Autonomous Mobile Platform with Differential Drive | AGV Chassis for Industry and Agriculture

• ✔ Precision differential drive for excellent maneuverability
• ✔ Powerful 100W DC motor with gear for heavy-duty tasks
• ✔ Digital servo steering with 60kg torque for precise control
• ✔ Independent four-wheel suspension with shock absorption for off-road stability
• ✔ High encoder accuracy (500p AB) for reliable navigation
• ✔ Long operating time up to 4.5 hours (no load)

Introducing a robust autonomous robotic chassis designed for reliable navigation and efficient operation in a variety of industrial and agricultural applications. This mobile platform is the ideal foundation for the development of advanced AGV (Automated Guided Vehicles) systems.

🤖 What can this robotic chassis do?

• It offers highly accurate and reliable autonomous navigation thanks to an advanced encoder with GMR effect.
• It has a robust differential drive that ensures excellent maneuverability even in confined spaces.
• The integrated 100W DC motor with gearbox provides sufficient power for cargo transport and efficient work.
• Thanks to independent suspension, it is able to smoothly overcome uneven terrain and absorb shocks.
• Digital servo steering with 60kg torque allows precise steering control.
• The extended operating time allows for long work cycles without the need for frequent recharging.

🔍 Explore every detail for your automation

This robotic chassis is designed with modularity and durability in mind, making it an excellent choice for deployment in harsh environments. At the heart of the drive is a powerful 100W DC geared motor that provides the necessary power and reliability. For precise control, the system is equipped with a digital servo drive with an impressive 60kg torque.

A key element for autonomous operation is the high-precision 500p AB incremental encoder with GMR effect, which ensures reliable position and speed tracking. The design with four-wheel independent suspension and shock absorption guarantees a stable ride and load protection even on uneven surfaces. This chassis is designed to maximize operating time with a capacity of up to 4.5 hours without load, minimizing downtime and increasing overall productivity.

💡 Are you bothered by inefficient transport or manual labor?

In many industries, logistics centers or agricultural businesses, manual material transport and repetitive tasks represent a significant burden, slowing down processes and increasing operating costs. Finding a reliable and flexible solution to automate these activities is a constant challenge.

🚀 Get your time back and increase your productivity!

Our autonomous mobile platform is a comprehensive solution for efficient automation. With advanced navigation, robust construction and optimized performance, you can eliminate human error, reduce labor costs and significantly speed up internal logistics processes. Your investment in this AGV chassis will return to you in the form of increased efficiency and reliability of your operations.

🏆 More than just features, real benefits

• Differential drive: Allows for turning on the spot and precise movement even in narrow aisles. -> Benefit: Maximum agility and space utilization in warehouses and production halls.
• Independent suspension: Four-wheel independent suspension system with shock absorption. -> Benefit: Reliable transport of sensitive materials and stable operation even on uneven surfaces.
• High-precision encoder: 500p AB incremental encoder with GMR effect. -> Benefit: Flawless navigation and precise positioning, crucial for autonomous operations.
• Extended runtime: Up to 4.5 hours without load and 3 hours at maximum load. -> Benefit: Less frequent recharging, longer work cycles and higher overall productivity.
• Powerful 100W DC motor: Robust motor with gearbox. -> Benefit: Reliable performance for transporting heavier loads and challenging terrain.

🎯 Who is it the ideal choice for?

• For companies in the field of intralogistics and warehousing that are looking for solutions for automating material transport.
• For agricultural and construction companies that need a robust platform for autonomous machines in the field.
• For research and development teams that develop their own robotic solutions and need a stable, programmable chassis.

❓ Do you have concerns? We will answer them

• Concern: Will the platform be difficult to integrate into my existing system? -> Answer: The chassis is designed with modularity in mind, making it easy to adapt and integrate with different control systems and sensors.
• Concern: How will the robot handle uneven terrain or obstacles? -> Answer: Thanks to the four-wheel independent suspension and robust construction, the platform is able to handle more challenging terrain and is ready to integrate sensors for obstacle detection.
• Concern: What is the service life and maintenance of the components? -> Answer: The components used, such as the 100W DC motor and digital servo control, are designed for long service life and reliability in industrial environments. Regular maintenance is minimal and easy to perform.

⚙️ Technical specifications

Drive type:	Differential
DC motor with gearbox:	MD60, 100W
Digital servo control:	DS5160, 60kg torque
Suspension:	Four-wheel independent with shock absorption
Encoder:	500p AB incremental (GMR effect), high accuracy
Operating time (no load):	about 4.5 hours
Operating time (maximum load):	about 3 hours

❓ Frequently Asked Questions

What is this platform primarily intended for?

It is ideal for the development and deployment of autonomous mobile robots (AGVs) in industrial, logistics and agricultural applications where reliable transport and process automation are needed.

What is the platform's load capacity?

Although the exact load capacity is not specified, thanks to the powerful 100W DC geared motor and robust chassis, the platform is designed to transport significant loads. We recommend verifying the specific needs of the project.

What type of encoder is used and why is it important?

The platform is equipped with a 500p AB incremental encoder with GMR effect. This is key for accurately measuring wheel speed and determining the robot's position, which is essential for autonomous navigation and precise positioning.

Can the robotic chassis handle outdoor driving?

Thanks to its robust construction and four-wheel independent suspension with shock absorption, the platform is well prepared for operation on uneven terrain, making it suitable for some outdoor applications such as agriculture or construction.

Is the platform easily programmable and extensible?

Although the input data does not mention a specific controller, the modular design and the presence of digital servo control and encoder indicate that the platform is designed for easy integration with various control systems (e.g. ROS, ArduPilot) and for further expansion with sensors or add-ons.

How long will the battery last in operation?

The platform offers an operating time of approximately 4.5 hours without load and 3 hours at maximum load, ensuring sufficient autonomy for most work cycles.