Robotnik RB-VOGUI Alternatives & Competitors

The Robotnik RB-VOGUI+ is a versatile autonomous mobile manipulator (MMR) designed to operate in both indoor and outdoor environments, supporting logistics, R&D, agriculture, and industrial applications. Built on the RB-VOGUI platform, it includes a Universal Robots UR5e robotic arm, allowing it to perform tasks such as material handling, assembly, and last-mile delivery. With a platform payload capacity of up to 125 kg and a 5 kg arm payload, the RB-VOGUI+ efficiently handles various tasks across sectors, providing flexible automation for operations in diverse conditions.

Equipped with dual kinematics (omnidirectional and Ackerman steering), the RB-VOGUI+ achieves high mobility even on complex terrain. It is rated IP53 for weather resistance, making it suitable for challenging outdoor settings, while maintaining stability and precision. Its SLAM-based localization system and integrated 2D safety scanners ensure safe navigation and efficient obstacle avoidance, allowing it to operate autonomously around human workers in busy environments. Its speed of up to 2.5 m/s and capacity to handle slopes of up to 47% make it adaptable to dynamic settings.

With a ROS-based modular architecture, the RB-VOGUI+ supports a wide array of optional add-ons, including vision and AI packages, making it highly customizable. The MMR can handle tasks from crop monitoring and material transport in agriculture to component placement in industrial settings. Its 6-hour battery autonomy and efficient remote connectivity options, including WiFi, Bluetooth, and optional 5G, enable it to operate continuously and integrate seamlessly within existing infrastructure.

The Robotnik RB-SUMMIT is a modular and versatile autonomous mobile robot (AMR) developed for research and development (R&D) applications, suitable for both indoor and outdoor environments. With a payload capacity of up to 50 kg, it’s designed to traverse various terrains, making it ideal for complex settings such as construction sites and agricultural fields. Its skid steering and speed of up to 3 m/s allow it to navigate diverse environments efficiently, and its real-time Pan-Tilt-Zoom camera enables teleoperation for remote monitoring and control, adding flexibility to its autonomous capabilities.

The RB-SUMMIT is also available in a variant called RB-SUMMIT+, which integrates a Kinova Gen2 lightweight robotic arm, transforming it into a mobile manipulator for tasks requiring precise handling. This modularity and ROS-based open architecture make it a valuable tool for experimental setups, allowing researchers to customize the platform with additional sensors, AI, or vision packages. Its SLAM-based localization system supports accurate navigation, while optional weatherproofing up to IP54 makes it resilient in harsher outdoor conditions.

Key applications for the RB-SUMMIT include logistics, R&D, agriculture, and goods transport. Its ability to handle slopes up to 80% enhances its use in rugged or hilly areas, and with an autonomy of up to 5 hours, it’s designed to handle extended field tasks without frequent recharging. The RB-SUMMIT’s modularity, durability, and integration options make it a comprehensive choice for sectors requiring adaptable and reliable autonomous platforms.

The Robotnik RB-ROBOUT is an advanced autonomous mobile robot (AMR) engineered for heavy-load transport in indoor environments, specifically suited for industrial and logistics settings. With a robust payload capacity of up to 1,000 kg, it can move materials and goods efficiently within factories and warehouses. Its low-profile, steel-bodied design allows it to navigate under and lift trolleys or carry large loads directly on its platform, optimizing space use and enhancing transport flexibility in confined environments.

Equipped with omnidirectional kinematics and four high-powered drive wheels, the RB-ROBOUT achieves smooth, multidirectional movement, allowing it to navigate tight spaces and optimize routes. Its safety features, including dual 2D safety scanners and front and rear RGBD cameras, enable it to operate alongside human workers by detecting obstacles and autonomously rerouting as needed. This AMR supports various localization systems like SLAM for dynamic mapping and magnetic guidance for applications requiring high-precision positioning.

The RB-ROBOUT’s modular architecture, based on the ROS framework, allows for easy integration with additional components, such as conveyor belts, roller paths, and load elevators. Its autonomy of up to 10 hours, combined with optional AI and vision packages, makes it highly adaptable for diverse industrial applications, including loading/unloading, material transport, and specialized logistics tasks. This flexibility in configuration and customization makes the RB-ROBOUT an effective solution for automating repetitive heavy-load transport tasks in complex, high-demand environments.

