Reeman Deligo: Autonomous delivery robot for hospitality

• ✔ Fully autonomous delivery in your premises
• ✔ Intelligent navigation and route optimization with map creation
• ✔ Autonomous charging and long operating time
• ✔ Advanced obstacle avoidance for safe operation
• ✔ Intuitive 7-inch touchscreen for easy operation
• ✔ Fleet management system for efficient management of multiple robots
• ✔ Increase efficiency and reduce operating costs

Introducing the revolutionary Reeman Deligo autonomous delivery robot, designed to modernize hospitality services. This intelligent assistant transforms the way restaurants, hotels and cafes serve their customers, bringing unmatched efficiency and reliability.

With advanced navigation and artificial intelligence, Deligo autonomously maps spaces, plans the best routes, and delivers food and drinks to your table with precision. Let your team focus on personal interaction while the robot takes care of routine deliveries.

🚀 What can this smart robot do?

• Fully autonomous food delivery: The Deligo robot moves independently and delivers goods to designated locations without human assistance.
• Automatic Recharging: Automatically returns to the charging station when needed, ensuring continuous operation.
• Intelligent obstacle avoidance: Thanks to advanced sensors, it safely navigates in dynamic environments, detecting and avoiding obstacles.
• Smart delivery route planning: Optimizes the route for the fastest and most efficient delivery.
• Remote management and cloud data: Allows easy deployment and monitoring of the robot from anywhere.
• Fleet Management System: For efficient coordination and control of multiple robots simultaneously.
• Smart tray pickup notification: Ensures smooth service.

🔍 Explore every detail

The Reeman Deligo robot embodies innovation in service robotics. Its sophisticated navigation and positioning system allows it to seamlessly map the environment, identify tables and formulate optimal delivery routes. Every dish is delivered with the utmost precision and reliability, while the robot intelligently adapts to changing conditions.

The integration of a 7-inch touchscreen makes operation intuitive and interactive. Users can easily assign tasks and monitor the robot's status. The robust construction and elegant design of the Deligo robot ensure that it integrates seamlessly into any modern interior.

❓ Are you worried about staff shortages and slow service?

In today’s dynamic world of hospitality, maintaining high levels of service with limited human resources is increasingly challenging. Customers expect fast and flawless service, but repetitive tasks like delivering food and drinks can strain staff and slow down the overall operation.

💡 Get your time back and increase customer satisfaction!

The Reeman Deligo robot is the answer to these challenges. By automating routine delivery tasks, it frees up your staff to focus on delivering exceptional guest experiences. The result is faster service, greater efficiency, and happier, more repeat customers.

✨ More than just features, real benefits

• Intelligent mapping and navigation: The robot can create a map of the space and plan optimal routes, leading to faster and more efficient deliveries.
• Autonomous charging: The robot returns to the charging station on its own, ensuring continuous operation without the need for manual supervision.
• Intelligent obstacle avoidance: Safe movement in crowded spaces, meaning minimized risk of collisions and smooth running.
• Fleet Management: Ability to coordinate multiple robots at once, enabling scalable solutions for larger operations.
• Increased delivery capacity: Three tiers of trays with a load capacity of 15 kg per tier mean more items can be delivered at once.

🎯 Who is it the ideal choice for?

• For hotels that want to improve room service or restaurant service.
• For restaurants and cafes that are looking to speed up service and increase staff efficiency.
• For dining rooms and commercial spaces where reliable and repeatable delivery is needed.

🤔 Do you have concerns? We'll answer them

• Concern: The robot is complex to implement. -> Answer: Thanks to remote deployment and cloud management, the robot is surprisingly easy to deploy and maintain.
• Concern: Will the robot move safely between customers and staff? -> Answer: The robot is equipped with an intelligent obstacle avoidance system that ensures safe and smooth movement even in busy environments.
• Concern: How long can the robot work on a single charge? -> Answer: When fully charged, the robot can work effectively for up to 6 hours and then autonomously returns to charging.

⚙️ Technical specifications

Parameter	Value
Model	Reeman Deligo
Dimensions (L x W x H)	500mm x 500mm x 1300mm
Touch screen	7 inches
Load capacity of one layer	approx. 15 kg (3 layers)
Operating time per charge	6 hours
Minimum passage width	75 - 80 cm
Tray dimensions	30cm x 50cm
Height of the chamber between trays	18 cm

❓ Frequently Asked Questions (FAQ)

How many kilograms can each level of the robot carry?

The robot has three pallet layers, each layer can carry approximately 15 kg.

How long can the robot work on a single charge?

When fully charged, the robot is able to work effectively for 6 hours.

What is the minimum passage width the robot can handle?

The robot is designed to safely navigate spaces 75 to 80 cm wide.

What are the dimensions of the trays and the height of the chamber?

The trays have dimensions of 30 cm x 50 cm and the height of the space between the individual layers is 18 cm.

How does the robot plan its delivery routes?

The robot uses an advanced navigation and positioning system to create a map of the environment and automatically formulates the optimal and most efficient routes to targets.

Is it possible to manage multiple robots simultaneously?

Yes, the robot supports a fleet management system that allows for efficient coordination and management of multiple units at once.

What happens if the robot runs out of battery?

The robot is equipped with an autonomous charging function, which means that it will automatically return to the charging station when the charge level drops below a critical level.