asset for the rover team before a hard landing ended its mission in January 2024. “MHS” in this repository’s own file names is JPL’s internal designation for the helicopter model — Mars Helicopter System.

The mechanism

Two co-axial, counter-rotating rotor blades stacked one above the other — the layout that lets a small, light airframe generate enough lift without a tail rotor to cancel torque, well suited to Mars’s thin air. Four legs, each on its own revolute hinge at the body, swing outward from their stowed cruise position to the deployed flight/landing stance — visible in this description as the “Joint_LegNN_Axis” joints. A fixed camera frame (Frame_MHS_NAVCAM) marks the navigation camera’s mounting point but carries no geometry of its own.

A caveat worth knowing: every link in this URDF declares zero mass. This is a visualization model, not a simulation-ready one — geometry and kinematics are complete and accurate, but there is no inertial data for a physics engine to act on.

About these files — read before importing

This links directly to JPL’s own m2020-urdf-models repository, unmodified — the same repository as the Perseverance rover entry in this gallery, published together as a pair. Its meshes are binary glTF 2.0 (.glb) files, each one fully self-contained (geometry and per-part color both packed into the same file, no external buffer or texture to fetch alongside it) — ARMOR fetches and parses them the same way as any other format. Unlike most entries here, this repository carries no license file and no stated license terms — see this page’s License section for what that does and doesn’t mean for using it in ARMOR.

License & attribution

Source code
None declared — no LICENSE file in the repository, no license set on GitHub
Model & mesh files
None declared — no LICENSE file in the repository, no license set on GitHub
Attribution
m2020-urdf-models, Credit NASA/JPL-Caltech. Released June 10, 2022 as part of JPL's internal public-release process (Release IDs URS307049, URS309682); no license text accompanies the release.

ARMOR does not host or redistribute this model. Choosing “Open in ARMOR” downloads the files directly from NASA/JPL-Caltech’s own repository, unmodified. Your use of the model is governed by the license above.

Read the full license →
ARMOR is an independent tool published by DCDC LLC. It is not affiliated with, sponsored by, or endorsed by NASA or the Jet Propulsion Laboratory, California Institute of Technology. "Ingenuity," "NASA," and "JPL" are used here only to identify the robot this file describes. The repository publishing this model states no license terms of its own — it was cleared for public release by JPL but carries no permissive license text — so what you may do with the files beyond viewing them in ARMOR is not spelled out anywhere upstream. The model is downloaded directly from JPL's own repository, unmodified.