Intelligent AMR Robotic Chassis with 300 kg Payload and Autonomous Navigation

• ✔ High load capacity up to 300 kg for efficient handling.
• ✔ Advanced Lidar navigation with autonomous obstacle avoidance.
• ✔ Omnidirectional movement for maximum maneuverability.
• ✔ Millimeter-precision positioning using infrared QR code correction.
• ✔ Robust steel construction ensuring long service life.
• ✔ Integrated 7-inch touchscreen for intuitive operation.
• ✔ Open SDK with Android and Linux support for flexible development.

Introducing the intelligent AMR robotic chassis, designed to transform your intralogistics and automation. With a payload capacity of up to 300 kg and advanced navigation systems, this platform is the ideal solution for moving heavy loads in dynamic environments.

⚙️ Discover key innovations for your automation

• Omnidirectional movement: Provides unmatched flexibility and maneuverability in confined spaces.
• Advanced navigation: Lidar-based indoor navigation and obstacle avoidance systems.
• Precise positioning: Infrared correction using QR codes at the endpoints for accuracy below 10 mm.
• High load capacity: The chassis can lift and move objects weighing up to 300 kg.
• Open Platform: Support Android 5.1 (Cortex-A7) and Linux (RK3128 i5) with open SDK for your own applications.
• Intuitive control: 7-inch capacitive touch screen with 1024*600 resolution for easy interaction.

🔬 Explore the power and intelligence in every detail

This AMR robot chassis represents the pinnacle of mobile robotics. Its design is based on a robust cold-rolled steel plate construction, ensuring exceptional durability and reliability in harsh industrial environments. Propulsion is provided by a combination of four omnidirectional wheels and two active 6.5-inch wheels, which allow for smooth omnidirectional movement.

At the heart of the system is a powerful control board that supports both Android 5.1 on a Cortex-A7 processor and Linux with an industrial RK3128 i5 control board. This flexibility opens the door to a wide range of applications and allows developers to fully customize the robot's behavior to specific needs. The integrated lithium-iron-phosphate (LiFePO4) battery with a capacity of 38.4V 25AH and a total power of 960W provides long operating time and a lifespan exceeding 2000 charging cycles, minimizing downtime and operating costs.

🤔 Are you facing challenges in internal logistics and handling?

Manual handling of heavy loads is time-consuming, error-prone and poses a risk to employee safety. Current automated systems often lack flexibility and accuracy, leading to inefficiency and higher operating costs. How to ensure fast, safe and accurate material transport in a dynamic environment without the need for costly infrastructure modifications?

🚀 Get unmatched efficiency and security!

The intelligent AMR robot chassis is the answer to your logistics challenges. With autonomous navigation, high load capacity and millimeter precision, you will dramatically improve the efficiency of your operations. The robot navigates independently, avoids obstacles and delivers loads precisely, reducing workload, optimizing material flows and increasing overall safety in the workplace. Invest in the future with proven technology.

📈 More than just features, real benefits

• Function: Omnidirectional movement -> Benefit: Increased flexibility in confined spaces, easy maneuvering without the need to turn.
• Function: Lidar navigation and 3D camera for obstacles -> Benefit: Safe and reliable autonomous navigation even in dynamic and complex environments.
• Function: Load capacity 300 kg -> Benefit: Efficient handling of heavy loads, reduces the need for human strength and the risk of injury.
• Function: IR correction with QR codes -> Benefit: Extremely precise positioning, crucial for automated processes with high demands.
• Features: Open SDK (Android/Linux) -> Benefit: Maximum adaptability and integration into existing systems, extensibility of functionality.

🎯 Who is this autonomous robot the ideal choice for?

• Manufacturing plants: For automating the supply of material to production lines and the removal of finished products.
• Warehouse logistics: For transporting goods between storage zones and shipping.
• Research and development centers: As a robust and flexible platform for the development of new robotic applications.
• Companies integrating automated solutions: For customer projects requiring a reliable mobile platform.

💬 Do you have questions? We bring clear answers!

• Concern: How complex is the integration into my existing system? -> Answer: Thanks to the open SDK and Android/Linux support, the chassis offers high flexibility for integration and custom development.
• Concern: What is the reliability and durability of the robot in heavy-duty operation? -> Answer: The robust steel construction and LiFePO4 battery with 2000+ cycles guarantee long and trouble-free service.
• Concern: Will operating the robot require training? -> Answer: With an intuitive 7-inch touchscreen, the controls are designed for maximum user-friendliness.

📊 Technical specifications

Chassis type	Intelligent AMR Robot Chassis
Load capacity	Up to 300 kg (lifting/lowering objects)
Movement	Omnidirectional horizontal movement
Wheels	4 omnidirectional wheels, 2 active 6.5-inch wheels
Navigation	Lidar-based indoor navigation and obstacle avoidance
Assisted obstacle avoidance	3D camera for visual assistance
Auxiliary positioning	Infrared correction using QR codes
Positioning accuracy	Under 10mm
Control system (main chip)	Cortex-A7 (Android 5.1), RK3128 i5 (Linux industrial control board)
Display	7-inch capacitive full touch panel, resolution 1024*600
Chassis material	Cold rolled steel sheet
Battery type	Lithium iron phosphate (LiFePO4)
Battery capacity	38.4V 25AH, total capacity 960W
Battery life	More than 2000 charge/discharge cycles
Package contents	1x 43.2V 5A charger, 1x automatic charging station

❓ Frequently Asked Questions (FAQ)

What is the maximum load capacity of this robot chassis?

The chassis is designed to lift and transport objects weighing up to 300 kg, making it an ideal helper for heavy loads.

How does the robot navigate and avoid obstacles?

It uses Lidar-based indoor navigation and is equipped with a 3D camera for visual assistance in avoiding obstacles, ensuring safe and reliable autonomous driving.

What is the positioning accuracy?

Thanks to infrared correction using QR codes, the chassis achieves positioning accuracy below 10 mm, which is crucial for precise operations.

What operating system does the robot use?

The robotic chassis supports both Android 5.1 on a Cortex-A7 processor and Linux with an RK3128 i5 industrial control board, offering wide possibilities for development and customization.

What is the battery life and charging time?

It is equipped with a LiFePO4 battery with a capacity of 960Wh, which can withstand more than 2000 charge/discharge cycles. The package includes a 43.2V 5A charger and an automatic charging station for efficient energy replenishment.

Is it possible to program and customize the robot?

Yes, with an open SDK and support for two operating systems, the platform is highly flexible for custom programming and integration of specific applications.

What types of wheels does the robot use and what kind of movement does it allow?

The robot is equipped with four omnidirectional wheels and two active 6.5-inch wheels, allowing it full omnidirectional horizontal movement with excellent maneuverability.