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Leo Rover — mobile Surveillance robot
Leo Rover – a mobile surveillance robot designed for site monitoring, measurements, and inspections in tight or hazardous areas, suitable for both indoor and outdoor use.
A reliable partner on the construction site – The Leo Rover works hand in hand with the team, takes on supportive tasks, and thus helps ease the daily workload of the employees.
Support for Human Worker
Hardware and software that are easy to maintain – quick repairs and simple replacement of components.
Easy Maintenance and Repair
Efficient documentation of large areas – Compatible with the Karelics Payload for autonomous navigation and documentation.
Payload
Compatibility
Compatibility
Versatile Sensors and AI Integration
Advanced sensors and intelligent data processing – The platform Leo Rover allows you to add almost any sensor (acoustics, cameras, etc.) and then intelligently evaluate this data via AI and plan tasks, making it very versatile.
Real-time accurate data – The robot monitors construction sites using built-in cameras and sensors that provide instant feedback.
Real-time monitoring
Autonomous navigation
Independently navigating construction sites – The Leo Rover moves autonomously and navigates narrow or hazardous areas without human intervention.
The Leo Rover can significantly simplify the monitoring of construction sites and the inspection of tight or hazardous areas.
Why Leo Rover
Your customized case
Ideal for:
Civil engineering
Maintenance teams
Public utilities
- Inspection of confined or hazardous areas
- No need for human entry
- Supports safety and remote diagnostics
- Ideal for underground or hard-to-reach sites
Inspection of pipes and tunnels
Other areas
Ideal for:
Detection of cracks and defects
- Crack and defect detection on surfaces
- Visual support for condition assessments
- Early warning for structural integrity risks
- Enhances maintenance planning
Measurements
Facility management
Construction supervision
Ideal for:
Industry
Research institutions
Energy facilities
- Real-time measurement of temperature, humidity, and gases
- No human presence required in risky zones
- Ideal for industrial sites and storage monitoring
- Prevents overheating, gas leaks, and unsafe conditions
Thermal and Environmental Monitoring
Measurements
Project teams
Site managers
General contractors
Ideal for:
Monitoring and control of work progress
- Construction progress monitoring and documentation
- Deviation detection and issue tracking
- On-site quality control support
- Real-time visual data from the field
Site installation areas
Areas of application
Thank you for your request!
Fill in the form, so that we can reach you out as soon as possible
Technical specifications
Payload capacity:
Upper mounting platform dimensions:
Voltage:
Camera resolution:
Primary modem:
Upper mounting platform dimensions:
Voltage:
Camera resolution:
Primary modem:
ca. 5 kg
299 x 183 mm
11.1 V DC
5 MPx
WiFi 2.4 GHz access point
with external antenna
299 x 183 mm
11.1 V DC
5 MPx
WiFi 2.4 GHz access point
with external antenna
Payload capacity:
Upper mounting platform dimensions:
Voltage:
Camera resolution:
Primary modem:
Upper mounting platform dimensions:
Voltage:
Camera resolution:
Primary modem:
ca. 5 kg
299 x 183 mm
11.1 V DC
5 MPx
WiFi 2.4 GHz access point
with external antenna
299 x 183 mm
11.1 V DC
5 MPx
WiFi 2.4 GHz access point
with external antenna
Case
Safety Inspection of Water Slides at Rulantica Aquapark
Client’s Challenge:
Regular inspection of water slides for cracks, wear, and moisture in tight and hard-to-access technical areas.
FAQ
Leo Rover is a robust mobile robot platform designed for various inspection tasks. It excels in environments ranging from construction
sites to amusement parks, such as inspecting water slides, tunnels, or tight crawlspaces.
sites to amusement parks, such as inspecting water slides, tunnels, or tight crawlspaces.
Leo Rover is lightweight, compact, and highly agile, making it perfect for navigating tight or hard-to-reach spaces where larger robots may not fit.
Leo Rover is ideal for:
- Inspecting hazardous or confined spaces
- Collecting data in dangerous or inaccessible areas
- Supporting remote visual inspection, reducing the need for human exposure to risks
Yes. Leo Rover is fully customizable. It features an open API and can be integrated with virtually any sensor. We highly recommend pairing it with
the Karelics Payload, which enables:
the Karelics Payload, which enables:
- Autonomous navigation
- Sensor integration
- Simplified software connectivity with third-party platforms
Yes. Leo Rover is rated IP55, making it resistant to dust and water sprays. It performs well indoors and outdoors. However, please note that the
Karelics payload is not rainproof, so outdoor use should be limited in wet conditions.
Karelics payload is not rainproof, so outdoor use should be limited in wet conditions.
Not at all. We provide a one-day training workshop to get you fully operational. No programming or robotics experience is needed to begin basic
operations.
operations.
Every rental or deployment includes:
- Leo Rover platform
- Karelics payload
- Battery & charger
- Remote controller
- Essential accessories
- One-day training workshop
- Technical support throughout the rental period
It depends on your use case:
- Renting is ideal for short-term projects or trial use
- Purchasing is more cost-effective for long-term use (12+ months)
After the training day, most users are ready to operate Leo Rover immediately.
Leo Rover is commonly used in:
- Construction & infrastructure
- Utilities & energy
- Research & development
- Amusement and recreation (e.g., water slide inspection)
Yes. Thanks to its open API, integration with your existing software, cloud platforms, or sensor networks is quick and flexible.
Leo Rover can collect a variety of data depending on the sensors you equip it with—e.g., video, LiDAR, thermal, environmental, etc. Data is
accessed through the robot’s onboard computer, remote interface, or via connected software.
accessed through the robot’s onboard computer, remote interface, or via connected software.
With the Karelics payload, Leo Rover gains autonomous navigation capabilities, including:
- Obstacle avoidance
- Fall prevention
- Navigation over complex terrain, such as uneven ground or debris
Leo Rover is powered by a standard 5000mAh battery, offering:
- Up to 4 hours of continuous operation
- Charging time: approx. 4 hours
Simply fill out the form on our website to request:
- A personalized quote
- A product demo
- A consultation with our experts
- Request a quotation
Fill out the form and our manager will contact you shortly.
Do you have a specific project in mind where you would like to try out the LeoRover?
Rent the LeoRover on a daily basis
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