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Waybot sensors: lidars and cameras for safe and efficient 360-degree navigation
Waybot Robotics focuses on the safety and efficiency of its service robots. Waybot's sensors, which include lidars and cameras, play a key role in this, providing comprehensive perception of the environment and enabling the robot to navigate safely and efficiently in challenging environments.
Waybot sensors: the basis for safe and efficient navigation
Waybot sensors are a complete solution including:
Front lidar unit
Front camera
Side lidars and cameras
These sensors allow the robot to see everything around it and react quickly to changes in the environment.
Front lidar unit
Front camera
Side lidars and cameras
These sensors allow the robot to see everything around it and react quickly to changes in the environment.
Waybot front lidar group and front camera
Waybot's front lidar group and front camera are used to detect obstacles as the robot moves, such as small debris and steps. These sensors allow the robot to:
Detect obstacles along its path of travel.
Avoid collisions with objects.
Prevent falling down steps and other height differences.
Waybot's front camera and lidar team work together to ensure high accuracy and reliable obstacle detection, even in low-light conditions.
Detect obstacles along its path of travel.
Avoid collisions with objects.
Prevent falling down steps and other height differences.
Waybot's front camera and lidar team work together to ensure high accuracy and reliable obstacle detection, even in low-light conditions.
Waybot side lidar and cameras: 360 degree overview
Waybot's lateral lidars and cameras allow the robot to see all around it, making it safe for people and the environment. These sensors provide:
- The field of view is 360x90 degrees, which is a full hemisphere.
- Obstacle detection from all sides.
- Ability to navigate in complex and dynamic environments.
Advantages of Waybot sensors
- SafetyObstacle detection from all sides prevents collisions and injuries.
- Efficiencyaccurate navigation allows the robot to clean quickly and efficiently.
- Reliabilitystable operation in various light and dust conditions.
- AutonomyAbility to move independently and avoid obstacles.
360x90 degree field of view: full Waybot safety hemisphere
The 360x90 degree field of view provided by Waybot's sensors allows the robot to see a full hemisphere around it. This means that the robot can detect obstacles from all sides, above and below, making it as safe as possible for use in public spaces.
This wide field of view allows Waybot to navigate effectively and avoid collisions even in the most challenging environments.
Waybot's sensors, which include lidars and cameras, play a key role in ensuring that service robots operate safely and efficiently. The front lidar group and front camera detect obstacles as they move, while the side lidars and cameras provide a 360x90-degree view, allowing the robot to see all around it and react quickly to changes in the environment.
This wide field of view allows Waybot to navigate effectively and avoid collisions even in the most challenging environments.
Waybot's sensors, which include lidars and cameras, play a key role in ensuring that service robots operate safely and efficiently. The front lidar group and front camera detect obstacles as they move, while the side lidars and cameras provide a 360x90-degree view, allowing the robot to see all around it and react quickly to changes in the environment.
