Spaceo PRO

Overview

The Muks Robotics Spaceo PRO is a height-adjustable humanoid ranging from 1,625 to 2,100 mm with a 5 kg per-arm payload, currently in pilot deployment. The height-adjustability feature is unique among current humanoids and allows the PRO to adapt to environments built for different user heights, from standard desk height to standing reach for shelving at 2.1 m. Muks Robotics targets service environments where this flexibility provides operational advantages.

Key Specifications

The Spaceo PRO adjusts between 1,625 and 2,100 mm height with a 5 kg per-arm payload. The adjustment mechanism enables the robot to work at both seated-height workstations and at high shelving or overhead fixtures without relying solely on arm reach. Pricing is not disclosed. Full battery runtime, joint count, and locomotion speed specifications are not publicly available.

Use Cases

Warehouse picking tasks that span multiple shelf heights, retail stock management, and hospitality environments where both counter-level and overhead tasks must be performed are the primary applications. The ability to serve at 2.1 m reach is a genuine differentiator for high-bay logistics compared to fixed-height humanoids. Pilot programmes are assessing performance in these multi-height scenarios.

Buying Used

No used Spaceo PRO units exist at this stage given its pilot status. The height-adjustment mechanism introduces additional mechanical complexity compared to fixed-height humanoids, so used unit buyers should thoroughly test the full range of height adjustment and inspect the adjustment actuators for wear before committing to a purchase.

Alternatives to Consider

No direct height-adjustable humanoid competitor currently exists at comparable specification. For fixed-height alternatives, the UBTECH Walker S2 and Fourier GR-2 are full-size industrial comparisons. Buyers whose use case genuinely spans multiple working heights should monitor Muks Robotics' pilot outcomes as a priority given the lack of alternatives. The Spaceo PRO's height-adjustment mechanism is a genuinely novel feature in the humanoid market, but buyers should request reliability data on this mechanism specifically, as variable-geometry structures introduce additional wear and failure modes that are absent in fixed-frame competitors.