CBR-1
Rugged Mobile Platform for
Education & Research
Born from bomb disposal, built for your
Modular Platform
Field-swappable components and standardized mounting interfaces for rapid reconfiguration and payload integration.
Research-Focused Architecture
Open software framework with ROS integration, sensor interfaces, and documented APIs for academic development.
Open & Extensible System
Full access to low-level control, modular power distribution, and expansion bays for custom instrumentation.
Engineered from Real-World Bomb Squad Operations
The CBR-1 platform is derived from proven explosive ordnance disposal (EOD) robotics system deployed in operational environments worldwide including Ukraine.
Its mechanical architecture incorporates design principles refined through years of field deployment—emphasizing reliability under demanding constraints, maintainability in austere conditions, and robust mobility across varied terrain.
This platform has been optimized for research, providing academic institutions with access to field-proven engineering for advanced robotics research and education.
Explore EOD VersionResearch Applications
Autonomous Navigation
Path planning, obstacle avoidance, and autonomous mobility research in structured and unstructured environments.
SLAM & Mapping
Real-time localization and mapping algorithms with multi-sensor fusion capabilities.
Perception & Sensor Fusion
Computer vision, lidar processing, and multi-modal sensor integration for environmental understanding.
Mobile Manipulation
Integration platform for robotic arms and end-effectors in mobile manipulation research.
Robotics Education
Comprehensive teaching platform for undergraduate and graduate robotics curriculum development.
Custom Payload & Hardware Prototyping
Open-architecture design for rapid prototyping and integration of proprietary sensors, edge-compute modules, and novel mechatronic payloads.
CBR-1 UGV
Rugged Research Platform
The CushyBots A1 platform is derived from proven explosive ordnance disposal (EOD) robotics systems deployed in operational environments worldwide.
Its mechanical architecture incorporates design principles refined through years of field deployment—emphasizing reliability under demanding constraints, maintainability in austere conditions, and robust mobility across varied terrain.
This platform has been adapted into a civilian, non-militarized research system, providing academic institutions with access to field-proven technology for advanced robotics research and education.
Interested in the CBR-1?
12,000 USD + Shipping Cost
Submit a quick inquiry and our team will prepare a customized quotation based on your requirements. Whether you're exploring options, budgeting for a project, or ready to purchase, we're happy to help.
Free quotation • No obligation • No purchase commitment
CBR-1: Technical Datasheet
Please note: As an open-architecture platform, performance specifications will vary based on your custom payload configurations, user modifications, and environmental field conditions.
Download Full Datasheet (PDF)