The Robotnik RB-KAIROS is an autonomous mobile robot (AMR) specifically designed for indoor applications, particularly in logistics and industrial settings. With a payload capacity of up to 250 kg, it efficiently transports materials in confined spaces, thanks to its compact, steel-framed design. Its omnidirectional Mecanum wheels allow for versatile, multidirectional movement, making navigation agile and responsive in cluttered environments, while maintaining stability and control during operations.

One of RB-KAIROS's standout features is its compatibility with Universal Robots’ e-Series arms, including models such as UR5e, UR10e, and UR16e. This compatibility allows users to transform the platform into a mobile manipulator (RB-KAIROS+), effectively extending the reach and application range of the integrated robotic arm. Its modular, ROS-based architecture supports easy customization with optional components like an AI Vision Package and enhanced payload wheels, making it ideal for applications requiring precise handling and adaptability.

RB-KAIROS is equipped with advanced safety and localization systems, including dual 2D safety scanners, RGBD cameras, and SLAM for accurate indoor navigation. With a maximum speed of 1.5 m/s and up to 6 hours of operational autonomy, it is optimized for applications in metrology, part feeding, and industrial R&D, allowing it to seamlessly integrate into smart manufacturing environments where safe, autonomous, and collaborative workflows are crucial.

The Robotnik RB-SUMMIT+ is an advanced autonomous mobile manipulator tailored for R&D tasks in collaborative environments like laboratories, research centers, and industrial facilities. Combining the mobility of the RB-SUMMIT platform with the precision and flexibility of Kinova robotic arms, it is optimized for applications such as sample handling, pick and place, quality control, and packaging. The system supports payloads of up to 45 kg on the platform and 2.6 kg on the arm, enabling fine manipulation in diverse research and inspection scenarios.

RB-SUMMIT+ operates in both indoor and outdoor environments, with a maximum speed of 3 m/s and an impressive ability to handle slopes of up to 80%, making it suitable for tasks in rugged or dynamic settings. Its SLAM-based localization ensures precise navigation, while its skid-steering kinematics enhance agility in confined spaces. Equipped with ROS-based architecture, the robot offers modularity and compatibility with additional technologies, such as AI and vision systems, for further customization.

This mobile manipulator is ideal for R&D applications across sectors like agriculture, logistics, and construction, where automation of repetitive or delicate tasks is required. With optional upgrades, including advanced Kinova arms with up to 7 degrees of freedom, the RB-SUMMIT+ can be adapted for complex operations, providing a versatile platform for experimental and production environments. Its autonomy of up to 5 hours ensures sustained operation, contributing to efficient and innovative workflows.

The Robotnik RB-KAIROS+ is an advanced autonomous mobile manipulator, designed to integrate seamlessly with Universal Robots’ e-Series arms, making it ideal for applications requiring extended reach and flexibility. This UR+ approved platform expands the robotic arm’s operational area, enabling it to handle parts and objects up to 12.5 kg across larger indoor spaces. With a modular, ROS-based architecture, RB-KAIROS+ supports a wide range of industrial functions, from part feeding to complex assembly tasks.

The RB-KAIROS+ features omnidirectional movement facilitated by Mecanum wheels, allowing precise navigation and mobility even in confined industrial environments. Its localization system, powered by SLAM, ensures accurate positioning, while safety features, including dual 2D safety scanners and an RGBD camera, allow it to operate safely around human workers. The base has a payload capacity of 212 kg, making it suitable for transporting heavier items alongside performing robotic arm tasks.

With a top speed of 1.5 m/s and up to 6 hours of autonomy, the RB-KAIROS+ is tailored for demanding industrial applications such as Pick and Place, metrology, quality control, and more. Optional accessories, such as vision systems and advanced end-effectors, increase its versatility, making it adaptable for R&D, precision assembly, and inspection tasks. This robust combination of mobility and manipulability makes RB-KAIROS+ a powerful solution for automating workflows in dynamic industrial environments.

