MagicBot Z1

Overview

The MagicLab MagicBot Z1 is a compact 137 cm bipedal humanoid positioned for commercial deployment. Unlike the larger Gen1 platform, the Z1 targets service and collaborative environments where a smaller footprint and lower arm payload are acceptable trade-offs for easier deployment in human-shared spaces. MagicLab lists the Z1 as available for commercial orders, though UK distribution channels have not been formally established.

Key Specifications

The Z1 stands 137 cm and carries a 2 kg arm payload, making it suited for light manipulation tasks rather than heavy industrial work. Its compact stature brings it closer to desk and counter height, which can be advantageous in hospitality and retail environments. Battery runtime and joint count have not been fully disclosed in publicly available MagicLab materials.

Use Cases

Primary use cases include reception assistance, shelf scanning, and guided navigation in hotels, hospitals, and retail outlets. The Z1 is also positioned as a research and integration platform for teams building custom manipulation workflows. Its small frame reduces safety risks in environments shared with members of the public.

Buying Used

The Z1 is a relatively new commercial product with limited deployment history, so a meaningful used market has not yet formed. Any pre-owned unit should come with verified MagicLab documentation, remaining warranty details, and evidence of software update access. Battery condition and actuator wear are the primary inspection points for any used humanoid at this scale.

Alternatives to Consider

Comparable compact humanoids include the Noetix Robotics N2 at a significantly lower price point, the Unitree R1, and the Booster T1 Basic. For teams prioritising open-source tooling, the Pollen Robotics Reachy 2 offers a well-supported research community despite its higher cost. UK service operators should also compare the Z1 against wheeled alternatives from Keenon Robotics and Pudu Robotics, which have broader UK deployment footprints and established local service networks, before committing to a bipedal platform that currently lacks confirmed UK support infrastructure.