Autonomous Mobile Robotic Platform with Open SDK for Advanced Automation

• ✔ Open SDK for unlimited customization and development
• ✔ Fully autonomous navigation for safe and efficient operation
• ✔ Modular design for easy adaptation to different tasks
• ✔ Ideal for security, gastronomy, logistics and research
• ✔ Advanced LiDAR sensors for precise obstacle detection
• ✔ Long battery life and fast charging for continuous operation
• ✔ Robust construction for demanding environments

Introducing a revolutionary autonomous mobile robotics platform designed for maximum flexibility and performance. This open SDK platform is the ideal foundation for anyone looking for innovative robotics solutions, from security systems to hospitality service robots. With it, you can transform your business and open up new automation possibilities.

✨ What can this platform do? Key features for your projects!

• Open SDK: Allows full programmatic customization and integration into existing systems, giving you absolute control over functionality.
• Autonomous navigation: Thanks to advanced algorithms and sensors, the robot moves independently, maps the environment and avoids obstacles.
• Modular design: Easy assembly and disassembly of components, supporting various attachments and sensors for specific applications.
• Long operating time: Optimized power consumption ensures up to 8 hours of standard operation, minimizing downtime.
• Fast charging: Fully charges the battery in just 3 hours (when powered off), reducing waiting times and increasing efficiency.
• Rugged chassis: Designed for reliability and durability in a variety of indoor and outdoor conditions.
• LiDAR and obstacle sensors: Advanced detection systems ensure safety and accuracy of movement in dynamic environments.

🔍 Explore every detail: A deep look at the platform

This innovative mobile robotics platform is a leading solution for a wide range of automation tasks. With a fully open SDK and modular design, it offers unprecedented flexibility for developers, integrators and enterprises looking for specific robotics applications. It is designed to provide a robust foundation for deployment in areas such as security, hospitality, logistics or scientific research.

With advanced navigation capabilities based on LiDAR technology and sophisticated algorithms, the platform can operate autonomously in complex environments. It effectively detects and avoids obstacles, maintains an optimal route, and ensures smooth and safe operation. Its robust design is complemented by an optimized power system that guarantees long operating time and fast recharge.

Whether you plan to create an autonomous security guard, an efficient restaurant serving robot, a mobile data collection platform, or a teaching robot, this platform will provide you with a stable and fully programmable foundation to realize your visions.

🛑 Are you bothered by the limited flexibility of existing solutions?

Many robotic systems on the market lack true adaptability, leading to frustration when trying to customize them for specific tasks. Limited programmability and lack of support for integration with custom systems hinder innovation and effective deployment. In addition, implementation complexity and high customization costs can be insurmountable obstacles for many projects.

🚀 Get your time back and accelerate innovation!

Our autonomous mobile robotics platform is the answer to these challenges. With an open SDK and modular architecture, it provides unprecedented freedom in configuration and programming. It allows you to quickly develop and deploy customized solutions without having to deal with the limitations of closed systems. Get a tool that adapts to your ideas, not the other way around.

🎯 More than just features: Real benefits for your business

• Features: Fully open SDK for advanced development -> Benefit: Unlimited customization and integration options into your specific workflows.
• Function: Autonomous navigation with LiDAR sensors -> Benefit: Independent, safe and efficient operation with minimal need for human intervention.
• Features: Modular and customizable design -> Benefit: Easy adaptation of the platform for a wide range of applications and industries.
• Features: Long battery life (up to 8 hours) with fast charging -> Benefit: Ensures uninterrupted operation and maximizes productivity throughout the day.
• Feature: Robust and durable construction -> Benefit: Reliability and long service life even in demanding industrial and commercial environments.

👥 Who is it the ideal choice for?

• Developers and innovators: Looking for a flexible robotics platform for prototyping and testing new robotics applications.
• Security and monitoring companies: Needing autonomous units for patrolling and data collection in large facilities.
• Gastronomy and hospitality operations: Those interested in automating delivery, serving, or cleaning to increase efficiency.
• Educational institutions and research institutes: Using the platform to teach robotics, AI, and autonomous systems.
• Automation and logistics companies: Needing a mobile solution for intralogistics, inventory or handling.

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

• Concern: Is open SDK integration complex and time-consuming? -> Answer: The platform is designed with an emphasis on user-friendliness, an open SDK with quality documentation simplifies development and integration.
• Concern: What is the actual battery life under heavy real-world use? -> Answer: Under heavy load, the platform offers up to 4-5 hours of operation. Plus, fast charging minimizes downtime between shifts.
• Concern: Can the robot effectively overcome minor obstacles or uneven terrain? -> Answer: The platform is designed to overcome slopes up to 5° and gaps up to 6 cm, ensuring reliable movement in various indoor environments.

🛠️ Technical specifications

Parameter	Value
Self-weight	36.3 kg
External battery weight	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
Drive wheel diameter	15cm
Swivel wheel diameter	7.5 cm
Max. slope climb	0.8 cm
Max. slope angle	5°
Max. gap exceedance	6 cm (at 1m/s)
Obstacle detection height	12 – 150 cm (4.7 – 59 in.)
Ground obstacle detection range	5 – 120 cm (1.9 – 47 in.)

❓ Frequently Asked Questions (FAQ)

What are the main advantages of this platform's open SDK?

The open SDK gives developers full control and flexibility to customize behavior, integrate custom sensors and software modules, allowing them to create highly specialized solutions.

What types of applications is this platform best suited for?

Thanks to its modularity and openness, the platform is ideal for security patrols, delivery and serving robots in gastronomy, mobile data collection, industrial automation, research and development.

How long does it take to fully charge the battery and what is the operating time?

A full battery charge takes approximately 3 hours (when the robot is off) or 3.5 hours (when in operation). The platform can last up to 8 hours with normal use, and 4-5 hours with intensive use.

What obstacles is the robot able to detect and overcome?

The platform is equipped with LiDAR sensors to detect obstacles at a height of 12-150 cm and ground obstacles at a range of 5-120 cm. It can overcome slopes of up to 5° and gaps up to 6 cm wide.

Can the platform be further customized with third-party hardware and sensors?

Yes, thanks to the modular design and open SDK, the platform is designed for easy integration of additional hardware, sensors, and peripherals according to specific project requirements.

How does the platform provide autonomous navigation?

The platform uses advanced LiDAR technology to create maps of the environment and SLAM algorithms for localization and autonomous movement, ensuring accurate and safe navigation in complex spaces.

What is the maximum weight of an external battery that can be connected?

The platform is capable of carrying an external battery weighing up to 5 kg, allowing for extended operating time for demanding and long-term tasks.