Warehousing & Logistics
Transport small goods, totes, and inventory between shelves, packing stations, and dispatch areas.
A Versatile Base for Custom Robotics
The REEMAN Hot Wheels Robot Chassis is a compact autonomous mobile platform designed for robot development and customized system integration. Its open SDK and API interfaces, intelligent navigation, and modular architecture help developers build robotic solutions without starting from zero.
Open SDK & API Integration
Connect custom software and external systems through REEMAN's open SDK and API interfaces. Developers can build application-specific functions on an established mobile navigation platform, simplifying integration and reducing development effort.
Laser SLAM + V-SLAM Navigation
Combining Laser SLAM and visual simultaneous localization and mapping (V-SLAM), Hot Wheels supports autonomous localization, intelligent mapping, and route planning. Multi-sensor fusion helps the chassis navigate complex indoor environments and respond to changing conditions.
Intelligent Path Planning & Obstacle Avoidance
Hot Wheels integrates Laser sensing, 3D vision, and multi-sensor fusion to detect obstacles and automatically adjust travel routes. Intelligent path planning supports safer, more flexible autonomous navigation in dynamic indoor environments.
270°
Laser Scanning Angle
25 m
Laser Detection Range
Remote Mapping & Simplified Deployment
REEMAN's remote navigation tools support indoor map creation, virtual wall configuration, and cloud-based robot management. Engineers can configure navigation routes and manage deployment tasks more efficiently, reducing on-site setup and maintenance requirements.
Intelligent Multi-Robot Scheduling
With REEMAN's scheduling system, multiple robots can receive assigned tasks, coordinate navigation, and manage shared routes. Intelligent traffic management helps reduce route conflicts and supports efficient operation across shared indoor environments.
Optional Elevator & Access Control Integration
Optional elevator and access control integration allows Hot Wheels-based robot systems to support autonomous movement between floors and connected indoor areas. Compatibility depends on the building infrastructure and project configuration.
Compact Design. Up to 60 kg Payload.
With a compact 450 × 450 mm footprint, 28 kg chassis weight, and maximum payload of 60 kg, Hot Wheels provides a space-efficient foundation for customized robotic systems. Its modular design supports integration with suitable upper structures and equipment.
60 kg
Max. Payload
450 × 450
Footprint (mm)
28 kg
Chassis Weight
One Chassis. Flexible Robot Customization.
Designed for modular integration, Hot Wheels supports different upper structures, hardware modules, and custom software systems. Developers can build on REEMAN's established navigation platform while focusing on the specialized features of their own robotic products.
Application Scenarios
From research labs to commercial buildings, the Hot Wheels chassis adapts to a wide range of indoor mobile robot applications.
Manufacturing & Factories
Move components, tools, and work-in-progress materials along production lines and assembly stations.
Healthcare & Hospitals
Support medication, sample, and supply delivery inside clinics, hospitals, and care facilities.
Retail & Hospitality
Enable indoor guide, promotional, and service robots for stores, hotels, and exhibition venues.
R&D & Education
Provide a ready-to-develop mobile base for universities, labs, and robotics startups.
Commercial Buildings
Deliver documents, snacks, and small parcels across offices, co-working spaces, and public buildings.
Hot Wheels Robot Chassis Specifications
Explore the key technical specifications of the REEMAN Hot Wheels WBOT11B autonomous robot chassis, designed for intelligent navigation, open development, and flexible system integration.
Specifications are based on published WBOT11B product information. Actual operating time and integration performance may vary depending on payload, operating environment, and configuration.
Frequently Asked Questions
Answers to common questions about the REEMAN Hot Wheels Robot Chassis, including navigation, SDK integration, payload capacity, and custom development.
Q: What is the REEMAN Hot Wheels Robot Chassis?
A: The REEMAN Hot Wheels WBOT11B is an autonomous mobile robot chassis designed for secondary development and customized robot integration. It combines intelligent navigation, obstacle avoidance, and open development interfaces in a compact platform.
Q: Does the Hot Wheels chassis support secondary development?
A: Yes. REEMAN provides an open SDK and API interfaces for custom software development and external system integration. Specific interface documentation and supported functions should be confirmed with the engineering team.
Q: What navigation technologies does the chassis use?
A: Hot Wheels combines Laser SLAM and V-SLAM with multi-sensor fusion to support indoor mapping, autonomous localization, route planning, and navigation without magnetic strips or floor-mounted navigation markers.
Q: What is the maximum payload capacity?
A: The WBOT11B supports a maximum payload of 60 kg, including integrated upper structures and equipment. Weight distribution, center of gravity, and mounting requirements should be assessed during integration.
Q: Can Hot Wheels automatically detect and avoid obstacles?
A: Yes. The chassis uses Laser sensing, 3D vision, and multi-sensor fusion to detect obstacles and adjust its travel route. The published Laser detection range is 25 m, with a 270-degree scanning angle. Detection performance depends on operating conditions.
Q: Can multiple Hot Wheels robots operate together?
A: Yes. With REEMAN's scheduling system, multiple robots can receive assigned tasks, coordinate navigation, and manage shared routes. This supports multi-robot operation and traffic management in suitable indoor environments.
Q: Does the chassis support elevator integration?
A: Optional elevator and access control integration is available for cross-floor navigation. Compatibility depends on the elevator system, building infrastructure, and project configuration.
Q: Can engineers configure navigation maps remotely?
A: REEMAN's remote navigation tools support map configuration, virtual wall settings, and robot management. Available functions depend on the software configuration and connectivity.
Q: How long can the chassis operate on one charge?
A: The published operating time is approximately 4–6 hours with a 25.6 V / 27 Ah battery. Actual runtime depends on payload, travel conditions, speed, and the power requirements of additional equipment.
Q: Can Hot Wheels be customized for different robotic systems?
A: Yes. Its modular structure and open development interfaces support integration with suitable upper modules, external equipment, and application software. Final customization depends on payload, dimensions, mounting, power, and interface compatibility.
Discuss Your Robot Chassis Project
Share your payload, integration, and development requirements with the REEMAN team. We can help you explore suitable configurations for your customized robot project.
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