Core Performance Metrics
Payload
Runtime (Full Load)
Climb
150kg Payload in a Compact Platform
TRACER 2.0 supports a rated moving payload of up to 150 kg while maintaining a compact and integration-friendly form factor for indoor logistics and mobile robotics.
Stable Motion Under Heavy Loads
The upgraded three-swing-arm structure reduces platform deformation during loaded operation, helping improve tracking accuracy and motion stability.
Modular Design with Open Interfaces
Easy to integrate sensors, onboard computers, robotic arms, and custom payloads, supporting the development of customized AGV and AMR systems for indoor logistics and automation applications.
Who Is TRACER 2.0 For?
Built for teams developing compact, low-profile mobile robots for indoor automation, logistics, research, and customized applications.
Factory & Warehousing Automation
Automating material transport, line-side delivery, and repetitive movement across production and storage areas.
Robotics System Integrators
Developing customized AGVs and AMRs with navigation sensors, onboard computing, and task-specific payloads.
Universities & Robotics Labs
Conducting research and practical education in SLAM, autonomous navigation, multi-robot coordination, and motion control.
Service Robot Developers
Building indoor delivery, inspection, and service robots for offices, hospitals, campuses, and public facilities.
TRACER 2.0 User Cases
Real-world applications enabled by a compact, low-profile mobile robot platform with flexible payload integration.
Complete Ecosystem
Seamless integration with industry-standard hardware and software
Components & Accessories
Integrate sensors, onboard computing, robotic arms, and application-specific payloads.
Software & Algorithms
Develop with CAN and SDK control, ROS integration, sensor data interfaces, and autonomous navigation resources.
CAN Bus & SDK Control
ROS 1 / ROS 2 Integration
SLAM & Navigation Stack
FAQ
TRACER 2.0 is a high-payload indoor mobile robot platform for material transport, mobile manipulation, and customized AGV/AMR development.
TRACER 2.0 uses a wheeled differential-drive design, making it better suited to structured indoor floors, efficient transport, and high-payload applications. Tracked platforms are generally more suitable for uneven terrain, outdoor exploration, and obstacle-heavy environments.
TRACER 2.0 does not provide lateral movement like an omnidirectional platform. Instead, its differential-drive configuration offers a simpler motion structure, stable load transport, and reliable operation for indoor logistics and automation applications.
TRACER 2.0 can be equipped with LiDAR, cameras, onboard computers, robotic arms, lifting modules, conveyors, and other custom payloads. These configurations support indoor logistics, material transport, industrial inspection, mobile manipulation, and customized AGV/AMR development.
Yes. TRACER 2.0 provides C++ SDK resources and ROS 1 / ROS 2 packages for motion control, platform feedback, sensor integration, and customized mobile robot development.
Yes. With its open interfaces and modular payload integration, TRACER 2.0 can be developed into customized AGV, AMR, material transport, inspection, and mobile manipulation systems.
Technical Specifications
Motion Mode
Weight
dimensions (mm)
IP Rating
Ground Clearance
Temperature
Runtime (Full Load)
Climb
Obstacle Clearance
Max Speed
Max Range
Payload
Tell Us Your Needs
Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.
AFTER-SALES
support@agilex.aiADDRESS
Head Office: XbotPark, Songshan Lake, Dongguan
Sales & Marketing: iPark, Nanshan District, Shenzhen
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