Humanoid Robot Pilot Procurement Guide

What to compare

• Clearly bounded tasks with measurable success and cycle-time targets.
• Autonomy level, teleoperation or human-supervision requirements and intervention logging.
• Payload, dexterity, mobility, battery runtime and charging workflow.
• Failure recovery, safe-state behavior, perception limits and site-specific hazards.
• Data handling, connectivity, software-update and cybersecurity requirements.
• Pilot support model, on-site engineering, spare units and escalation path.
• Commercial model, pilot exit criteria and path from demonstration to production.

Questions to answer before requesting quotes

• Which exact production tasks are supported today, not only on a roadmap?
• How often does the robot require human intervention under representative conditions?
• What happens after perception, grasping, mobility or communications failure?
• What site changes and safety validation are required?
• What objective criteria determine whether the pilot progresses, changes scope or stops?

Safety and engineering responsibility

Robot procurement must be evaluated as a complete application. Risk assessment, safeguarding, functional safety, operating procedures, maintenance conditions and site-specific legal requirements need competent engineering review.

Commercial independence

This guide is vendor-neutral. PROFENG may display an approved commercial partner after the analytical content with a clear disclosure. Partner status never changes the comparison criteria.

Reference starting points