Description
ROS Robot Mecanum Wheel Car Robot Assembled With ORBBEC Depth Camera Host For Raspberry Pi 4B 4GB
Features:
- Using SLAM navigation algorithm technology
- DIY food delivery robot, sweeping robot, AGV car, and delivery robot
- Mecanum unmanned educational robot
- Mecanum omnidirectional kinematics, built-in torque suspension, for Raspberry Pi 4B, wireless network card for Intel
- For ROS·BOBOTICS·OPENCV SLAM·TENSOFLOW·CUDA·YOLO
- Laser SLAM/Visual SLAM/Image processing
- Open source all code supporting explanation
- Powerful functions: visual three-dimensional depth mapping, visual SLAM positioning navigation, lidar, grid map, path planning dynamic obstacle avoidance, depth camera video monitoring, color camera visual line inspection, indoor positioning autonomous navigation, mobile app mapping navigation, image Processing, ROS framework odometer deduction, convenient for remote development
- Metal texture, well-designed. Torsional suspension, four-wheel landing (Note: robots made by other producers without suspension cannot land on four wheels at the same time due to mechanical rigidity, and the kinematics data is not accurate. The robots cannot overcome obstacles)
- Can create maps and navigate through computers and mobile phones
Function List:
1. Basic Functions of ROS Robot:
- Robot ROS serial port transparent transmission
- IMU and odometer data feedback
- Motor and battery data feedback
- Robot URDF model
- Multi-sensor data fusion
- RVIZ data visualization
- Graphical debugging of PID parameters
- Rear drive electronic differential
- Three-segment battery display
- Keyboard, handle, app control
- Analysis of automobile trapezoidal steering
- ROS APP mapping navigation
2. SLAM Positioning Map Navigation, Path Planning:
- For Gmapping SLAM mapping
- For Cartographer SLAM
- For Karto SLAM mapping
- For Hector SLAM mapping
- For Cartographer IMU SLAM
- Robot fixed-point navigation
- Robot multi-point cruise
- Robot autonomous obstacle avoidance
- For AMCL Monte Carlo positioning
- Map Navigation for Android APP
- Lidar moving object tracking
- Robot autonomous exploration and mapping
- Robot simultaneous mapping and navigation
- Global path planning algorithm
- TEB local path planner
- For AMCL particle filter positioning
3. RGBD Depth Camera, Visual SLAM:
- For RTABMAP pure visual mapping navigation
- Monocular ORB_SlamV2
- For RTABMAP+Laser mapping navigation
- Monocular + depth ORB_SlamV2
- Robot depth image acquisition
- Robot color image acquisition
- Robot color point cloud acquisition
- Robot depth image acquisition
4. Multi-robot Formation:
- Multi-robot independent control, synchronous control
- Multi-robot distributed communication
- Multi-robot radar navigation
- Synchronous formation of multiple robots
Robot Parameters:
- Robot model: HuanYuBot-H21X04
- Motion model: Mecanum omnidirectional kinematics model
- ROS host: For Raspberry Pi 4B
- Lidar: SLAMTEC A1 Lidar high-speed version
- Depth Camera: Depth Camera for Astra Pro ORBBEC
- Chassis control: STM32F405RGT6
- Battery: 12.6V, 6000maH
- Load description: less than 4kg/8.8 lb
- Voltage display: three-segment LED indication for fuel gauge
- Size: 30 x 23 x 22cm/11.8 x 9.1 x 8.7" (LxWxH)
- Endurance time: 6-8 hours
- Body material: 2.5mm/0.1" oxide sandblasted high-strength aluminum alloy
Parameters for Raspberry Pi 4B 4GB:
- System: for ubuntu 18.08
- Memory: 4G operation, 32G storage
- ROS: for ROS Melodic
- Network: WIFI connection, hotspot can be set
- CPU: Quad-core for ARM Cortex-A72 64-bit 1.5GHZ
- GPU: for Broadcom VideoCore VI 500Mhz
- Deep learning: not supported
- USB: USB2.0*2, USB3.0*2
- Three-dimensional vision: support
SLAMTEC A1 High-speed Lidar:
- Measuring radius: 12m/39.4ft
- Scanning frequency: 16Hz
- Scan time: 62ms
- Power up through its switch. Frequency controlled via the switch
- 16Hz navigation dynamic performance improved
Camera for ORBBEC:
- Depth field of view H 58.4° x V 45.7°
- Working range 0.6-8m/2-26.2ft
- Accuracy: ±3mm/0.1" at 1m/3.3ft
- Higher accuracy. High depth information accuracy, meeting the accuracy requirements of multiple scenes
- Ultra-low power consumption. Less than 2.5W, USB2.0 meets power supply requirements
- UVC is driver-free. Plug and play without installing any drivers
- SDK adapts to multiple platforms. Support for Android, Linux, and Windows
- Easy to install. Rugged and durable, comes with a multi-directional base, tightly connected
Package Included:
- 1 x Set of Robot Car
Note:
- It is assembled and ready to use.
