RBM-S100a
RBM-S100a
A compact autonomous mobile robot platform for transport automation in narrow spaces
- Compact AMR
- Narrow Spaces
- Smart Logistics Automation
- Dimensions
- 510(W) × 510(D) × 1250(H) mm
- Payload
- 120kg
- Maximum Speed
- 1.2m/s
enables efficient transport automation even in narrow spaces
RBM-S100a
RBM-S100a is an autonomous mobile robot platform designed for compact transport environments and narrow spaces.
Built on in-house core technology for sensors, drive units, and control software, it provides reliable autonomous navigation and flexible logistics automation in logistics centers, manufacturing lines, service sites, and more.
Its compact size and high payload capacity for its class make it possible to build efficient logistics flows even in limited spaces.
Key Features
Key Features
Compact AMR platform based on in-house core technology
RBM-S100a is a compact AMR platform developed in-house across sensors, drive units, control boards, and autonomous navigation software. Its precision sensor configuration and drive system support stable driving and repeated operation in diverse environments.
Compact size with class-leading payload capacity
Its compact form is suited to narrow aisles and limited workspaces, while its high payload capacity improves logistics efficiency. Adjustable tray height supports flexible transport configurations for different sites and workflows.
SLAM-based autonomous navigation and precise path control
SLAM-based autonomous navigation provides accurate localization and stable path generation in indoor logistics environments. Path-following and obstacle-avoidance logic enable predictable, smooth driving in narrow aisles and repetitive routes.
Enhanced safety with multi-sensor configuration and 3D LiDAR option
2D LiDAR and a 3D camera are installed by default to detect obstacles and reduce collision risk. Low obstacles around 5 cm can also be detected, and the 3D LiDAR option enables more precise spatial awareness.
Remote operation and real-time monitoring through web-based FMS
A web-based FMS enables robot operation and status management without separate installation. Operators can check operating status, driving information, and alerts in real time from multiple devices.
Simulation-based pre-validation environment
Routes and maps can be validated before operation using the common Rainbow Robotics AMR software environment. SLAM navigation, path control, stop points, and obstacle avoidance can be checked before deployment.
Compact AMR platform based on in-house core technology
RBM-S100a is a compact AMR platform developed in-house across sensors, drive units, control boards, and autonomous navigation software. Its precision sensor configuration and drive system support stable driving and repeated operation in diverse environments.
Compact size with class-leading payload capacity
Its compact form is suited to narrow aisles and limited workspaces, while its high payload capacity improves logistics efficiency. Adjustable tray height supports flexible transport configurations for different sites and workflows.
SLAM-based autonomous navigation and precise path control
SLAM-based autonomous navigation provides accurate localization and stable path generation in indoor logistics environments. Path-following and obstacle-avoidance logic enable predictable, smooth driving in narrow aisles and repetitive routes.
Enhanced safety with multi-sensor configuration and 3D LiDAR option
2D LiDAR and a 3D camera are installed by default to detect obstacles and reduce collision risk. Low obstacles around 5 cm can also be detected, and the 3D LiDAR option enables more precise spatial awareness.
Remote operation and real-time monitoring through web-based FMS
A web-based FMS enables robot operation and status management without separate installation. Operators can check operating status, driving information, and alerts in real time from multiple devices.
Simulation-based pre-validation environment
Routes and maps can be validated before operation using the common Rainbow Robotics AMR software environment. SLAM navigation, path control, stop points, and obstacle avoidance can be checked before deployment.
Specifications
| Dimensions | 510(W) × 510(D) x 1250(H) mm |
|---|---|
| Weight | Approx. 50 kg |
| Payload | 120 kg |
| Maximum Speed | 1.2m/s |
| Sensors | 2D Lidar x 1, 3D Depth Camera x 2 |
| Cargo box size | 450 x 345 x 200(150) mm |
| Battery | 15Ah (48V) - 13S3P(21700) |
| Continuous Driving Time | 10 hours |
| Battery Charging Time | 3 hours 30 minutes |
| Charging | Included wired AC adapter |
Wired Charger
Battery
Wireless Charging Station RBM-AC450
A wireless charging station that maximizes mobile robot operating efficiency.
| Specification Item | Specification Value |
|---|---|
| Dimensions | 320 (W) × 180 (D) × 375 (H) mm |
| Charging | Built-in 450 W charger |
Download
Downloads
| Select | Product | Resource type | Resource details | Download link |
|---|---|---|---|---|
| RBM Series Mobile Robots | Catalog | RBM-S100 a/b Catalog Catalog |
A proven automation partner across diverse industries
- Logistics
- Healthcare
- Food & Beverage
A proven automation partner across diverse industries
