Robotnik RB-WATCHER Alternatives & Competitors

The Robotnik RB-VOGUI is an autonomous mobile robot (AMR) designed for versatile indoor and outdoor use, capable of navigating complex terrains. With a payload capacity of up to 150 kg, this platform is optimized for Agriculture, R&D and transport tasks in a variety of environments, specially outdoors. Its omnidirectional and dual Ackerman kinematics allow for high mobility across challenging terrains, distinguishing it from more traditional AMRs limited to smooth surfaces.

Equipped with advanced navigation and localization systems, the RB-VOGUI integrates SLAM (Simultaneous Localization and Mapping) technology, ensuring accurate positioning and route planning in dynamic environments. The platform also includes a suite of safety features, such as 2D safety scanners, a safety PLC, and an RGBD camera, allowing it to operate autonomously while minimizing risk in shared spaces with human workers. Its IP53 weatherproof rating provides resilience in varied outdoor conditions, and its power-efficient design grants up to 6 hours of autonomy.

One of RB-VOGUI’s standout features is its modular design, which allows users to customize the robot with optional add-ons like a Universal Robots arm, transforming it into the RB-VOGUI+ mobile manipulator. Furthermore, it offers various connectivity options, including WiFi, Bluetooth, and optional 5G, making it easy to integrate into existing infrastructures and control systems.

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-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 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.