Spaceo M1

Overview

The Muks Robotics Spaceo M1 is a slender 162 cm bipedal humanoid with an 8-hour runtime, currently in pre-order for service and hospitality applications. Muks Robotics is a developer focused on practical service deployments rather than heavy industrial use, and the M1's 8-hour runtime is one of the longest stated battery figures in the current humanoid market, suggesting design optimisation for extended operational shifts.

Key Specifications

The M1 stands 162 cm and offers approximately 8 hours of operational runtime. Arm payload specifications have not been fully disclosed. The 8-hour figure is exceptional by current humanoid standards and, if validated in practice, would substantially reduce the operational burden of managing charging schedules. Pricing has not been publicly disclosed, and full production timelines are not confirmed.

Use Cases

Service environments requiring all-day presence, including hotel lobbies, hospital wards, and shopping centres, are natural fits for a humanoid with 8-hour runtime. The M1's slender build reduces its footprint in crowded public spaces. Guided navigation, information assistance, and light tray-carrying tasks are primary applications.

Buying Used

No used M1 units exist at this stage. For a pre-order product whose key selling point is battery runtime, buyers should insist on independent runtime validation before committing significant capital. Battery runtime claims from pre-production robots are frequently optimistic and should be verified against real operational data from pilot programmes.

Alternatives to Consider

Service humanoids with confirmed availability include the UBTECH Walker S2 and Pollen Robotics Reachy 2. For buyers specifically prioritising battery life, the Spaceo M1's claimed 8-hour figure is distinctive, and no directly comparable competitor currently matches it on that specification. The Muks Robotics Spaceo PRO is the manufacturer's larger adjustable-height alternative. UK buyers evaluating the Spaceo M1 should request independently verified runtime data from Muks Robotics before committing, and should also investigate what recharging infrastructure is required, as a robot running 8-hour shifts may need a dedicated charging bay rather than a simple plug-in solution, which has implications for facilities planning.