LUMO L1 Max (Training edition)
Humanoid · 30 DoF · LiDAR + RGB-D
Supplied, integrated and supported by Zeta42 across the UAE and the GCC, with the engineering to put it into a line and the training for the people who will run it afterwards.
At a glance
- Height
- 1240 mm
- Degrees of freedom
- 30
- Weight
- ≈41 kg
- Compute
- Jetson Thor · 1,200 TFLOPS
- Runtime
- ≈2 h
What it does
Built for.
- Required for autonomous navigation / SLAM and perception-based development
- Approx. 200× the AI compute of the Standard edition
- Builds 3D semantic maps: who is speaking, where people move, what they hold
- Same body, gait and interaction capabilities as Standard
Where it is used
Applications.
- Embodied AI teaching platform: K-12, vocational, university, research
- Secondary development: motion control, embodied AI algorithms, SLAM, visual perception, HRI
- Interactive exhibition guide, cultural and commercial performance
Specifications
The full sheet.
- AI compute NVIDIA Jetson Thor T4000, 1,200 TFLOPS (FP4)
- 3D LiDAR included
- Stereo RGB-D camera included
- Dimensions 1240 × 560 × 244 mm (H × W × D)
- Total DoF 30: Head 1 · Waist 3 · Arm 7 × 2 · Leg 6 × 2
- Upper + lower leg length 635 mm
- Single arm length 596 mm (excl. hand)
- Joint max torque 130 Nm
- Single arm payload 1.5 kg (without gripper)
- Facial expressions 15+ (bionic facial system)
- Head touch sensor 5-zone capacitive
- Communication Wi-Fi 6 (STA/AP), BLE 5.2
- AI foundation model DobotWAM ("Kongyi") embodied model
- Operating time approx. 2 h (typical motion)
- Operating temperature 0 to 40 °C
- Secondary development supported
- Package: robot, remote controller, battery (shipped separately), charger, prosthetic hands (1 pair), quick start guide
- Not yet published: walking speed, battery capacity
Figures published by DOBOT. Performance figures are laboratory results and vary with the application.
Specifications as listed by LUMO L1 Max (Training edition), a DOBOT reseller. Ask us for DOBOT's own sheet.
In the same range
Humanoids.
- LUMO L1 Standard (Education edition)
- Atom Data Collection Version
- Atom Trainer Version
- Atom Max Version
- ATOM-W
Specification sheets answer the second question. The first one is usually whether a robot suits the job at all, and that is answered by watching the task rather than by reading a table, which is what an assessment visit is for.
Pricing is quoted case by case.