Universal Autonomous Robotic Platform with Open SDK

• ✔ Open SDK for unlimited development of your own robotic applications
• ✔ Advanced autonomous navigation with integrated LiDAR
• ✔ Robust and stable construction for reliable operation
• ✔ Optimized for long operation with efficient power management
• ✔ Ideal for research, education, industrial automation and advertising
• ✔ Ability to overcome minor obstacles and uneven terrain
• ✔ Modular design for easy integration of sensors and peripherals

Introducing a versatile autonomous robotics platform designed for cutting-edge innovation and secondary development. This intelligent mobile platform provides an open SDK, allowing developers and researchers to fully customize its functionality and integration into their own projects. Its robust construction and advanced navigation capabilities make it ideal for a wide range of applications, from advertising solutions to complex industrial tasks.

🚀 Key features that will move you forward

• Full autonomy: Thanks to integrated LiDAR and sophisticated algorithms, the platform can orient itself and navigate effectively in complex environments.
• Open SDK: Gain unprecedented control over hardware and software. Develop custom applications, implement advanced AI algorithms, and integrate the platform into existing systems with maximum flexibility.
• Obstacle Detection: Advanced sensors detect obstacles at two levels – from the ground up to a height of 150 cm, ensuring safe and reliable driving.
• Fast charging: Minimize downtime with efficient charging that fully restores battery capacity in just a few hours.

🔎 Explore every detail

This mobile robotic platform represents the pinnacle of technological engineering, designed to support innovative projects. With a robust construction and an internal weight of 36.3 kg, it provides a stable foundation for various superstructures and modules. The compact design with an external diameter of 50 cm and a height of 32 cm allows the platform to operate efficiently even in limited spaces. Its wheels with a diameter of 15 cm for hubs and 7.5 cm for swivel wheels ensure smooth movement and excellent maneuverability.

The platform is equipped for long-term operation, offering up to 8 hours of battery life in normal use and 4-5 hours under intensive load. The fast charging system ensures that the platform is ready for action whenever you need it. With the ability to overcome slopes of up to 5° and overcome gaps of up to 6 cm, the platform can adapt to different types of terrain, which expands its real-world application possibilities.

🚧 Are you bothered by the limitations of existing robotic solutions?

We often find that standard robotics platforms lack the flexibility to implement specific functions or are difficult to integrate into existing ecosystems. Limited programming capabilities, closed systems, and insufficient documentation hinder innovation and increase development costs. Are you looking for a platform that gives you full creative freedom while providing a reliable and robust foundation?

💡 Unlock potential with full freedom of development and automation!

With our universal autonomous robotics platform, you gain the key to endless possibilities. Thanks to the open SDK and advanced hardware specifications, you can easily implement your boldest ideas. From smart logistics to interactive advertising displays to research tasks in robotics – this platform is your reliable partner on the path to innovation. No more compromises, just pure performance and flexibility.

🏆 More than just hardware: Real benefits for your project

• Open SDK: Unlimited customization and integration options -> Benefit: Complete control over functionality and the ability to solve unique challenges with custom software solutions.
• Autonomous navigation: Safe and efficient transportation in a dynamic environment -> Benefit: Minimize human intervention, increase efficiency and reduce operating costs.
• Long battery life: Up to 8 hours of operation on a single charge -> Benefit: Reliable all-day operation without the need for frequent charging, ideal for long shifts or continuous operations.
• Robust construction: Impact resistance and stability even in demanding conditions -> Benefit: Long service life and investment reliability, minimizing downtime and service.
• Compact dimensions: Outer diameter 50 cm -> Benefit: Ability to operate even in limited and narrow spaces, high maneuverability.

🎯 Who is this platform the ideal choice for?

• Developers and researchers: For those who need a flexible platform for testing new AI algorithms, robotics, and autonomous systems.
• Academic institutions: The perfect tool for teaching, student projects, and university research in robotics and cybernetics.
• Automation companies: Ideal for developing and implementing mobile robotic solutions for warehouses, manufacturing, or logistics.
• Marketing and advertising agencies: Creating interactive and engaging mobile advertising platforms for trade shows and events.

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

• Development complexity: Can I do it with an open SDK without deep knowledge? -> Answer: The platform is designed for secondary development, which means it is ready for easy programming and integration. There is extensive documentation and support for incorporating your own logic.
• Battery life: Can the robot last a full working day without recharging? -> Answer: With normal use, the robot can last up to 8 hours. For intensive use, 4-5 hours are available, and the fast charging ensures minimal downtime.
• Operation Safety: How does the robot avoid obstacles and prevent collisions? -> Answer: It uses advanced LiDAR and sensors to detect obstacles at a height of 12-150 cm and on the ground at a range of 5-120 cm, ensuring safe and autonomous navigation in real time.

📊 Technical specifications

Parameter	Value
Self-weight	36.3 kg
External battery	5 kg
Operating time (normal use)	8 hours
Operating time (intensive use)	4-5 hours
Charging time 0-100% (off)	3 hours
Charging time 0-100% (on)	3.5 hours
Outer diameter	50cm
System height	32 cm
LiDAR height	23.8 cm
Wheel diameter (hub)	15cm
Diameter of swivel wheels	7.5 cm
Max. pitch (edge)	0.8 cm
Max. climb angle	5°
Max. gap overcoming	6 cm (at 1 m/s)
Obstacle detection (height)	12 – 150cm
Ground obstacle detection (range)	5 – 120cm

❓ Frequently Asked Questions (FAQ)

What is this platform primarily intended for?

It is designed as a universal intelligent mobile robotics platform with an open SDK for secondary development. Ideal for research, education, industrial automation, but also for advertising and delivery applications.

How long will the platform last on a single charge?

Under normal use, the operating time reaches up to 8 hours. Under intensive load, the operating time ranges between 4 and 5 hours.

What are the key dimensions of the robot?

The outer diameter of the platform is 50 cm and the total height of the system is 32 cm. The LiDAR is placed at a height of 23.8 cm.

Can the robot independently avoid obstacles?

Yes, the platform is equipped with advanced obstacle detection. It can detect objects at a height of 12 to 150 cm and ground obstacles in the range of 5 to 120 cm.

How long does it take to fully charge the battery?

When the platform is off, a full charge takes approximately 3 hours. When charging while in use, the time increases to 3.5 hours.

Is the platform capable of overcoming minor inequalities?

Yes, it is designed to handle climbs of up to 5° and can overcome gaps up to 6 cm wide at a speed of 1 m/s.

What is the weight of the platform and is it possible to add an external battery?

The platform weighs 36.3 kg. It is designed to be supplemented with an external battery weighing 5 kg, which increases its flexibility and operating time.