Unitree Go2
~$1,600 (Air)The 4D LiDAR quadruped that's become the accessible workhorse for research, inspection, security, and education.
In the wild
See it move.
Real hardware, real environment, no edits. We tune the gait and balance for each platform; what you see is what we ship.
Stock-clipped · outdoor walk · 12s loop
In the field
More clips.
- live · Outdoor walk
Outdoor walk
Park + lakeside · 8s
- live · All-terrain
All-terrain
Rocks + water · 5.4s
- live · Payload + ride
Payload + ride
Operator on top · 3.3s
Specs
What it actually does.
Spec sheet
- Weight (with battery)
- ≈ 15 kg
- Top speed
- ≈ 2.5 m/s
- Climb grade
- 30°
- Battery life (real)
- 1–2 hours active, 5–10 hours standby
- Sensors
- 4D LiDAR (Unitree), depth cameras, optional RealSense
- Compute
- Onboard NVIDIA Jetson Orin Nano (EDU variants)
Use cases
- Autonomous inspection (factories, warehouses, perimeter)
- Research platform for SLAM, navigation, RL
- Education: entry-level legged robotics
- Security patrol with payload sensor (thermal, gas, etc.)
Honest callouts
- · IP67 means the Go2 survives puddles, dust, and rain — but not submersion.
- · Real-world battery is 1–2 hours active; manufacturer claims of 5–10 hours are standby-only.
- · 4D LiDAR is wide-FOV (360° × 90°). Excellent for SLAM, less ideal for small-object detection at distance.
# Go2 — basic SDK walk with obstacle stop from unitree_sdk2py.core.channel import ChannelFactoryInitialize from unitree_sdk2py.go2.sport.sport_client import SportClient ChannelFactoryInitialize(0, "eth0") sport = SportClient(); sport.SetTimeout(5.0); sport.Init() sport.Walk(true) # stand + balance sport.Move(0.4, 0, 0) # forward 0.4 m/s # Hook: if LiDAR reports < 0.5 m clearance, stop: if lidar.min_clearance < 0.5: sport.Move(0, 0, 0) sport.StopMove()
Get one
Submit your use case.
Tell us what you want to do and we'll tell you whether this platform is the right one (and if not, which is).
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