Husky A200 vs Spot
Spot
Boston Dynamics
Most advanced commercial quadruped. Inspection & data collection.
Full profileSpec Comparison
| Spec | Husky A200 | Spot |
|---|---|---|
| Category | AMR | Quadruped |
| Price | $25,000 | $74,500 |
| Year | 2022 | 2020 |
| Height | --- | 84cm |
| Weight | 50kg | 32.5kg |
| Payload | 75kg | 14kg |
| Speed | 3.6km/h | 5.76km/h |
| Battery | 3hr | 605Wh |
| OS | ROS2 / Ubuntu | Spot SDK |
AI and Software
Husky A200
- ROS/ROS2 native
Spot
- GraphNav
- Autowalk
Spot wins on terrain capability, Husky wins on sensor payload
Clearpath Husky and Boston Dynamics Spot target overlapping outdoor research use cases, but with fundamental differences in mobility. Spot wins this comparison on terrain capability: legged locomotion handles stairs, steps, rubble, and uneven surfaces that Husky's wheels cannot navigate. Spot also excels in constrained indoor-outdoor transitions. Clearpath Husky wins on sensor payload — 75 kg payload capacity vs Spot's ~14 kg means you can mount significantly heavier sensor payloads (multiple LiDARs, large stereo arrays, research arms) that Spot physically cannot carry. Husky is also fully waterproof (IP67 vs Spot's IP54) and costs roughly 60% less. For operations primarily on flat-to-rough terrain with heavy sensors: Husky. For any environment requiring stair climbing, tight spaces, or variable surface navigation: Spot is the only choice.
Spot is better for
any environment requiring stair climbing, variable terrain, or indoor-outdoor transitions
Husky A200 is better for
flat/rough terrain research with heavy sensor payloads (75 kg) where Husky's IP67 and lower cost win