The Ascento Pro Robot is Autonomous and Also Remote Controllable
Michael Hemsworth — December 13, 2021 — Tech
References: ascento.ch & newatlas
The Ascento Pro robot is an all-terrain, self-balancing technology solution that is capable of going almost anywhere which could help to greatly improve capabilities for operators and beyond. The robot maintains a series of wheels that can take it over almost any urban or rural terrain with ease, while also being suited for hopping up stairs or safely going down them. The system utilizes LiDAR to get around along with a series of onboard cameras and LED headlights to easily find its way around.
The Ascento Pro robot maintains an autonomous functionality, but can also be controlled via remote control to provide operators with the ability to easily take control over the unit as required. The system can autonomously find its way around, while also getting to a charging station when its battery runs low.
Image Credit: Ascento Robotics
The Ascento Pro robot maintains an autonomous functionality, but can also be controlled via remote control to provide operators with the ability to easily take control over the unit as required. The system can autonomously find its way around, while also getting to a charging station when its battery runs low.
Image Credit: Ascento Robotics
Trend Themes
1. All-terrain Robotics - The development of robots that can easily traverse a variety of terrains and environments presents opportunities for applications in industries such as agriculture, mining, search and rescue, and construction.
2. Remote Control Capabilities - The ability to remotely control robots with autonomous functionality presents opportunities for industries such as security, surveillance, and inspection, where operators can have greater control and flexibility in their operations.
3. Lidar and Camera Integration - The integration of LiDAR and camera technology in robotics presents opportunities for applications in industries such as autonomous transportation, mapping and surveying, and environmental monitoring.
Industry Implications
1. Agriculture - The use of all-terrain robots with remote control capabilities presents opportunities for agricultural operations to improve efficiency in tasks such as crop monitoring, soil analysis, and irrigation management.
2. Construction - The use of all-terrain robots with LiDAR and camera integration presents opportunities for construction companies to improve safety and efficiency in tasks such as site inspection, material transportation, and equipment maintenance.
3. Search and Rescue - The use of all-terrain robots with remote control capabilities presents opportunities for search and rescue operations to improve safety and efficiency in finding and rescuing people in difficult terrain and hazardous environments.
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