Features:
- Using SLAM navigation algorithm technology
- DIY food delivery robot, sweeping robot, AGV car, and delivery robot
- Mecanum unmanned educational robot
- Mecanum omnidirectional kinematics, built-in torque suspension, for Raspberry Pi 4B, wireless network card for Intel
- For ROS·BOBOTICS·OPENCV SLAM·TENSOFLOW·CUDA·YOLO
- Laser SLAM/Visual SLAM/Image processing
- Open source all code supporting explanation
- Powerful functions: visual three-dimensional depth mapping, visual SLAM positioning navigation, lidar, grid map, path planning dynamic obstacle avoidance, depth camera video monitoring, color camera visual line inspection, indoor positioning autonomous navigation, mobile app mapping navigation, image Processing, ROS framework odometer deduction, convenient for remote development
- Metal texture, well-designed. Torsional suspension, four-wheel landing (Note: robots made by other producers without suspension cannot land on four wheels at the same time due to mechanical rigidity, and the kinematics data is not accurate. The robots cannot overcome obstacles)
- Can create maps and navigate through computers and mobile phones
Function List:
1. Basic Functions of ROS Robot:
- Robot ROS serial port transparent transmission
- IMU and odometer data feedback
- Motor and battery data feedback
- Robot URDF model
- Multi-sensor data fusion
- RVIZ data visualization
- Graphical debugging of PID parameters
- Rear drive electronic differential
- Three-segment battery display
- Keyboard, handle, app control
- Analysis of automobile trapezoidal steering
- ROS APP mapping navigation
2. SLAM Positioning Map Navigation, Path Planning:
- For Gmapping SLAM mapping
- For Cartographer SLAM
- For Karto SLAM mapping
- For Hector SLAM mapping
- For Cartographer IMU SLAM
- Robot fixed-point navigation
- Robot multi-point cruise
- Robot autonomous obstacle avoidance
- For AMCL Monte Carlo positioning
- Map Navigation for Android APP
- Lidar moving object tracking
- Robot autonomous exploration and mapping
- Robot simultaneous mapping and navigation
- Global path planning algorithm
- TEB local path planner
- For AMCL particle filter positioning
3. RGBD Depth Camera, Visual SLAM:
- For RTABMAP pure visual mapping navigation
- Monocular ORB_SlamV2
- For RTABMAP+Laser mapping navigation
- Monocular + depth ORB_SlamV2
- Robot depth image acquisition
- Robot color image acquisition
- Robot color point cloud acquisition
- Robot depth image acquisition
4. Multi-robot Formation:
- Multi-robot independent control, synchronous control
- Multi-robot distributed communication
- Multi-robot radar navigation
- Synchronous formation of multiple robots
Robot Parameters:
- Robot model: HuanYuBot-H21X04
- Motion model: Mecanum omnidirectional kinematics model
- ROS host: For Raspberry Pi 4B
- Lidar: SLAMTEC A1 Lidar high-speed version
- Depth Camera: Depth Camera for Astra Pro ORBBEC
- Chassis control: STM32F405RGT6
- Battery: 12.6V, 6000maH
- Load description: less than 4kg/8.8 lb
- Voltage display: three-segment LED indication for fuel gauge
- Size: 30 x 23 x 22cm/11.8 x 9.1 x 8.7" (LxWxH)
- Endurance time: 6-8 hours
- Body material: 2.5mm/0.1" oxide sandblasted high-strength aluminum alloy
Parameters for Raspberry Pi 4B 4GB:
- System: for ubuntu 18.08
- Memory: 4G operation, 32G storage
- ROS: for ROS Melodic
- Network: WIFI connection, hotspot can be set
- CPU: Quad-core for ARM Cortex-A72 64-bit 1.5GHZ
- GPU: for Broadcom VideoCore VI 500Mhz
- Deep learning: not supported
- USB: USB2.0*2, USB3.0*2
