The CB1 is an advanced AI-driven quadruped robot engineered for powerful mobility, intelligent perception, and reliable all-terrain performance. Designed with a reinforced frame and high-torque actuators, it delivers exceptional stability across gravel, uneven surfaces, slopes, and environmental disturbances. Its adaptive reinforcement learning algorithms continuously optimise gait, posture, and movement, allowing the CB1 to run at speeds up to 3.7 m/s, climb 16 cm steps, tackle 40° inclines, and perform dynamic actions such as obstacle crossing and ground jumps.
Equipped with an intelligent recognition system, AI-powered monocular vision, and optional UWB tracking, the CB1 can autonomously pursue and follow human or vehicle targets without remote control. For multi-unit deployments, the CB1 integrates seamlessly through a MESH network, enabling coordinated formations, unified command, and collaborative missions. With additional drone interoperability for three-dimensional coverage, the CB1 is built for high-efficiency applications in industry, security, inspection, research, and interactive environments.
AI Algorithm: Reinforcement learning for gait, posture, and terrain adaptation
Speed: Up to 3.7 m/s
Mobility: Climbs 16 cm steps, manages 40° slopes, stable on gravel and uneven terrain
Recognition: Monocular AI vision; intelligent target ID
Tracking: Optional UWB module for continuous autonomous following
Network: MESH multi-robot networking and formation capability
Collaboration: Supports drone-robot interoperability for 3D mission mapping
Build: Reinforced frame, advanced joint protection, high-torque drivers
Additional: Stable performance under environmental disturbances
Companies or agencies running large-area operations can coordinate multiple CB1 units in unified task groups. Robots can be assigned to patrol sectors, reconnaissance routes, or mapping missions simultaneously. With drone interoperability, both aerial and ground systems integrate into a single command environment. This enhances efficiency, expands coverage, and supports mission-critical workflows across logistics, mining, agriculture, and emergency response sectors.
Industrial teams can send the CB1 into confined, high-risk, or unstable areas to collect visual data, assess structure integrity, or perform routine inspection tasks. Its stable gait and advanced sensors maintain reliability on gravel, slopes, and uneven surfaces, while its ability to climb obstacles ensures deep access into facilities. This reduces safety risks while increasing inspection frequency and accuracy.
Security teams can deploy the CB1 for perimeter patrols, rapid-response reconnaissance, and real-time threat identification. Its AI vision enables recognition of human or vehicle targets, while UWB and monocular tracking allow it to follow specific subjects without manual control. This ensures consistent monitoring, even in rugged outdoor environments or low-visibility conditions, making it ideal for estates, industrial yards, critical infrastructure, and remote security posts.
Industrial teams can send the CB1 into confined, high-risk, or unstable areas to collect visual data, assess structure integrity, or perform routine inspection tasks. Its stable gait and advanced sensors maintain reliability on gravel, slopes, and uneven surfaces, while its ability to climb obstacles ensures deep access into facilities. This reduces safety risks while increasing inspection frequency and accuracy.
The CB1 is designed for rough, uneven, and unpredictable terrain. It maintains stability on gravel, slopes, steps, and outdoor environments thanks to its reinforced frame, adaptive algorithms, and strong torque output.
No. With its AI vision model and optional UWB module, the CB1 can autonomously follow humans or vehicles without any manual input, making it suitable for security, inspection, and hands-free operations.
The robot can reach running speeds of up to 3.7 m/s, maintaining stability while handling environmental disturbances, abrupt terrain changes, and mission-critical manoeuvres.
Yes. The CB1 supports MESH networking for multi-unit formations, central management, coordinated tasks, and large-area robotics deployment through a unified command platform.
Absolutely. The platform can interact with drones for combined aerial and ground coverage, enhancing mapping, reconnaissance, and multi-layer mission performance.
The CB1 is ideal for inspection, mapping, patrol, hazardous area access, logistics assistance, and multi-robot operations across industrial and outdoor sectors.
Yes. Researchers can utilise its open architecture to test motion control, AI algorithms, sensing modules, and collaborative robotics, making it valuable for universities and labs.
Its reinforcement learning engine continuously adapts movement patterns, enabling steady gait control, obstacle clearance, slope climbing, and dynamic performance in unpredictable terrain.
All the essential technical documentation to help you understand, assemble, and operate your robot step by step.
Development resources, APIs, and SDKs to extend functionalities or integrate the robot with other platforms.
Answers to the most common questions about installation, operation, repairs, replacement, compatibility, and more.
Tutorials and visual guides for setup, daily use, maintenance, and troubleshooting.
Updated pricing, purchasing options, and financing availability for your region.
Practical applications, client success stories, and recommended configurations.










ASIMOV AI AGENT

Valoraciones
No hay valoraciones aún.