Wheeled inspection robot ANATROLLER™ ARE-100
trackedmodularfor pipes

Wheeled inspection robot - ANATROLLER™ ARE-100 - Robotics Design Inc. - tracked / modular / for pipes
Wheeled inspection robot - ANATROLLER™ ARE-100 - Robotics Design Inc. - tracked / modular / for pipes
Wheeled inspection robot - ANATROLLER™ ARE-100 - Robotics Design Inc. - tracked / modular / for pipes - image - 2
Wheeled inspection robot - ANATROLLER™ ARE-100 - Robotics Design Inc. - tracked / modular / for pipes - image - 3
Wheeled inspection robot - ANATROLLER™ ARE-100 - Robotics Design Inc. - tracked / modular / for pipes - image - 4
Wheeled inspection robot - ANATROLLER™ ARE-100 - Robotics Design Inc. - tracked / modular / for pipes - image - 5
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Characteristics

Locomotion
wheeled, tracked
Options
modular
Applications
for pipes

Description

Designed and manufactured in Canada by Robotics Design Inc., the ANATROLLER ARE-100™ is an advanced rugged modular mobile robotic platform based on patented ANAT Technology™ for educational and research laboratories. This high quality robot is made from anodized aluminum and stainless steel. The ANATROLLER ARE-100™ can be customized to suit any application, depending on your needs: Four-wheel drive, two-wheel drive, treks, with or without the controller and can use Linux or Windows as its operating system. Because this robot is modular, it can connect to other robots or partially disconnect from itself safely, which allows this diverse yet specialized robot to suit any application, and allows it to successfully accomplish tasks that no robot has ever been able to perform. With the ANATROLLER ARE-100™, researchers can develop specialized intelligent robotic projects for security applications such as human-machine interaction, mobile system navigation, robot behaviour, image processing, object recognition, voice recognition, tele-operation, remote sensing, and autonomous navigation/patrol map building and localization and a myriad of other applications. Advantages ► Zero turn radius; ► Anti-tilting robot; ► Lightweight and nimble; ► Ability to climb obstacles (if module2 is added) and slopes (maximum of 45°); ► Symmetric design allowing the robot to continue operating after a flip over; ► Payload carrying capacity of 40 kg; ► Possibility to add manipulator arm; ► High-quality precision machined; ► Custom configurations made to order.

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.