Legged-platform technical dossier · 01
Connect mechanical CAD, custom actuators, electronics, cable drawings, firmware, EtherCAT control, assembly records and simulation without confusing completeness of disclosure with product readiness.
Identify platform and generation first
Barkour is a Google DeepMind research platform for agile quadruped studies. The public repository currently describes the vB generation, with fixed-head and actuated-head variants, and separately links older v0 assets. It explicitly states that the release is not an official Google product.
Engineering asset map
CAD for fixed- and actuated-head variants, BOM, robot, actuator, linkage and cover assembly guides.
Verify before adoptionFreeze vB versus v0, variant, CAD revision, materials, processes, tolerances, bearings, fasteners and every substituted part.
Schematics, PCB layout outputs, custom cable drawings and wireless safe-torque-off assembly material.
Verify before adoptionRecheck component availability, creepage, protection, connector ratings, wiring inspection and the exact stop chain on the as-built robot.
Custom motor-driver firmware, actuator setup, EtherCAT configuration and host-side control examples.
Verify before adoptionCharacterise current, voltage, torque, speed, thermal limits, bus-loss behaviour, watchdogs and recovery under the exact firmware revision.
MuJoCo model and an MJX path for accelerated policy training.
Verify before adoptionIdentify mass, inertia, contact, actuator and latency assumptions before any sim-to-real claim.
Layered licence reading
The repository states that software is Apache-2.0.
Preserve notices, pin commits and inspect imported or linked dependencies separately.
The repository states that non-software materials are CC BY-NC 4.0.
The public licence does not grant commercial use. A commercial product path requires separate rights clearance or independently developed assets.
Vendor parts, CAD platforms, EtherCAT components and toolchains retain separate terms.
Confirm access, export, redistribution, trademark, warranty and supply conditions layer by layer.
Paper, videos, trained policies and datasets are not automatically covered by the repository software licence.
Use only explicitly released assets under their stated terms and cite the research separately.
This table is a source-navigation and engineering-decision aid, not legal advice. Use original licence texts and qualified advice for an actual decision.
High-energy system validation gates
Power tree, actuator limits, stored-energy inventory, fusing, isolation, safe-torque-off path and remote-stop test.
Stop conditionNo powered motion until independent stop and energy-isolation functions are proven on the actual build.
Joint range, structure, cable routing, actuator calibration, thermal soak and communication-fault tests on fixtures.
Stop conditionStop on uncontrolled torque, unexpected restart, overheating, damaged cables or inconsistent sensors.
Tether or support, exclusion zone, low-energy gait, fall envelope, logs and a rehearsed recovery procedure.
Stop conditionDo not progress to dynamic motion if a fault can leave the protected envelope.
Declared terrain, payload, speed, duration, trial count, interventions, failures and maintenance state.
Stop conditionA research demonstration cannot support public-space, consumer or unattended-use claims.
FUURAA analysis
Studying the integration of mechanism, custom actuation, electronics, safety-stop architecture, embedded control and simulation in one research platform.
The release looks unusually complete, which can obscure the non-commercial hardware licence and the gap between buildability and safe, repeatable operation.
Use Barkour as a systems-engineering reference and evidence checklist. For commercial work, separate learning from implementation and establish an independently cleared architecture.
Applicability boundary