150 KG OF PAYLOAD
OUTDOOR ENVIRONMENTS
HIGH MOBILITY
REMOTE TURN ON/OFF
Multi-purpose Robotic platform for outdoors
RB-VOGUI is a general purpose platform designed for outdoor R&D tasks, allowing the development of final applications in sectors such as agriculture or construction.
It stands out for being the only outdoor omnidirectional robotic platform available in the market. Its modular all-terrain base, equipped with omnidrive kinematics, ensures efficient movement even on uneven terrain.
In addition, the base allows the option of integrating a Universal Robots robotic arm, becoming the RB-VOGUI+ mobile manipulator to perform tasks such as crop inspection and monitoring, pesticide and fertilizer application or environmental data collection.
All Robotnik robots are modular and their architecture is based on ROS 2.
TECHNICAL SPECIFICATIONS
AUTONOMY
Up to 6 h.
SPEED
Up to 2,5 m/s
COMMUNICATION
WiFi 802.11 b/g/n/ac
Bluetooth 4.0
ENVIRONMENT
Indoor / Outdoor
IP53 weatherproof
COMPONENTS
INCLUDED
- CPU i7
- Battery 48VDC@45Ah
- 5G Router
- IMU
- RGBD camera
- Safety Pack 360º
- 2D Safety LiDARs + Safety PLC
- Charging station
OPTIONAL
- GPS
- GPS + Base station GPS
- 3D LiDAR Robosense Airy
- 3D LiDAR Robosense RS-HELIOS 16P
- 3D SLAM Software Packages
- AI Computing Vision Package
- ZED camera and GPU
- Load Basket
DRAWINGS
APPLICATIONS
Agriculture
Construction
Logistics
R&D
Mobile Manipulator for R&D in Outdoor Environments
RB‑VOGUI+ is an autonomous mobile manipulator designed to develop R&D applications in both indoor and outdoor environments, with a particular focus on tasks related to agriculture, construction and other industrial sectors.
This manipulator combines the all-terrain, general-purpose RB‑VOGUI platform with Universal Robots e-Series arms (UR5e, UR8 Long or UR10e), offering a versatile and adaptable solution for multiple scenarios.
RB‑VOGUI+ can carry up to 125 kg on the platform and manipulate up to 12.5 kg with the arm, allowing effective interaction with parts, tools and materials in complex environments.
By combining all-terrain mobility with the precision and adaptability of a cobot, RB‑VOGUI+ is capable of performing tasks such as planting, harvesting and crop monitoring, applying fertilisers and pesticides, transporting and placing construction materials, as well as other manipulation operations in R&D projects.
All Robotnik robots are modular and their architecture is based on ROS 2.
ARM OPTIONS
UR7e
Payload: 7,5 kg
Reach: 850 mm
UR8 Long
Payload: 10 kg
Reach: 1.750 mm
UR12e
Payload: 12,5 kg
Reach: 1.300 mm
TECHNICAL SPECIFICATIONS
AUTONOMY
Up to 6 h.
SPEED
Up to 2,5 m/s
COMMUNICATION
WiFi 802.11 b/g/n/ac
Bluetooth 4.0
ENVIRONMENT
Indoor / Outdoor
IP53 weatherproof
COMPONENTS
INCLUDED
- CPU i7
- Battery 48VDC@45Ah
- 5G Router
- IMU
- RGBD camera
- Safety Pack 360º
- 2D Safety LiDARs + Safety PLC
- Charging station
OPTIONAL
- GPS
- GPS + Base station GPS
- 3D LiDAR Robosense Airy
- 3D LiDAR Robosense RS-HELIOS 16P
- 3D SLAM Software Packages
- AI Computing Vision Package
- ZED camera and GPU
- OnRobot VGC10 gripper
- OnRobot RG6 gripper
- OnRobot RG2 gripper
- OnRobot 2FG7 gripper
- Robotiq 2F-85 gripper
- Robotiq 2F-140 gripper
- OnRobot Eyes gripper camera
DRAWINGS
UR7e
UR12e
APPLICATIONS
Agriculture
Construction
Logistics
R&D
Free course: How to master RB-VOGUI+ with ROS
With the purchase of a RB-VOGUI+ we will give you an annual licence in The Construct online academy.
Free course: Mastering Mobile Manipulators with ROS
With the purchase of a RB-KAIROS+ we will give you an annual licence in The Construct online academy.
Robotnik’s Software
Robotnik delivers intelligent, scalable and field-proven software solutions for our mobile robots and manipulators. Our software ecosystem combines advanced, ROS-native tools designed to enhance the performance, safety and autonomy of mobile platforms operating both indoors and outdoors.
Built on a modular, scalable architecture fully compatible with ROS 2, our solutions enable fast integration and long-term reliability. The suite includes modules for localization, navigation, perception, manipulation and fleet management, supported by systems such as Robot Local Control (RLC), Command Manager and an intuitive web-based HMI.
Here you can find more information about Robotnik’s software.
