Unitree 4D LiDAR L2

<$1ksub-$1k class · confirm current street pricing via RFQ
FOV360° × 96°
Range30 m (±2 cm)
Point rate64k pts/s effective
Price band<$1k
MOQ1 unit
Lead time1–2 wks
Warranty12 mo
ShipsWorldwide
Last verified: 2026-07† Manufacturer-reported, not yet independently verified.

Full specifications

Last verified: 2026-07
PERFORMANCE
Detection range30 m · accuracy ≤2 cm
Near blind spot0.05 m
Point rate64,000 pts/s effective
FOV360° × 96° hemispherical
Sunlight toleranceStable to 100 klux outdoor
MECHANICAL & INTERFACE
Weight / size230 g · 75 × 75 × 65 mm
IMUBuilt-in, 1 kHz sampling
InterfaceEthernet UDP / TTL UART
Eye safetyIEC-60825 Class 1
COMMERCIAL
Price band<$1k class
MOQ1 unit

† Manufacturer-reported, not yet independently verified.

Fits with

Confirmed and manufacturer-claimed platform compatibility. We check your exact wrist and comms setup before quoting.

Unitree Go2 / G1 (native)Generic ROS SLAM stacks (open-source support)

Supplier

Unitree Robotics 宇树科技Self-reported
Hangzhou · est. 2016 · 500–1,000 staff

China's highest-volume legged-robotics maker — quadrupeds (Go2, B2), humanoids (G1, R1, H1) and an in-house component line (Dex5 hand, joint actuators, L2 LiDAR). Open SDKs and aggressive pricing make it the default first buy for research labs.

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Downloads

Datasheet (PDF)
available after supplier authorization

FAQ

L2 or Livox Mid-360?

L2 wins on vertical FOV (96° vs 59°), weight and near blind spot; Mid-360 wins on range (40 m vs 30 m), point density and SLAM ecosystem maturity. For a small indoor robot the L2 is often enough; for outdoor mapping take the Mid-360.

Does 64k pts/s limit mapping?

For navigation and obstacle avoidance, no. For dense survey-grade maps, yes — that's not this sensor's job.

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