SMART Intelligent Mobile Platform(below abbreviation”SMART”) is the newest, high-standard and open ROS SLAM research platform developed by EAI. SMART is internally installed high-performance Slam navigation module, high-precised G4 lidar; it adopts the advanced dynamical suspension system which is featured by excellent stability and ground adaptation, advanced obstacle avoidance and navigation capability . It is very suitable to the SLAM research.
SMART Intelligent Mobile Platform(below abbreviation”SMART”) is the newest, high-standard and open ROS SLAM research platform developed by EAI. SMART is internally installed high-performance Slam navigation module, high-precised G4 lidar; it adopts the advanced dynamical suspension system which is featured by excellent stability and ground adaptation, advanced obstacle avoidance and navigation capability . It is very suitable to the SLAM research.
The whole set of ROS SLAM DEMO, interior algorithm totally adopts general SLAM framework, module interface totally complies with the ROS standards,quite suitable to SLAM research.
The noise of the standby and navigation status could be as low as 50 db.
Adopt a modular design which could be maintained easily.
The electrical system is designed according to the high-load and high-power standards,being secure and reliable.
It adopts advanced power suspension device, the power wheel is centered, the wheel part adopts 2+2+2 layout, and 6 wheels are independently suspended.
Be equipped with high-quality and high-capacity 30AH/24V lithium battery, the endurance without load could be up to 10 hours; it also supports the automatic recharge function.
Its rated load is 30 KG and its load upper limit could reach up to 70 KG.
Be equipped with EAI high-precise and double lidars which enable the product to percept the double-layer space.
Provide abundant and detailed technical documents and application cases.
Whole Structure | |
Length | 525mm |
Width | 525mm |
Height | 268mm |
Universal wheel | 3 inches |
Driving wheel | 6.5 inches rubber wheel |
Radius of turning circle | None |
Main Structure | |
Materials | Steel |
Self load About | 40 kg |
Best load | 30 kg |
Largest load About | 70kg |
Performance of processor | |
Processor | INTEL I5 |
RAM | DDR3 4G |
ROM | 64G SSD Solid |
Movement performance | |
Largest operation speed | 1.5 m/s |
Max obstacle height | 20mm |
Max obstacle width | 40mm |
Max climbing angle | 10 degrees |
Sensor parameter | |
Laser radars | EAI G4 lidar * 1 TG30 lidar*1 |
Obstacle avoidance sensor | Ultrasonic sensor module * 5 |
IMU Module | Onboard: including MEMS gyroscope, three-axle accelerometer and signal processing circuit. |
Battery and Endurance Ability | |
Type of battery | Power lithium battery |
Battery capacity | 30Ah/24V |
Charging time | About 4.5 hours |
Charging voltage | 29.4V |
Charging current | 10A |
Protection Functions | Support protection for overcurrent, overfall discharge and short-circuit |
Standby power consumption | <25W |
Endurance time without load | 10 hours |
Charging Pile | |
Automatic recharge | Support |
Direct charge | Support |
Electric motor | |
Type of electric motor | DC brushless hub electric motor |
Nominal power | <250W |
Resolution ratio of encoder | 4096 |
Work Conditions | |
Charging temperature | 0~45ºC |
Discharging temperature | -10~60ºC |
Work Humidity | 30%~70% |
Interface | |
Power interface | 24V, 12V |
Hardware interface | Internet access, USB interface |
Application and development interface | SDK (software developer’s kit) |