Reeman Autonomous Robotic Chassis 4WD: Modular Platform for AGVs

• ✔ Advanced autonomous navigation with fusion of SLAM technology
• ✔ Intelligent obstacle avoidance and visual positioning
• ✔ Modular design for a wide range of applications (AGV, delivery robots)
• ✔ Automatic charging and real-time monitoring
• ✔ Support for navigation in large areas up to 40,000 m²
• ✔ Robust 4WD chassis for stable and efficient movement
• ✔ Possibility of moving between floors thanks to independent use of the elevator (optional)

The Reeman Autonomous Robotic Chassis is a state-of-the-art platform for the development and deployment of advanced mobile robots. This robust 4WD platform is designed with an emphasis on precise autonomous navigation, intelligent obstacle avoidance, and flexible integration for a wide range of commercial and industrial applications.

🌟 What does this robotic chassis offer?

• Visual positioning and indoor navigation
• Intelligent obstacle avoidance
• Key hardware including Lidar sensors, depth cameras, and anti-fall sensors
• Modular positioning and navigation system
• Fusion of Laser SLAM and V-SLAM algorithms for flexible route planning
• Automatic return to charging station
• Optional 3D camera for enhanced perception of surroundings
• Ability to independently use an elevator to work across floors (optional)
• Real-time monitoring of robot operating status
• Support for mapping and navigation in large areas up to 40,000 m²
• Cloud deployment for remote management and troubleshooting
• Navigation in long corridors (up to 30 meters without reference points)
• Fast 5A charging that reduces charging time to just 3.5 hours for a 37V 20Ah battery

🔍 Discover the power of autonomous mobility

Reeman Autonomous Robotic Chassis is built on an advanced platform that integrates cutting-edge sensor and navigation technologies. Thanks to a combination of Lidar sensors, depth cameras and anti-drop sensors, the robot can accurately perceive its surroundings and safely navigate even in complex environments. Laser SLAM and V-SLAM algorithms ensure the most accurate positioning and dynamic route planning, which is key to reliable autonomous operation.

The modular architecture of the chassis allows for easy customization and integration for specific applications, making it an ideal foundation for developing delivery robots, AGV systems, disinfection robots, or other commercial service robots. From automatic charging to the possibility of autonomous elevator use, this chassis is ready to take your projects to the next level.

❌ Are you overcoming the challenges of autonomous navigation?

Traditional robotic platforms often suffer from limited autonomy, imprecise navigation in complex environments, or difficult integration. Finding a reliable foundation for your robotics projects can be time-consuming and full of compromises, leading to delays and increased development and maintenance costs.

✅ Reeman Chassis: Your path to unparalleled automation

With the Reeman Autonomous Robotic Chassis, you get a powerful and flexible base that solves these problems with elegance. Its advanced navigation systems and robust construction open the door to a wide range of autonomous applications, from delivery to inspection, with minimal operator intervention and maximum reliability. Harness the potential of full autonomy to increase efficiency and innovation in your business.

💡 More than just features – real benefits for you

• Features: Integrated laser SLAM and V-SLAM navigation.
  -> Benefit: Extremely precise positioning and reliable movement even in dynamic and large environments.
• Features: Modular design and open SDK.
  -> Benefit: Easy adaptation for specific application requirements and rapid development of custom robotic solutions.
• Features: Automatic charging and real-time monitoring.
  -> Benefit: Continuous operation without the need for human intervention, maximizing efficiency and reducing downtime.
• Features: Ability to use elevators independently (optional).
  -> Benefit: Extends the robot's radius of action to multi-story buildings, ideal for hotels, hospitals and office complexes.
• Features: Advanced obstacle avoidance using sensor fusion.
  -> Benefit: Ensures safe and smooth operation in an unknown environment, protects the robot and surrounding objects and people.

🎯 Who is this chassis the ideal choice for?

• Robotics developers and researchers looking for a robust and flexible platform for prototyping and testing advanced autonomous systems.
• Companies implementing AGV systems for the automation of logistics, warehousing and internal transport in industrial and commercial operations.
• Service providers who want to deploy autonomous delivery, cleaning, disinfection or inspection robots in large buildings.
• Educational institution for practical training and advanced projects in the field of artificial intelligence and autonomous systems.

❓ Do you have concerns? We will answer them

• Concern: Is configuring and programming such an advanced chassis too complex for my team?
  -> Answer: Thanks to its modular architecture and open SDK, the chassis is designed for relatively easy integration and development, with documentation available for quick start and support.
• Concern: Will the robot perform reliably in dynamic and unpredictable real-world operations?
  -> Answer: The chassis is equipped with sensor fusion (Lidar, V-SLAM, depth cameras) and intelligent obstacle avoidance, ensuring high reliability and safety in a changing environment.
• Concern: What if the battery runs out at an inopportune moment and operation stops?
  -> Answer: The automatic charging system ensures that the robot returns to the charging station on time, minimizing downtime and eliminating the need for manual intervention.

✨ Technical specifications

Parameter	Value
Chassis type	Autonomous 4WD robotic chassis
Navigation technology	Fusion of Laser SLAM and V-SLAM
Sensors	Lidar, depth cameras, anti-fall sensors
Maximum mapping area	Up to 40,000 m²
Navigating long corridors	Up to 30 meters without reference points
Charging	5A fast charging (37V 20Ah)
Charging time	Approximately 3.5 hours
Optional features	3D camera, autonomous elevator control

❓ Frequently Asked Questions (FAQ)

What are the main navigation capabilities of the chassis?

The chassis uses an advanced fusion of Laser SLAM and V-SLAM algorithms, complemented by Lidar and depth cameras, which ensures extremely accurate positioning and dynamic route planning in complex environments.

Can this chassis be used in multi-story buildings?

Yes, the chassis offers an optional autonomous elevator control feature that allows the robot to move independently between floors, expanding its application possibilities.

How does the battery charge and what is its speed?

The robot is equipped with an automatic return to the charging station function. It supports 5A fast charging, thanks to which the 37V 20Ah battery is charged in approximately 3.5 hours.

Is the chassis suitable for developing your own robotic applications?

Absolutely. With its modular design and open SDK, it represents an ideal platform for developers and researchers who want to implement their own robotic solutions.

How large an area can the chassis map and navigate?

The chassis is capable of mapping and navigating large areas of up to 40,000 m², making it suitable for large commercial and industrial facilities.

How does the chassis handle obstacle avoidance?

With the help of an intelligent obstacle avoidance system that uses Lidar sensors, depth cameras and anti-fall sensors, the chassis can operate safely even in dynamic environments.

Is it possible to monitor the status of the robot remotely?

Yes, the chassis supports cloud deployment, which allows remote monitoring of the robot's operating status and effective resolution of any problems.

Is it possible to order samples for testing?

Yes, samples are available for quality check and market test. However, you need to pay for the sample cost and express freight.

Do you offer chassis customization options?

Yes, ODM and OEM (Original Design Manufacturer and Original Equipment Manufacturer) services are welcome, allowing the product to be customized to your specific requirements.

How long is the delivery time for this product?

Delivery time depends on the order quantity. Small orders usually need 3-5 days, while larger orders require individual negotiation.