Hussar Pro 100kg Mobile Robot Chassis | REEMAN

REEMAN Hussar Pro 100kg autonomous mobile robot chassis

Hussar Pro Mobile Robot Chassis

REEMAN Hussar Pro is a 100 kg autonomous mobile robot chassis designed for indoor navigation and customized robot development. It integrates Laser SLAM navigation, obstacle detection, automatic charging and open SDK/API interfaces in a compact mobile platform.

100 kg

Payload

Laser SLAM

Navigation

SDK / API

Integration

Why Choose Hussar Pro?

A Ready-to-Integrate Mobile Platform for Custom Robot Development

100 kg Payload Capacity

Compact mobile base for customized equipment integration.

Laser SLAM Navigation

Autonomous navigation without magnetic tape or QR codes.

Intelligent Obstacle Avoidance

Laser, 3D vision and ultrasonic obstacle detection.

Open SDK & API

Software interfaces for secondary development and OEM integration.

Offline Local Operation

Preconfigured onboard tasks can operate offline after setup.

Automatic Charging

Low-battery return and automatic docking with a compatible charging station.

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100 kg Payload Capacity

With a rated payload of 100 kg, Hussar Pro provides a compact mobile foundation for transport containers, inspection equipment and customized upper modules. Its mounting platform supports application-specific mechanical integration, subject to load distribution and installation requirements.

100 kg

Rated Payload

550 × 450 mm

Chassis Footprint

Hussar Pro 100 kg payload and custom robot mounting platform

Hussar Pro Laser SLAM autonomous indoor navigation and mapping

Laser SLAM Autonomous Navigation

Hussar Pro uses Laser SLAM technology for indoor mapping, localization and autonomous navigation. Once maps and destination points are configured, the chassis can travel between designated locations without relying on magnetic tape or QR-code navigation markers.

Intelligent Obstacle Avoidance

Hussar Pro combines Laser sensing, 3D cameras and ultrasonic sensing to detect obstacles along its travel path. The navigation system responds to changes in the surrounding environment, supporting autonomous movement in indoor operating areas.

Laser Sensing 3D Vision Ultrasonic

Hussar Pro multi-sensor obstacle avoidance

Hussar Pro open SDK and API robot chassis integration

Open SDK & API Integration

Hussar Pro provides an open SDK and API integration interfaces for secondary development. Developers can connect customized software and hardware modules while using the chassis's existing mobility and navigation capabilities.

Open SDK API Interfaces Custom Development

38.4V 27Ah LiFePO4 Battery

Hussar Pro is equipped with a 38.4V 27Ah lithium iron phosphate battery. The published specification indicates approximately 12 hours of operation under an 80 kg load condition. Actual runtime depends on payload, speed, route conditions and application requirements.

38.4V

Voltage

27Ah

Capacity

≈12 h

At 80 kg Load

Runtime is based on the published 80 kg load condition.

Hussar Pro 38.4V 27Ah LiFePO4 battery and operating runtime

Automatic Return to Charging

When its battery reaches a configured low-power threshold, Hussar Pro can navigate back to a compatible charging station and dock automatically. This reduces manual charging intervention during repeated indoor transport and service tasks.

STEP 01

Low Battery

STEP 02

Return to Dock

STEP 03

Auto Charging

Remote Mapping & Navigation Deployment

Hussar Pro supports remote mapping and navigation deployment through compatible software tools. With the required network connection and access permissions, developers can configure maps and navigation settings for indoor robot applications, reducing the need for repeated on-site configuration.

Hussar Pro remote mapping and navigation deployment

Hussar Pro Technical Specifications

100 kg Autonomous Mobile Robot Chassis | Model HBOT20P

Specification	Details
Product Name	Hussar Pro Mobile Robot Chassis
Model	HBOT20P
Rated Payload	100 kg
Dimensions (L × W × H)	550 × 450 × 312 mm
Chassis Weight	50 kg
Travel Speed	0.1–1.0 m/s
Navigation Technology	Laser SLAM
Obstacle Detection	Laser, 3D Cameras, Ultrasonic Sensors
Battery Type	Lithium Iron Phosphate (LiFePO4)
Battery Specifications	38.4V / 27Ah
Published Battery Runtime	Approx. 12 hours (80 kg load)
Automatic Charging	Supported
Remote Mapping & Deployment	Supported
Wireless Connectivity	Wi-Fi 2.4 GHz / 5 GHz
SDK / API Integration	Supported
Chassis Construction	Metal Chassis + Plastic Casing

Battery runtime is based on the published 80 kg load condition. Actual performance may vary depending on payload, travel speed, operating environment and application configuration. Specifications are subject to final product confirmation.

