Indoor mobile robots Robotnik
Robotnik outdoor mobile robots are designed to operate in outdoor and semi-structured environments: industrial sites, logistics areas, campuses, construction sites, agricultural domains, test grounds, or large open spaces. Their goal is to serve as rugged mobile platforms for R&D, data collection, inspection, security/safety missions, or equipment transport, while adapting to field constraints (uneven ground, slopes, obstacles, weather).
Why choose a Robotnik outdoor mobile robot?
- All-terrain mobility: platforms suited to uneven ground, obstacle negotiation, and long routes.
- Ruggedness for the field: design built for outdoor use and changing conditions.
- Ideal base for integration: add sensors (LiDAR, cameras, GNSS/RTK…), onboard computing, application modules.
- Versatile use cases: inspection, mapping, patrol, research, prototyping, outdoor demonstrators.
Robotnik outdoor models to know
RB-SUMMIT: the versatile outdoor platform for R&D projects and field applications
The RB-SUMMIT is an outdoor mobile platform known for its versatility: it serves as a base for mobile robotics projects in real environments, whether for autonomous navigation, perception, or field missions. It is a frequent choice when you need a rugged chassis capable of carrying sensors and a payload suitable for a demonstrator.
- Positioning: versatile outdoor platform
- Key strengths: sensor integration, field mobility, R&D use
- Use cases: autonomous navigation, data collection, outdoor testing
RB-VOGUI: outdoor mobile robot for operational missions and field mobility
The RB-VOGUI is geared toward outdoor missions requiring reliable mobility and a robust integration base. It is relevant for scenarios such as site inspection, recurring outdoor routes, data collection over large areas, or security/safety projects (depending on configuration and sensors).
- Positioning: operational outdoor / field
- Key strengths: ruggedness, payload capacity, modularity
- Use cases: inspection, patrol, monitoring, field experimentation
RB-FIQUS: compact, agile outdoor platform for navigation and outdoor experimentation
The RB-FIQU(S) targets outdoor mobility needs with a more compact footprint and an agile approach, useful for outdoor trials, mobile robotics research, or missions where size and maneuverability matter. It is an interesting base for rapidly prototyping perception, localization, or planning functions.
- Positioning: compact / agile outdoor
- Key strengths: maneuverability, sensor integration, prototyping
- Use cases: R&D, navigation, field tests, data collection
The RB-ROBOUT+ is a collaborative mobile manipulator designed to automate manipulation tasks indoors, combining an Universal Robots arm with an omnidirectional base suitable for confined spaces.
The RB-ROBOUT is an autonomous mobile robot (AMR) designed for indoor transport of heavy loads, up to 2 tonnes, in industrial environments such as factories and warehouses.
The RB-KAIROS is an autonomous mobile robot (AMR) designed for indoor logistics and transport applications, with a payload of up to 250 kg, omnidirectional kinematics and a ROS 2-based architecture.
The RB-THERON+ is a mobile manipulator robot designed for R&D and manipulation operations in indoor environments, suitable for laboratories, universities, industrial sites and logistics areas where space is limited.
The RB-KAIROS+ offers a complete and modular solution to enhance the capabilities of Universal Robots cobots, allowing flexible and efficient automation for industrial environments.
RB-THERON is a modular solution based on ROS architecture, ideal for improving the efficiency of indoor logistics processes.