Manufacturer - Robotnik Automation SLL
Home pages:
robotnik.eu/mobile-robots/summit-xl
robotnik.eu/mobile-robots/summit-xl-steel
Manufacturer - Robotnik Automation SLL
Home pages:
robotnik.eu/mobile-robots/summit-xl
robotnik.eu/mobile-robots/summit-xl-steel
https://youtu.be/Hg1l5bdllE0
BarrettHand - Emerging Applications
Uploaded on May 8, 2009
Quote:
The BarrettHand offers benefits in emerging applications where the versatility of the BarrettHand creates new opportunities.
Mobile-platform robotics is one of the most demanding emerging applications. Handling of hazardous materials, medical and healthcare applications are only some examples of new field and service opportunities enabled by the versatile BarrettHand.
https://youtu.be/Tj__sOvO2aY
Obstacle Removal and Object Retrieval
Published on Apr 12, 2012
Quote:
Barrett Technology Inc. and Robotnik provide a fully integrated mobile robotic platform. This example shows the WAM and Robotnik's mobile platform moving objects impeding travel. Retrieval of objects utilizing Robotnik's on board video camera is also demonstrated.
https://youtu.be/mm8ipvsrfA4
Barrett Technology/Robotnik Platform
Published on Apr 12, 2012
Quote:
Barrett Technology Inc. and Robotnik provide a fully integrated mobile robotic platform.
https://youtu.be/_tmiu1wpp_E
Robotnik Summit XL OMNI - Mecanum Wheels
Published on Jan 9, 2013
Quote:
Summit XL OMNI robot with Mecanum wheels - Omnidirectional robot platform showing mobility and cooperative behaviour
https://youtu.be/QLP2xDHdTjk
Robotnik - Summit XL MICO
Published on Oct 17, 2015
Quote:
Robotnik - Summit XL Mico - Mobile Manipulator
https://youtu.be/4O7twdWFm4s
Outdoor Person Following at Higher Speeds using a Skid-Steered Mobile Robot
Published on Mar 1, 2017
Quote:
A new navigation system for outdoor person following at higher speeds (maximum speed around 2.5 m/s) is proposed. A combination of global and local path planning, and path following control allows a robot to follow a jogger in various outdoor scenarios, including highly dynamical environments with pedestrians. Our fast path planning provides smooth and obstacle-free paths, even at higher speeds, in the presence of dynamic obstacles and in narrow passages. Our control algorithm allows precise following of the planned paths on different terrain types, including snow and ice. The mobile robot used in the experiments is the skid-steered robot Robotnik Summit XL.