UGV-8 Autonomous Mobile Robotic Chassis – Modular Platform for Research and Logistics

• ✔ Lightweight, modular design for easy development and integration
• ✔ High load capacity and extremely stable driving characteristics
• ✔ Flexible movement on a variety of surfaces thanks to advanced chassis
• ✔ Four powerful 300W hub motors for independent and precise drive of each wheel
• ✔ Integrated Vehicle Control Unit (VCU) for intelligent control
• ✔ Open underlying CAN protocol for easy programmability and expansion
• ✔ Possibility of installing sensors and manipulators for a wide range of applications

Introducing the UGV-8, a compact and highly adaptable robotic chassis designed as an ideal mobile development platform. With a lightweight, modular and intelligent design, it offers exceptional payload and stable control in a variety of environments, from scientific research to logistics and distribution.

⚙️ What can this robotic chassis do?

• Easy and intuitive operation, ideal for quick deployment.
• High configuration of key hardware for reliable performance.
• Four independent 300W hub motors enable precise four-wheel drive.
• The Vehicle Control Unit (VCU) provides state-of-the-art drive-by-wire control.
• Electronic control system optimized for autonomous operation.
• Possibility of installing stereo cameras, laser radars, GPS, IMU and robotic manipulators.
• Intelligent system for reading parameters and coordinating performance.

🔬 Explore every detail of the modular platform

The UGV-8 is the epitome of modern robotic design that emphasizes flexibility and performance. Its lightweight construction and modular approach make it an indispensable tool for developers and researchers. Its ability to carry significant loads while maintaining stability and precision in movement makes it an ideal choice for a wide range of tasks.

The manufacturer designed this chassis with easy integration of advanced sensors and other components in mind, allowing users to customize the platform to specific project needs. Whether autonomous inspections, indoor delivery services, or complex scientific experiments, the UGV-8 provides a robust foundation for innovation.

🚧 Are you bothered by the limitations of existing robotic platforms?

Traditional robotic chassis often suffer from a lack of flexibility, difficulty integrating additional hardware, or insufficient payload for demanding tasks. The development of autonomous systems requires a platform that is not only robust and reliable, but also easily expandable and programmable. The complexity of control and the absence of an open communication protocol can slow down even the most innovative projects.

🚀 Take back control of your robotics development with the UGV-8!

The UGV-8 is the solution to these challenges. Its modular design and open architecture allow for seamless integration of a wide range of sensors and instruments. With its high payload and ability to move on various surfaces, you no longer have to limit your projects. With intuitive controls and an advanced controller, you get full control and flexibility needed for rapid and efficient development of autonomous systems.

🌟 More than just features, real benefits you'll feel:

• Modular design: -> Benefit: Easy and quick adaptation to specific project requirements and future expansion.
• High load capacity: -> Benefit: Possibility of transporting heavier loads or installing complex sensor systems without compromise.
• Independent 4-wheel drive: -> Benefit: Unrivaled maneuverability and ability to overcome obstacles even in difficult terrain.
• Open CAN protocol: -> Benefit: Easy integration with your own control systems and software for maximum development flexibility.
• Intelligent VCU: -> Benefit: Advanced stability and performance management, simplifying programming of autonomous functions.

🎯 For whom is the UGV-8 the ideal choice?

• Research institutes and universities: For projects in the field of autonomous robotics, artificial intelligence and sensory systems.
• Logistics and distribution companies: For automation of internal material transportation and autonomous delivery services.
• Mobile robot developers: As a robust and flexible platform for prototyping and testing new robotic solutions.

🤔 Do you have any concerns? We'll answer them!

• Concern: Will installing additional components be difficult? -> Answer: With its modular design and open protocol, the UGV-8 is designed for the easiest integration of sensors and manipulators.
• Concern: How durable is the chassis in harsh environments? -> Answer: The basic IP35 rating provides protection against dust and splash water, with the option to upgrade to IP66 for even more demanding environments.
• Concern: Is the robot easy to operate for novice developers? -> Answer: Yes, the UGV-8 is designed with ease of use in mind and has an advanced VCU for intuitive control.

⚙️ Technical specifications

Chassis type	Small robotic chassis
Design concept	Lightweight, modular, intelligent
Drive	4x 300W hub motors (PMSM with encoder)
Charging	AC220V independent charger (≤3 hours, fast charging optional)
Degree of protection	IP35 (optional IP66)
Communication protocol	Open underlying CAN protocol
Feedback sensors	Steering sensor, Wheel speed sensor, Front and rear brake sensor
Management	Differential front wheel steering
Control unit	Vehicle (VCU)

❓ Frequently Asked Questions (FAQ)

What is the UGV-8 intended for?

The UGV-8 is a small robotic chassis designed as a modular development platform for mobile robots. It is ideal for scientific research, distribution, logistics, and autonomous inspection.

What other equipment can be installed on the UGV-8?

The chassis can optionally be equipped with a stereo camera, laser radar, GPS, IMU, robotic manipulator and other sensors or tools as needed by the project.

How long does it take to charge the battery and what voltage is used to charge it?

The battery is charged using an independent AC220V charger, and a full charge takes about 3 hours. Fast charging can be customized.

What is the chassis protection level?

The basic protection level is IP35, which provides protection against dust and splashing water. For more demanding conditions, the chassis can be adapted to IP66 protection level.

What communication protocol does the UGV-8 use?

The UGV-8 uses an open underlying CAN protocol, which allows flexible communication and integration with external systems.

What type of engines are used in the UGV-8?

The chassis is equipped with four 300W Permanent Magnet Synchronous Motor (PMSM) hub motors with integrated encoders, which ensures independent drive of each wheel.

What feedback sensors are integrated?

The chassis includes steering feedback sensors, wheel speed sensors, and front and rear brakes to ensure precise control.