Salary / price 1 €
| About the robot | |
|---|---|
| Robot name | Universal Unmanned Mobile Research Robot X100 UGV |
| Employment type | Full-time employees |
| Dimensions |
H: 51 cm W: 40 cm L: 76 cm |
| Load capacity | 75 kg |
| The speed of movement | 0,8 m/s |
| Power | |
| Energy consumption | |
| Working hours | 4 hours |
| The warranty period | |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
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Salary / price 1 € Open to relocation
Specifications
- SIZE: 760mm x 400mm x 510mm (Length x Width x Height)
- WEIGHT: 75 kg
- PAYLOAD: Up to 75kg
- DRIVE: 0.8 m/s Top Speed (4 individually driven wheels)
- COMPUTER: Nvidia Xavier NX (On-board computer is Customizable)
- COMMUNICATION PORTS: 2 x USB 3.0, 1 x Ethernet
- POWER PORTS: 24V, 12V, 5V (Each fused at 3A)
- API: ROS
- BATTERY: 24V 24Ah SLA (Hot swappable) (Upgradable to Li Ion's)
- MANUAL CONTROL: Playstation controller (Via Bluetooth)
- CONNECTIVITY: WiFi, Bluetooth
- UPGRADES: Li-Ion battery packs
Description
Universal Unmanned Mobile Research Robot X100 UGV
The X100 UGV is a state-of-the-art Unmanned Ground Vehicle platform, ideal for developing and testing new robotics applications and algorithms with ease. Its rugged steel chassis, smooth calibrated drive train, and pneumatic lug-tread tires, combined with a compact size and portable form factor, make X100 the perfect mobile robot platform for universities and enterprises. This research robot supports ROS API, making it versatile for research and development in space, construction, mining, farming, and delivery robotics. Rent a robot like the X100 UGV to advance your research and development projects.
Key Features
The research robot X100 UGV has a payload capacity of 75 kg and is equipped with a 7-inch touch screen. It offers a nominal run-time of 4 hours and has a width of 40 cm. This inspection robot provides continuous operation with hot-swappable batteries, allowing extended use without interruption. Its low center of gravity ensures stability when mounting payloads on the top, backside, and front.
Mechanical
Built from high-quality stainless steel, the inspection robot X100 UGV withstands the harshest terrain. Its 4 individually driven wheels, along with lug-tread tires and powerful motors, give it ample torque to navigate challenging environments. There is job for this autonomous robot on rough terrain and in difficult conditions. It is an ideal AI-driven robot for industrial robots in harsh conditions.
Compute Power
Powered by Nvidia Xavier NX, the unmanned robot X100 UGV is suitable for intensive machine learning and machine vision applications. This AI-controlled robot brings the power of AI and robotics to your research, making it an essential tool for various scientific endeavors. Work for the robot to achieve the best results.
Software and Accessories
Supporting ROS out of the box, the autonomous robot X100's APIs allow quick project initiation. It can interface with a wide variety of sensors such as LIDARs and GPS, as well as actuators like robotic arms or custom design modules. Cameras, both monocular and stereo, can be easily integrated with this platform robot. This makes it a versatile AI robot for a multitude of applications.
Potential Use Cases
The mobile robot X100 UGV is highly adaptable for robotics research, serving as a test platform for developing autonomous navigation technologies. It is also ideal for R&D in space robotics applications, mining applications, and more. This transport robot can handle diverse tasks, making it a universal robot for various fields.
Enhance your projects with the X100 UGV, whether you hire, rent, or buy this advanced mobile robot. Experience the future of robotic automation with a versatile and efficient platform that ensures top performance in diverse environments. This autonomous robot is perfect for research labs, industrial sites, and other settings where innovative AI robotics solutions are needed. With its AI and robotics capabilities, it stands as a leading solution in the field of smart robots.