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FUTURE CATALOG

Build the robotics stack before you buy the part.

BotAtlas is making room for the systems behind modern robotics: arms, joints, motion systems, reducers, sensors, energy autonomy, magnet materials, and edge AI compute. These are research families today—not customer offers or product recommendations.
GOVERNED BY DESIGN

A component enters the customer-facing catalog only after BotAtlas reviews its official source, technical revision, compatibility evidence, media rights, supplier identity, and commercial routing. This prevents a promising part category from becoming an unverified purchase claim.

SOURCE-REVIEWED RESEARCH TRACKS

Actuation starts with the whole motion stack.

These profiles make the first four supplier and materials tracks visible for research. They do not create a partnership, offer, referral, or purchase route.

Integrated precision motion

Novanta

Research track for integrated motion, motors, drives, controllers, and linear-actuation building blocks used in compact machine and robotics designs.
  • Motor, drive, encoder, and network interface
  • Load case, thermal envelope, control mode, and documentation revision
Review Novanta IMS sources ↗

Precision drives & industrial motion

Timken

Research track for precision drive, bearing, harmonic, cycloidal, and linear-motion building blocks relevant to robotic joints and industrial motion systems.
  • Reduction ratio, backlash, bearing load, duty cycle, and lubrication
  • Mechanical interface, service life, application evidence, and supply path
Review Timken robotics sources ↗

Servo & motion control

Moog

Research track for industrial servo and motion-control systems where a complete control architecture, integration boundary, and support plan matter as much as the motor specification.
  • Servo sizing, control architecture, feedback, safety context, and networking
  • Operating environment, integration responsibility, serviceability, and validation method
Review Moog motion sources ↗

Rare-earth magnet materials

USA Rare Earth

Materials-supply research track for permanent-magnet inputs behind high-performance motors and actuators. This is not an actuator listing or a claim about availability, price, or supply assurance.
  • Magnet grade, motor design requirements, sourcing geography, and traceability
  • Material qualification, lifecycle risk, commercial terms, and current production evidence
Review USA Rare Earth sources ↗

FUTURE CATALOG

Robotic arms & end effectors

Arms, wrists, grippers, tool changers, and force-control hardware for specific workcells and mobile platforms.

Evaluate

  • Reach, payload, repeatability, and duty cycle
  • Tooling, safety, controls, and integration interfaces

Before routing

  • Official datasheet and revision
  • Compatibility and safety evidence
  • Verified supplier and commercial path

FUTURE CATALOG

Joint actuators & knee modules

Motor, drive, encoder, brake, and integrated joint assemblies for legged and humanoid development programs.

Evaluate

  • Torque-speed envelope, thermal limits, backlash, and control bandwidth
  • Load case, joint geometry, serviceability, and fault behavior

Before routing

  • Official performance and safety data
  • Lifecycle, warranty, and integration review
  • No medical, safety, or endurance claims without evidence

FUTURE CATALOG

Gears, reducers & transmissions

Precision reducers, gearboxes, harmonic drives, belts, and transmission components for robotic motion systems.

Evaluate

  • Ratio, torque, efficiency, backlash, and fatigue life
  • Mounting, lubrication, environmental limits, and availability

Before routing

  • Official specification and test context
  • Fit with the joint and controller
  • Supplier, region, and commercial terms verified

FUTURE CATALOG

Sensors & motion control

Vision, encoders, force-torque sensing, LiDAR, IMUs, safety sensing, motion controllers, and communications hardware.

Evaluate

  • Measurement accuracy, latency, field of view, and failure behavior
  • Environmental tolerance, functional-safety context, and software interface

Before routing

  • Official documentation and support horizon
  • Integration and data-handling review
  • Claims tied to a defined operating environment

FUTURE CATALOG

Edge AI compute & robotics CPUs

Embedded CPUs, GPUs, AI accelerators, carrier boards, and compute modules for perception, planning, and autonomy workloads.

Evaluate

  • Model workload, latency, memory, power, cooling, and real-time constraints
  • Operating system, middleware, security updates, and support lifecycle

Before routing

  • Official performance methodology
  • Power, thermal, and deployment evidence
  • No benchmark comparison without matched workload context

FUTURE CATALOG

Robot energy & autonomy

Charging docks, battery-swapping systems, battery-management hardware, solar-supported charging infrastructure, and energy-aware fleet orchestration for robots that can return to a safe charge state without a person timing every recharge.

Evaluate

  • Task energy budget, reserve threshold, battery health, and safe return-to-charge path
  • Docking or swap reliability, charging throughput, fleet queueing, power availability, and outdoor solar contribution

Before routing

  • Official electrical, battery, thermal, and charging safety documentation
  • Validated operating conditions and recovery behavior
  • Verified supplier, support path, region, and commercial terms

BUILD A COMPONENT BRIEF

Describe the interface—not only the desired part.

Start with a robotics requirement →