Smart mobile robotic chassis AMR with a load capacity of 300 kg – Autonomous navigation and open SDK

• ✔ High load capacity of up to 300 kg for demanding tasks
• ✔ Advanced autonomous navigation with intelligent obstacle avoidance
• ✔ Open SDK platform for flexible development and easy integration
• ✔ Robust 4WD mobile chassis for stable and reliable operation
• ✔ Ideal for logistics automation, material handling and AGV/AMR applications
• ✔ Increases efficiency, accuracy and safety of work processes
• ✔ Versatile use in industrial, warehouse and commercial environments

Introducing the intelligent AMR robot chassis, a leading solution for automated material handling and autonomous operation in diverse environments. This robust chassis is designed to provide reliable and efficient support for your robotics projects, whether in logistics, industry or new service development. Its adaptability and open architecture make it the ideal foundation for future innovation.

🚀 What does this smart chassis offer?

• Fully autonomous navigation and real-time obstacle avoidance
• Integrated open SDK platform for flexible customization and custom development
• Impressive load capacity of up to 300 kg for transporting heavy loads
• Stable and powerful 4WD drive for various surfaces and terrains
• Optimized for AGV (Automated Guided Vehicle) and AMR (Autonomous Mobile Robot) applications
• Suitable for efficient material handling in industry and logistics

🔍 Explore every detail and potential of automation

This intelligent mobile robot chassis is the foundation for building advanced robotic systems. With advanced algorithms for autonomous navigation and obstacle avoidance, it can effectively operate in dynamic environments without human intervention. The open SDK platform provides developers with unprecedented freedom to implement their own applications and functions, making it an ideal choice for research, prototyping, and commercial deployment.

Its robust construction is designed for high durability and reliability in demanding conditions. With a load capacity of up to 300 kg, it is ready to handle heavy loads in industrial warehouses, production halls or when delivering in large areas. It is the ideal solution for transforming your logistics and production processes towards full automation and increasing overall efficiency.

🤔 Are you bothered by low efficiency and high costs of manual handling?

Many companies face challenges associated with inefficient material handling, limited workforce capacity, and the need to increase throughput. Manual processes are error-prone, slow, and pose security risks. Are you missing a flexible and scalable solution that addresses these issues while enabling innovation and growth?

💡 Get your time back and increase productivity with an autonomous robotic chassis!

This AMR chassis is the answer to your automation needs. It offers not only robust hardware, but also intelligent software for autonomous movement and seamless integration with your existing systems. Get rid of repetitive and laborious tasks and free up your employees for higher value-added activities. With an open architecture, you are the master of your own innovations and future expansions.

🌟 More than just features – real benefits for your business

• Autonomous navigation: Increases safety and efficiency of operations without the need for complex infrastructure, with the ability to dynamically change routes.
• Load capacity 300 kg: Allows the transport of heavy loads, optimizes logistics processes and significantly reduces manual work and the risks associated with it.
• Open SDK: Provides unmatched flexibility for developing custom applications, customizing, and integrating into existing enterprise systems.
• Robust 4WD construction: Ensures stability and reliability even in demanding industrial environments with various types of surfaces, including minor bumps.
• Effective obstacle avoidance: Minimizes the risk of collisions and ensures smooth, uninterrupted operation in dynamic environments where people are also moving.

🎯 Who is this robotic chassis the ideal choice for?

• Logistics and warehousing companies: Who want to automate intra-company goods transportation and optimize warehouse operations.
• Manufacturing plants and factories: Looking for flexible and efficient solutions for line transport of materials and components between workplaces.
• Developers and research teams: Needing a reliable, modular, and open platform for prototyping and testing new robotic applications.
• Integrators and service providers: Who want to create and deploy specialized service, delivery, or inspection robots.

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

• Concern: Complex implementation: -> Answer: With an open SDK, detailed documentation, and an active community, integration into your ecosystem is intuitive and supports rapid development of custom solutions.
• Concern: Low flexibility: -> Answer: Modular design and fully programmable platform offer maximum customization for your application's specific needs, from sensors to add-ons.
• Concern: Safety concerns: -> Answer: Advanced sensors and autonomous navigation algorithms with obstacle avoidance ensure safe operation near people and other equipment, minimizing the risk of collisions.

⚙️ Technical specifications

Load capacity	300 kg
Drive type	4WD (4x4)
Navigation	Autonomous (obstacle avoidance)
Development platform	Open SDK

❓ Frequently Asked Questions (FAQ)

What is AMR robotic chassis?

The AMR (Autonomous Mobile Robot) chassis is a mobile robotic platform capable of autonomous navigation and obstacle avoidance in dynamic environments, ideal for flexible material transportation without the need for predefined fixed routes.

What is the maximum load capacity of this chassis?

This robust chassis is designed to handle loads weighing up to 300 kg, making it a suitable solution for heavy industrial applications and logistics tasks.

Is it possible to program and customize the chassis?

Yes, the chassis has an open SDK platform that allows developers to fully customize its functions, integrate it with their own systems, and develop specific applications as needed.

What types of environments is the chassis suitable for?

Thanks to its robust construction and 4WD drive, it is suitable for a wide range of indoor and some outdoor industrial and commercial environments, such as warehouses, factories, logistics centers or large areas.

How does autonomous obstacle avoidance work?

The robot uses a suite of advanced sensors and algorithms to map its surroundings and detect obstacles in real time. Its navigation system then automatically adjusts its route to avoid collisions and ensure safe and smooth operation.

Do I need special software for control and development?

The basic operating software is included with the platform. For custom development and advanced configuration, you will need standard development tools compatible with the open SDK, which will allow you to fully exploit the chassis' potential.