- Three-dimensional vision: support
SLAMTEC A1 High-speed Lidar:
- Measuring radius: 12m/39.4ft
- Scanning frequency: 16Hz
- Scan time: 62ms
- Power up through its switch. Frequency controlled via the switch
- 16Hz navigation dynamic performance improved
Camera for ORBBEC:
- Depth field of view H 58.4° x V 45.7°
- Working range 0.6-8m/2-26.2ft
- Accuracy: ±3mm/0.1" at 1m/3.3ft
- Higher accuracy. High depth information accuracy, meeting the accuracy requirements of multiple scenes
- Ultra-low power consumption. Less than 2.5W, USB2.0 meets power supply requirements
- UVC is driver-free. Plug and play without installing any drivers
- SDK adapts to multiple platforms. Support for Android, Linux, and Windows
- Easy to install. Rugged and durable, comes with a multi-directional base, tightly connected
Package Included:
- 1 x Set of Robot Car
Note:
- It is assembled and ready to use.
Payment Terms
1.We accept PayPal only.
2.All major credit cards are accepted through secure payment processor PayPal.
3.Payment must be received within 7 business days of auction closing.
4.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
2.All major credit cards are accepted through secure payment processor PayPal.
3.Payment must be received within 7 business days of auction closing.
4.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
Shipping Terms
- For remote regions, we will charge your extra shipping costs. Usually it cost about 35USD-50USD. We will contact you after your payment. Thanks for your understanding.
Return Terms
1. If you receive defective item, please kindly notify us within 14 days. We will guide you the returning instruction for replacement or refund.
2. If you purchased in improper condition, please NOTE that the sipping and handling fee will not be refund, all return shipping fee should paid by the buyer unless item DOA.
3. We reserve the right to refuse any returns for objective reasons.
2. If you purchased in improper condition, please NOTE that the sipping and handling fee will not be refund, all return shipping fee should paid by the buyer unless item DOA.
3. We reserve the right to refuse any returns for objective reasons.
Custom Duties & Taxes
1. Import duties, taxes, and charges are not included in the item price or postage cost. These charges are the buyer's responsibility.
2. Avoiding some unnecessary trouble, please check with your country's customs office to inform us what we should declare its value before shipping.
2. Avoiding some unnecessary trouble, please check with your country's customs office to inform us what we should declare its value before shipping.
Feedback
1. If you are dissatisfied for any reason, please don't be quick to leave us neutral or negative feedback. We work hard to make sure EVERY CUSTOMER 100% SATISFIED and resolve any problem for you and always leave positive feedback to all our customers.
2. If you are satisfied with the product you received, please kindly leave us a positive feedback and 5 star DSR. If there is any problem of your order, please feel free to contact us firstly, we are responsible and credible seller, will follow it for you asap.
2. If you are satisfied with the product you received, please kindly leave us a positive feedback and 5 star DSR. If there is any problem of your order, please feel free to contact us firstly, we are responsible and credible seller, will follow it for you asap.
Am 29.04.2022 hat der Verkäufer die folgenden Angaben hinzugefügt:
Am 27.12.2022 hat der Verkäufer die folgenden Angaben hinzugefügt: