Key Features:
- Ackerman chassis with 4WD Suspension System 
- Lightweight Z1 Pro arm with high precision and speed 
- Heavy payload max at 50 kg. 
- Double LiDARs, Built-in Arm Camera & Soft Gripper 
- MiROS Visual Programming DevKit 
Why ROS?
ROS is the most popular robot operating system in the world. A hardware platform based on ROS will benefit the user gaining extensive practical skills from the world’s most promising robot operating system.
What is MiROS:
MiROS is a cloud-based visual programming tool for ROS development. Pickerbot X comes preinstalled with the MiROS Agent, enabling a constant SSH connection between your computer and your robot. If you’re developing a ROS project on a Mac or PC, there’s no need to install Ubuntu or use a virtual machine. You can access the ROS environment directly through a web browser and remotely connect to your robot. The MiROS graphical interface supports drag-and-drop programming and automatically generates ROS code, saving time and reducing the risk of errors.
Quick Start:
ROS 2 Humble and MiROS are pre-loaded on Pickerbot X which include all the essential ROS software packages and visual programming toolkit. Our online tutorial will guide the user how to launch Pickerbot X and its ROS packages within minutes.
Complete Solution:
Pickerbot X comes with comprehensive technical materials including user manual, tutorials and sample ROS codes saving valuable R&D time and resource.
Expandable:
Pickerbot X is expandable to add accessories such as robotic arms, voice recognition modules, LCD screen and external keyboards etc..
Research Lab Ready:
Pickerbot X comes with comprehensive technical materials including user manual, tutorials and sample ROS codes allowing researchers and developers to integrate Rosbot Pro’s hardware and software package into their curriculum with ease and flexibility.
Applications:
- Pick & Place Robot 
- Autonomous driving 
- Autonomous mobile robot 
- SLAM 
- Navigation 
- Mobile manipulation 
- Human robot interaction 
- Mobile computer vision 
- Edge computing over 4G/5G 
- Service robot 
- Inspection robot 
- Robot and drone collaboration 
- Autonomous driving 
- Outdoor GPS Navigation 
- Field robot 
- Agriculture robot 
- Mining robot 
- Delivery robot 
- Industrial robot 
- Search and rescue robot 
- Surveillance and inspection 
What’s include:
- 1x ROS Computer - Jetson Orin Nano/NX or Intel NUC 
- 2x LiDARs - M10P (25m detection range) 
- 1x Camera 
- 1x Z1 Pro Arm 
- 1x Robotic chassis 
- 1x Battery charger (AC 220V) 
- 2x Aviation plug (male, 4-pin) 
- 1x USB to RS232 cable 
- 1x USB to CAN communication module 
Specifictions:
Dimensions
Chassis: L930xW699xH349 mm
Arm Reach: 740 mm, 6 DoF
Weight
Chassis - 68kg
Arm - 4.5kg
Payload
Chassis - 50kg
Arm - 3kg
Max Speed
1.5 m/s
Battery Life
3.5 hours without loads
2.5 hours with full loads
 
                         
         
         
         
        