Industrial arms & cobots
Payload, reach, repeatability, cycle time, tooling and cell safety determine useful performance.
Robotics & Embodied AI · Desk 01
Compare real machines by form, task, environment, maturity and evidence—not by spectacle.
Desk thesis
Reader outcomes
Distinguish commercial deployment, limited pilots, prototypes and announced programmes.
Compare arms, cobots, humanoids, quadrupeds, AMRs, medical, field, aerial and marine systems.
Trace every consequential product claim to a dated source and operating boundary.
Professional map
Every topic carries an engineering meaning and a question that must be answered.
Payload, reach, repeatability, cycle time, tooling and cell safety determine useful performance.
Track locomotion, dexterity, autonomy, teleoperation, uptime and recovery separately.
Evaluate terrain access, sensing payloads, communications, autonomy and hazardous-environment procedures.
Read robots as part of conveyors, storage, fleet software and human operations.
Separate regulatory clearance, clinical indication, professional supervision and patient outcome evidence.
Weather, terrain, energy, remote operations and fail-safe behaviour dominate deployment quality.
Source gateways
FUURAA connects readers to originals through professional translation and structured analysis; it neither reproduces source sites nor hides evidence boundaries.
Engineering-led robotics reporting, interviews and technical analysis.
Industry reporting on products, funding, deployments, suppliers and markets.
Simulation, learning, acceleration libraries and workflows for physical AI.
A nonprofit robotics community carrying research, technical and ecosystem perspectives.
Research-news discovery across robotics and adjacent engineering disciplines.
Scope & limits
Product availability, certification and support differ by country and configuration.
Vendor fleet counts and demonstrations are labelled as first-party unless independently corroborated.
A general form factor does not imply general-purpose autonomy.