Leo Rover
Leo Rover – a mobile surveillance robot designed for site monitoring, measurements, and inspections in narrow or hazardous areas, suitable for use both indoors and outdoors.
- Manufacturer: Leo Rover
- Charging station: incl. charging station
- Location: Finland (in stock), Stuttgart (in stock)
- Delivery: Collection, Shipping
Autonomous research and terrain robot Leo Rover Designed for versatile outdoor missions, research, and prototyping – robust, modular, and water-resistant with IP55 protection.
Areas of application:
-
Scientific research & prototyping
-
Universities & educational institutions
-
Environmental and terrain exploration
-
Agricultural testing
-
Robotics and AI development
- Dimensions: 424 mm x 445 mm x 303 mm
- Weightca.: 7 kg
- Maximum payload: approx. 5 kg (up to 20 kg with special tires)
- Max. speed: 0.4 m/s (linear), 1 rad/s (rotational)
- Maximum obstacle height: ca. 70 mm
- Protection rating: IP55
- Operating temperature: −10 °C to +40 °C
- Runtime: up to 4 hours (standard battery)
- Range: up to 100 m (Wi-Fi)
Rugged outdoor design
Designed for demanding terrain and outdoor missions – with IP55 protection and a modular design.
- Dust- and splash-resistant
- