Robot platforms & motion components / Aimrob
Build the Robot.
Power the Motion.
Mobile Platforms. Servo Motors. Joint Actuators.
Engineered for Robotics Integration.
01 / Mobility foundations
Platforms and motion components shaped around the robot you are building.
Aimrob supplies mobile robot chassis, education and research robots, hub servo motors, joint actuators, steering-drive modules, and motor drivers for global robotics programs.
From platform selection to integration planning, start with verified project requirements.
Explore the architecture02 / Product families
Two product lines, one robotics integration path.
Explore robot platforms and the core motion components used to build and control them. Published values identify a public configuration and still require final engineering confirmation.
Wheeled Robot Chassis
Configurable 4WD, four-wheel-steering, and omnidirectional bases for autonomous mobile robots.
- 4WD / 4WS
- Omnidirectional
Tracked & Special Robots
Tracked and special-purpose robot platforms for field inspection, hazardous work, and mission payloads.
- Field robotics
- Special purpose
AMR & Delivery Robots
Mobile robot foundations and integrated configurations for material movement and service delivery.
- Logistics
- Service robotics
Education & Research Robots
Open development platforms for robotics education, competitions, navigation, and algorithm research.
- Open SDK
- ROS development
Hub Servo Motors
Integrated wheel-hub drive options for AGV, AMR, service robot, and mobile chassis programs.
- Brushless drive
- Encoder feedback
Robot Joint Actuators
Integrated servo joint modules for robotic arms, humanoid robots, exoskeletons, and automation equipment.
- Integrated servo
- Robotic joints
Steering-Drive Modules
Compact steering, drive, reduction, and control assemblies for AGV and AMR mobility systems.
- CAN bus
- Integrated module
Robot Motor Drivers
Single- and dual-channel servo motor controllers for robot hub motors and mobile drive systems.
- CAN / RS485
- Dual channel
03 / Mobility technology
Engineering the path between command and motion.
A requirements-led view of drive, steering, terrain contact, controls, and secondary development.
- 01TRACTION / CONTROL
Four-Wheel Drive
A drive architecture intended to distribute traction across the mobile platform and support configurable motion control.
Build a mobility base around the terrain, maneuvering, and control requirements of the application. - 02GEOMETRY / LINKAGE
Dual-Side Linked Steering
Coordinated steering geometry can align wheel motion with the commanded path while reducing integration complexity.
Translate vehicle motion intent into a platform architecture suitable for secondary development. - 03PATH / STABILITY
Dual Ackermann Steering
Front and rear steering relationships can be engineered for application-specific turning behavior.
Support path-following strategies that need vehicle-like steering characteristics. - 04TURNING / ENVELOPE
Zero-Radius Turning
Selected platform architectures can be designed around highly compact maneuvering patterns.
Evaluate turning-envelope requirements early in the chassis selection process. - 05CONTACT / TERRAIN
Suspension & Terrain Adaptability
Mechanical compliance, wheel contact, and packaging are considered together for outdoor mobility programs.
Match chassis behavior to the actual surface, obstacle, and payload requirements supplied by the customer. - 06INTERFACE / INTEGRATION
CAN & Secondary Development
Control interfaces and development boundaries are documented around the approved product configuration.
Create a clearer handoff between the mobile base and the customer's autonomy stack. - 07REQUIREMENTS / DESIGN
Custom Chassis Engineering
Customer inputs such as payload, dimensions, terrain, and control interface guide the engineering discussion.
Start with project constraints instead of forcing every program into one standard platform.
04 / Featured products
Representative platforms and motion components.
These initial product pages are based on public product information and exclude marketplace pricing, sales, logistics, and transaction content.
100 kg Omnidirectional Robot Chassis
An omnidirectional mobile base with four-wheel independent suspension for payload integration, autonomous navigation, and service-robot development.
Education & Research Robot Platform
An open four-wheel platform prepared for robotics education, ROS development, navigation experiments, competitions, and AI coding projects.
8-Inch Hub Servo Motor
A compact brushless wheel-hub servo motor for AGV, AMR, service robot, and mobile chassis drive applications.
Integrated Robot Joint Actuator
An integrated smart servo joint for robotic arms, automation equipment, humanoid development, and other articulated robot systems.
05 / Applications
Mobility platforms for real engineering contexts.
Start with the environment, route, payload, integration, and control requirements of the program.
Research & Education
Teams need an extensible mobile base for teaching, prototyping, and algorithm development.
Explore application ↗Autonomous Navigation
Autonomy teams need chassis behavior that can be modeled and integrated into the navigation stack.
Explore application ↗Outdoor Inspection
Inspection programs face uneven surfaces, constrained access, and application-specific payloads.
Explore application ↗Logistics & Material Handling
Material movement requires a chassis architecture that fits the route and system integration plan.
Explore application ↗Agricultural Robotics
Agricultural platforms combine outdoor mobility with task-specific equipment and packaging constraints.
Explore application ↗Special-Purpose Robotics
Specialized programs rarely fit a generic chassis without mechanical and control trade-offs.
Explore application ↗06 / Product information discipline
Separate public configurations from final engineering selection.
Initial product information is presented as a representative configuration. Project-specific limits, interfaces, and documents are confirmed during technical review.
Engineering inputs
Payload, dimensions, terrain, control interface, and project timeline.
Reviewed configuration
Product and engineering information approved before it appears on the public site.
Documented handoff
Public and controlled technical files separated according to their approved access level.
Start a project conversation
Build Your Next Mobile Robot Platform with Aimrob
Tell us your payload, dimensions, terrain, control interface, and customization requirements.