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Mobile Robot SUMMIT XL

Mobile Robot SUMMIT XL

Mobile Robot SUMMIT XL

Product catalog summary
Overview of ROS Framework:
The ROS framework provides a well-organized architecture for robot software, featuring numerous user-contributed packages and stacks. These packages facilitate functionalities such as localization, mapping, planning, manipulation, and perception. This framework streamlines the software development process, enabling easy integration and reuse of components, including device drivers and advanced algorithms for vision, SLAM, point cloud processing, grasping, planning, and swarming.
Product Overview - SUMMIT XL:
The SUMMIT XL is a robot with skid-steering kinematics powered by four high-power motor wheels. Each wheel includes a hub brushless motor with an optional gearbox and encoder. Odometry is calculated using these encoders and a high-precision angular sensor within the chassis. The robust mechanical structure supports high loads, with adjustable suspension shocks for varying robot clearance. The robot can navigate autonomously or be teleoperated using a PTZ camera for real-time video transmission. Sensor options include a Hokuyo laser scanner and RTK-DGPS kits, with internal and external connectivity options for custom components. The control architecture is open-source and modular, based on ROS.
Applications:
  • Research
  • Surveillance
  • Military
  • Remote monitoring
  • Access to hazardous areas
The SUMMIT XL is ideal for research in both indoor and outdoor environments.
Technical Specifications:
Mechanical:
  • Dimensions: 722 x 610 x 392 mm
  • Weight: 45 Kg
  • Payload: 20 Kg
  • Speed: 3 m/s
  • Enclosure class: IP54 / IP65
  • Traction system: 4 wheels
  • Autonomy: 5 hours continuous motion, 20 hours standard laboratory use
  • Batteries: 8x3.3V LiFePO4
  • Traction motors: 4x 250 W brushless servomotors
  • Temperature range: 0º to +50ºC
  • Max. climbing angle: 40º
Control:
  • Controller: Open architecture ROS
  • Embedded PC: Linux (Intel BayTrail J1900 or similar)
  • Communication: WiFi 802.11n
  • Connectivity: Internal - USB, RS232, GPIO; External - USB, RJ45, 12 VDC
Contact Information:
Robotnik
C/ Ciudad de Barcelona, 3-A, 46988 P.I Fuente del Jarro, Paterna, Valencia (Spain)
Phone: +34 96 147 54 00
Website: www.robotnik.eu
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Catalog excerpts

Mobile Robot SUMMIT XL-1

SUMMIT XL is perfect for research environments in both indoor and outdoors. Product The Summit XL has skid-steering kinematics based on 4 high power motorwheels. Each wheel integrates a hub brushless motor with gearbox and encoder (optional). The odometry is computed with the use of the four encoders and a high precision angular sensor mounted inside the chassis. ROS framework defines a well organized robot software architecture and includes hundreds of user contributed packages and sets of packages called stacks, that implement functionalities as localization and mapping, planning, manipulation, perception, etc. The strong mechanical structure allows to carry high loads. There are several suspension shocks possibilities. They can also be mounted at several positions to modify the robot clearance. This characteristic simplifies the software development cycle and allows easy integration and reutilization of software components whether they are device drivers or state of the art algorithms in vision, SLAM, point cloud processing, grasping, planning, swarming, etc. The robot base can navigate autonomously or teleoperated by means of a PTZ camera that transmits video in real time. The common sensor options include a Hokuyo laser scanner and a range of RTK-DGPS kits. It also has internal (USB; RS232 and GPIO) and external connectivity (USB, RJ45 and power supply 12 VDC) to easily add custom components. The control architecture is open-source and modular, based on ROS (http://www.ros.org). Applications - Research - Surveillance - Military - Remote monitoring - Access to hazardous areas

 Open the catalog to page 1
Mobile Robot SUMMIT XL-2

Technical specifications Mechanical Dimensions Weight Payload Speed Enclosure class Traction system Autonomy Batteries Traction motors Temperature range Max. climbing angle 722 x 610 x 392 mm 45 Kg 20 Kg 3 m/s IP54 / IP65 4 wheels 5 h. continuous motion 20 h. standard laboratory use 8x3.3V LiFePO4 4x 250 W brushless servomotors 0º a +50ºC 40º Control Controller Communication Connectivity Open architecture ROS Embedded PC with Linux (Intel BayTrail J1900 or similar) WiFi 802.11n Internal: USB, RS232, GPIO External: USB RJ45 and 12 VDC C/ Ciudad de Barcelona, 3-A, 46988 P.I Fuente del Jarro, Paterna,...

 Open the catalog to page 2

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