Robust Two-Wheel Robotic Chassis with Autonomous Drive and AGV Functions

• ✔ Incredible load capacity of up to 80 kg for demanding tasks
• ✔ Powerful two-wheel drive with 2x 200W brushless motors
• ✔ Precise front-wheel steering for unmatched maneuverability
• ✔ Long endurance thanks to robust 36V 6Ah drive battery
• ✔ Full support for secondary development and ROS (Robot Operating System)
• ✔ Durable construction with integrated EVA anti-collision plates
• ✔ CE and ROHS certifications guaranteeing quality and safety

Introducing a cutting-edge robotic chassis designed for autonomous operation and a wide range of applications. This platform combines power, intelligence and flexibility to meet the demands of even the most demanding projects in logistics, research or industrial automation. With this chassis, you will gain a solid foundation for your innovation and push the boundaries of your robotic solutions.

⚙️ Key features that define performance

• High-performance 2x 200W brushless motors with an effective dual braking system.
• Precision front-wheel steering system for unmatched maneuverability and stability.
• Impressive maximum load capacity of 80 kg and dynamic speed of up to 10 km/h.
• Durable 9-inch pneumatic tires for stable riding on a variety of surfaces.
• 8-channel 2.4G remote control with receiver for instant and reliable control.
• Separate power supply for drive (36V 6Ah) and control (2x 6V 4600mA) for optimal performance.
• Integrated front and rear EVA anti-collision plates for increased operating safety.
• Modular design with 485 communication support and open architecture for easy integration.

🔍 Explore the details of perfection

This two-wheeled robot chassis is an ideal choice for the development of autonomous mobile robots, AGV vehicles and logistics solutions. Its robust construction with dimensions of 600x470x200 mm and elegant black paint finish ensures durability, professional appearance and long life even in demanding industrial environments.

At the heart of the platform are two powerful 200W brushless motors that ensure dynamic and reliable movement with a maximum speed of up to 10 km/h. Thanks to the front-wheel steering system, the chassis is extremely agile and capable of precise navigation even in confined spaces. The pneumatic 9-inch tires guarantee a stable and smooth ride on a variety of surfaces, from smooth floors to uneven outdoor terrain.

With a payload capacity of up to 80 kg, it is the ideal basis for transport tasks, disinfection robots, reconnaissance missions or advanced industrial applications. The open architecture with ROS support and the possibility of secondary development gives developers full control over customization and integration with their own sensors, tools and advanced AI systems.

🚧 Are you facing challenges in modern automation?

Are you looking for a reliable, powerful and easily adaptable platform for your robotics projects? Are you struggling with limited payload capacity, lack of flexibility or complex integration of existing solutions? Many basic chassis are simply not enough for complex autonomous applications that require robustness, intelligence and the ability to further develop. It's time for a solution that will exceed your expectations.

💡 The solution is within reach: Introducing the future of mobility!

Our two-wheeled robot chassis provides a complete solution for your needs. With its robust construction, high load capacity and advanced features like ROS support, you get the foundation to realize even the most ambitious projects. Stop limiting yourself and start creating with a platform that keeps up with your vision and opens the door to endless possibilities for automation and innovation.

✨ More than just features: Real benefits for you

• Powerful motors (2x 200W): -> Benefit: You can reliably transport even heavy loads with sufficient dynamics and control.
• Load capacity 80 kg: -> Benefit: Wide range of uses for transport, handling and complex industrial applications.
• ROS and secondary development support: -> Benefit: Unlimited flexibility for customization, programming, and integration with AI and advanced algorithms.
• Long battery life (36V 6Ah): -> Benefit: Extended operation without the need for frequent recharging, ideal for long shifts and autonomous operations.
• Pneumatic 9-inch tires: -> Benefit: Stable and smooth ride even on uneven surfaces and outdoors, increasing the versatility of the platform.

🎯 Who is this platform the ideal choice for?

• Robotics developers and researchers who need a robust, programmable, and modular foundation for their experiments and prototypes.
• Companies and logistics operations looking for effective and flexible solutions for automating intralogistics, material transport or service tasks.
• Educational institutions and hobbyists for advanced autonomous vehicle projects where high performance and reliability are required.

❓ Do you have any concerns? We will answer them with confidence

• Concern: Is integration complicated for my existing systems? -> Answer: Thanks to ROS (Robot Operating System) support and an open 485 communication module, integration is highly flexible and efficient, minimizing complications.
• Concern: How long will the battery last in operation? -> Answer: With a main 36V 6Ah battery for propulsion and 2x 6V 4600mA for control, along with efficient brushless motors, long enough operation is ensured for most daily applications.
• Concern: Will the chassis handle rough terrain or outdoor environments? -> Answer: Yes, the 9-inch pneumatic tires and robust construction ensure a stable ride even on less than ideal surfaces, including slightly uneven terrain.

📊 Technical specifications

Parameter	Value
Dimensions (L x W x H)	600mm x 470mm x 200mm
Engine	2x 200W brushless motor
Drive	Two-wheel rear drive
Brake system	Dual motor brake
Management system	Front-wheel steering
Tire type	9 inch pneumatic
Net weight	approx. 25 kg
Maximum load capacity	80 kg
Maximum speed	approx. 10 km/h
Remote control	8-channel 2.4G (with receiver)
Drive battery	36V 6Ah
Steering battery	2x 6V 4600mA
Surface treatment	Black spray paint
Anti-collision protection	Front and rear EVA plates
Communication module	Sub to 485 (independent module)
Package contents:
Charger for the drive battery	1x 36V (42V 2A)
Smart charger for steering battery	1x B6 (15V)
Multifunction key	1x
Small cross wrench	1x
Tire wrench	1x
Wheel frame nut	2x
Anti-loosening tape for wheel nuts	1x roll
High-strength hex screwdrivers	1x set
Replacement screws	Several pieces

❓ Frequently Asked Questions (FAQ)

What applications is this robot chassis best suited for?

It is ideal for autonomous logistics, transport tasks in industry, as a basis for disinfection robots, for research and development projects in robotics, or for advanced educational purposes where flexibility and high load capacity are required.

Is it possible to program and customize the chassis?

Absolutely! The platform is designed with full support for ROS (Robot Operating System) and allows for secondary development, giving users full control over the software and integration of their own sensors, tools, and modules.

What is the maximum load capacity and speed of the chassis?

The chassis has an impressive load capacity of up to 80 kg and can move at a maximum speed of around 10 km/h, ensuring efficient and fast transport of even bulky loads.

What are the power options and how long do the batteries last?

The drive is provided by a powerful 36V 6Ah battery, while the control has its own power supply of 2x 6V 4600mA. The exact endurance depends on the load and operating mode, but with these capacities long and reliable operation is ensured.

Are the remote control and charger included?

Yes, the package includes an 8-channel 2.4G remote control for manual control, a charger for the main drive battery and a B6 smart charger for the steering batteries, along with a complete set of maintenance tools.

What are the exact physical dimensions of this platform?

The chassis dimensions are L600mm x W470mm x H200mm, making it a compact yet powerful platform that fits even in space-constrained environments.