Frequently Asked Questions

Technical answers about REEMAN Hussar Pro navigation, software integration, deployment and operation.

Product & Navigation

What is the maximum payload capacity of Hussar Pro?

A: Hussar Pro has a rated payload capacity of 100 kg. Actual integration suitability depends on load distribution, center of gravity, mounting structure and operating conditions.

Does Hussar Pro require magnetic tape or QR codes for navigation?

A: No. Hussar Pro uses Laser SLAM technology for indoor mapping, localization and autonomous route planning. It can navigate between configured destinations without magnetic tape or QR-code navigation markers.

How does Hussar Pro detect and avoid obstacles?

A: Hussar Pro combines Laser sensing, 3D cameras and ultrasonic sensors for obstacle detection. Its navigation system responds to detected obstacles along the planned route. Actual avoidance behavior depends on the operating environment and system configuration.

How long can Hussar Pro operate on one charge?

A: Hussar Pro uses a 38.4V 27Ah LiFePO4 battery. Its published specification indicates approximately 12 hours of operation under an 80 kg load condition. Actual runtime depends on payload, speed, route conditions and application requirements.

Does Hussar Pro support automatic charging?

A: Yes. Hussar Pro supports automatic return, docking and charging with a compatible station. In REEMAN's AMR software, the default low-battery return threshold is 20% and can be configured down to 10%, subject to the supplied software configuration.

SDK & System Integration

Which SDKs, APIs and communication protocols does REEMAN support?

A: REEMAN's robot chassis platform supports LAN HTTP API, Android SDK, RS232 serial communication and local MQTT. Local MQTT requires REEMAN's Android-based AMR software and a customer-deployed MQTT broker. Integrators should confirm the interface documentation and software package supplied with Hussar Pro.

Can developers control navigation tasks through APIs?

A: Yes. Supported platform operations include navigation to predefined waypoints or coordinates, pausing, resuming or canceling navigation, and returning to the charging dock. The exact controls available depend on the selected interface and software version.

What robot status information can developers retrieve?

A: Depending on the interface, available information can include robot position, orientation, navigation status, charging status, emergency-stop status and target waypoint. Not every interface exposes the same fields. In the documented platform interfaces, HTTP API and MQTT do not provide battery or obstacle/blockage status, and MQTT does not provide the current map.

Can developers access raw 3D camera streams through the SDK?

A: No. The standard REEMAN SDK does not expose raw depth-camera video streams used by the onboard navigation system. Developers requiring independent AI vision processing can evaluate integrating an additional camera into their customized robot design.

Can Hussar Pro be used to develop customized robots?

A: Yes. Hussar Pro can serve as a mobile platform for customized indoor material transport, inspection and service robot applications. REEMAN supports chassis integration and OEM development based on each project's mechanical, electrical and software requirements.

Deployment & Operation

Can the robot operate without continuous internet or Wi-Fi access?

A: Yes, for preconfigured local tasks using REEMAN's onboard Android AGV software. Initial mapping, waypoint configuration and synchronization require a local network. After deployment, saved local tasks can operate without public internet or LAN connectivity. Remote HTTP/MQTT commands and network-dependent integrations still require their corresponding connections.

Does Hussar Pro support remote mapping and navigation deployment?

A: Yes. Hussar Pro supports remote mapping and navigation deployment through compatible software tools. Mapping and configuration require the appropriate local network connection, while remote access depends on the available management software, connectivity and permissions.

Can navigation maps be exported and transferred to another robot?

A: REEMAN's chassis platform supports map export, backup and transfer between robots of the same model with compatible configurations. Follow the applicable Hussar Pro documentation for the supported backup and import procedures.

Does REEMAN support multi-robot task scheduling?

A: Yes. REEMAN's multi-robot scheduling platform can assign tasks to available robots or designated units. A single robot normally processes queued tasks in first-in, first-out order. Customized priority strategies require evaluation of the scheduling solution.

Will the robot restart automatically after the emergency stop is released?

A: No. Releasing the physical emergency-stop switch alone does not restart robot movement. An operator must confirm the reset, and operation can resume only when the required safety and operating conditions are satisfied.

Interface availability and software functions may vary by delivered configuration. Contact REEMAN for the applicable Hussar Pro technical documentation.

Build Your Robot with REEMAN Hussar Pro

Looking for a mobile robot chassis for your next project? Contact REEMAN to discuss payload requirements, SDK/API integration, custom mounting structures and OEM robot development.

Request a Quote →

Tell us about your robot application and integration requirements.