A mid-sized laser platform designed for quick customization
The autonomous robot platform is a robot that can be used for specific purposes after secondary development by users, such as outdoor unmanned vehicle, fire robot, cargo transportation, patrol security, industrial robot, commercial home robot and so on. It has autonomous navigation, automatic obstacle avoidance, path planning, remote control, good human-computer interaction and strong continuous operation capabilities, providing a complete software system and interface for researchers engaged in robots, artificial intelligence and other fields A good development platform that can be widely used in university research and education, a guest space, robot lovers, the company's R & D center.
Platform functional requirements are as follows:
Support AGV platform of ROS robot operating system for verification of driverless functions;
AGV provides 24V / 10A power output;
Provide AGV product vehicle model parameters and related motion models;
provide laser radar communication interface;
sports function. Basic sports functions, such as: forward, backward, turn around;
Location information collection. Encoder and IMU integration, real-time platform to provide relative displacement data;
obstacle avoidance function Assemble the laser scanner to identify obstacles around the platform.
Map creation Autonomous navigation Target to follow
Platform performance requirements are as follows:
AGV size (L × W × H): 570 * 466 * 400 mm
maximum load: 50kg
maximum forward speed: 0.98m / s
Walking direction: forward, 90 degrees, 180 degrees rotation, rotating on the spot
Drive mode: differential drive
charging method: manual charging
Climbing ability: 3 degrees
Laser scanner: scan range 10m
Battery performance: maintenance-free rechargeable battery> 500 times, a single working time of not less than 2h
encoder:Provide 2000 line encoder
Extended functionality
Applications