Autonomous AMR/AGV Chassis with Open SDK and 300 kg Load Capacity

• ✔ Fully autonomous navigation and advanced obstacle avoidance
• ✔ Open SDK for unlimited flexibility and customization
• ✔ Robust mobile platform for AMR and AGV applications
• ✔ Impressive load capacity of up to 300 kg for a wide range of tasks
• ✔ Compact dimensions for easy integration into work spaces
• ✔ Supports automatic charging for continuous operation
• ✔ Reliable 4WD drive for stable movement

Introducing a cutting-edge autonomous mobile chassis that forms the ideal foundation for your most demanding robotics projects. Whether you plan to develop a delivery robot, a warehouse logistics solution, or an advanced research platform, this open SDK, high-capacity chassis will give you unmatched flexibility and performance.

🤖 Discover endless possibilities with this advanced chassis!

• Autonomous navigation: The ability to move independently, plan routes, and avoid obstacles.
• Open SDK: Full control over the software, allowing for development of custom applications and integration with existing systems.
• High load capacity: Can carry up to 300 kg, ideal for transporting materials and heavy loads.
• 4WD drive: Stable and reliable movement in various environments.
• Automatic charging: For extended operation without the need for manual intervention.
• Magnetic guidance: Possible use for controlled routes in industrial applications.

🔍 Dive into the details of innovation and adaptability

This AMR/AGV chassis is designed to provide a solid and intelligent base for any autonomous robotics project. Its robust construction is complemented by advanced navigation systems that ensure precise and safe movement. With an open SDK, developers have full freedom to implement their own algorithms and functionalities, making it an ideal choice for research, prototyping and commercial deployment.

With a load capacity of up to 300 kg, this chassis is ready to handle demanding tasks in logistics, warehouse automation, hospitals or delivery. Intelligent obstacle avoidance systems and support for automatic charging minimize the need for human supervision and maximize operational efficiency. The compact design and easy maneuverability ensure that the robot moves effortlessly even in confined spaces.

🚧 Are you bothered by the limitations of existing platforms?

Do you feel that standard robotic platforms do not provide enough flexibility for your innovative projects? Are you struggling with proprietary systems that prevent full customization and integration? Are you looking for a robust foundation for high-capacity robots that also enables rapid development and deployment?

🚀 Get full control over your robotic solution!

This autonomous AMR/AGV chassis is the answer to your challenges. Thanks to its open SDK, you can implement your own software, sensors and manipulators, creating a solution tailored to your needs. It is not just a chassis, but a full-fledged development platform that will save you time and resources when creating advanced autonomous systems.

🌟 More than just features, real benefits

• Feature: Open SDK -> Benefit: Reduced development time and the ability to implement any custom software.
• Function: Autonomous navigation with obstacle avoidance -> Benefit: Safe and efficient operation without human supervision.
• Function: High load capacity 300 kg -> Benefit: Ability to transport heavy loads and a wide range of uses.
• Feature: Supports automatic charging -> Benefit: Maximizes uptime and minimizes downtime.

🎯 Who is it the ideal choice for?

• Robotics developers and researchers: Looking for a flexible platform for experimentation and prototyping.
• Logistics and automation companies: Who want to implement efficient and autonomous transportation solutions.
• Educational Institutions: For hands-on teaching of advanced robotics and artificial intelligence.

❓ Do you have concerns? We will answer them

• Concern: Integrating your own software will be difficult. -> Answer: The open SDK is designed for easy integration and offers the necessary tools and documentation.
• Concern: The robot may not be robust enough for industrial environments. -> Answer: The chassis is designed with an emphasis on durability and reliability for demanding industrial applications.
• Concern: What if something goes wrong? -> Answer: We are here for you with technical support and advice to ensure the smooth operation of your solution.

⚙️ Technical specifications

Product type	Autonomous AMR/AGV Mobile Chassis
Load capacity	Up to 300 kg
Dimensions (L x W x H)	540mm x 360mm x 372mm
Power supply	External, 42V
Maximum current	10A
Drive	4WD (four-wheel drive)
Navigation	Autonomous, with obstacle avoidance, route planning
Development platform	Open SDK
Other features	Support automatic charging, magnetic guidance option

❓ Frequently Asked Questions (FAQ)

What is an open SDK?

The open SDK (Software Development Kit) provides developers with tools, libraries, and documentation for full customization of the robot software, implementation of custom algorithms, and integration with external systems.

What are the main applications for this chassis?

The chassis is ideal for delivery robots, logistics AMR/AGV systems in warehouses, industrial automation, research and educational projects in robotics, and any application requiring an autonomous mobile platform with a high load capacity.

What is the maximum load capacity of the chassis?

This chassis model is designed to safely transport loads weighing up to 300 kg, making it a robust solution for demanding tasks.

Does the chassis support automatic charging?

Yes, the chassis is equipped with features to support automatic charging, enabling continuous operation and reducing the need for manual intervention.

How does autonomous navigation and obstacle avoidance work?

The chassis uses advanced sensors and navigation algorithms to map the environment, plan optimal routes, and dynamically avoid obstacles in real time, ensuring safe and efficient movement.

Is the chassis suitable for outdoor use?

It is primarily designed for indoor use, but its robust construction can handle specific outdoor conditions to a limited extent. For outdoor use, consultation is recommended to ensure optimal performance and durability.

What are the external power requirements?

For optimal function, it requires an external power supply with a voltage of 42V and a maximum current of 10A, which ensures sufficient power for all its systems.