The Robotnik RB-WATCHER is a compact and efficient autonomous mobile robot designed for security and surveillance applications. With dimensions of 731 x 614 x 904 mm, it weighs 73 kg and can carry a payload of up to 50 kg. The robot operates effectively in both indoor and outdoor environments, with a speed of 2.5 m/s and an IP54-rated enclosure. Its advanced navigation, supported by SLAM-based localization, enables precise patrolling in areas with slopes up to 80%.

Equipped with cutting-edge components, the RB-WATCHER includes a bi-spectral camera, 3D LiDAR, and an RTK GPS for high-accuracy detection and monitoring. It also features microphones and speakers rated at IP65, an RGBD camera, and LED beacon lighting for enhanced situational awareness. These components enable it to perform a range of tasks, such as human detection, temperature anomaly identification, and real-time data collection, all processed and communicated seamlessly through its integrated 5G router and WiFi connectivity.

The robot’s modular design supports customization for specific industries, such as energy grids, construction sites, and oil and gas facilities. Optional integration of the Leica BLK ARC sensor enhances its capabilities for 3D scanning and reality capture, making it ideal for infrastructure inspection. With a robust power system allowing up to 5 hours of autonomy, the RB-WATCHER is a reliable tool for complex, mission-critical surveillance operations.

The Mobile Industrial Robots MiR600 is a highly capable autonomous mobile robot designed to handle demanding logistics tasks. It can transport payloads of up to 600 kg at speeds of 2 m/s, making it suitable for environments where heavy loads need to be moved quickly and efficiently. Its pallet lift system allows it to autonomously pick up, transport, and deliver pallets, optimizing internal material handling processes.

Featuring an IP52 rating, the MiR600 offers enhanced resistance to dust and water, allowing it to operate in more challenging environments compared to many other autonomous mobile robots (AMRs). This robustness, combined with its compliance with the latest safety standards (ISO3691-4), ensures that it meets stringent operational safety requirements while maintaining high performance.

The MiR600 is particularly well-suited for applications in warehouses and manufacturing facilities where heavy load transportation and efficient logistics are critical. Its ability to maneuver in crowded areas further enhances its utility in complex, high-traffic environments.

The MiR100 by Mobile Industrial Robots is a compact and versatile autonomous mobile robot (AMR) designed for efficient internal logistics in a wide range of industrial settings. It is equipped with advanced navigation technology that allows it to autonomously transport materials and goods through dynamic environments without the need for external guidance systems. The robot features a payload capacity of 100 kg and can tow up to 300 kg, making it suitable for various material handling tasks in manufacturing, warehousing, and healthcare environments.

One of the standout features of the MiR100 is its flexibility and ease of integration. The robot can be equipped with various top modules, such as bins, racks, or conveyor belts, enabling it to handle different types of cargo and adapt to specific workflow requirements. The MiR100 is also equipped with a user-friendly interface that allows operators to program and control the robot without requiring extensive technical knowledge. Additionally, its safety features include 360-degree sensor coverage, allowing it to navigate around obstacles and people safely.

The MiR100 operates on a sophisticated software platform that includes real-time mapping and path planning, ensuring efficient and reliable navigation even in complex environments. It can be easily integrated into existing factory or warehouse systems and can communicate with other robots, machines, and IT systems, enabling seamless automation of internal transport tasks. The MiR100 is particularly well-suited for automating repetitive and time-consuming tasks, freeing up human workers for more value-added activities.

The Geek+ F14L is an autonomous mobile robot designed for versatile material handling in warehouses and production environments. It features a mirrorless laser SLAM (Simultaneous Localization and Mapping) system for high-accuracy navigation and stable operation, which allows it to automate complex tasks such as material storage and retrieval without human intervention. Its 360° safety solution helps reduce accident risks by providing comprehensive obstacle detection and avoidance capabilities.

The F14L supports a range of applications including production line transfer, automatic supply and removal of raw materials, and finished product delivery. It can handle palletized goods and operate in high-level and intensive storage scenarios, such as automated storage without shelves. Its flexible task configuration and interaction with various devices make it adaptable to different logistics needs, enabling seamless integration with warehouse management systems (WMS).

This robot is designed to significantly lower labor costs by up to 80%, reduce personnel management expenses, and enhance operational safety with high accuracy and continuous operation. The F14L's deployment can be completed quickly, often within three months, and it operates efficiently in environments with minimal lighting, contributing to reduced energy costs.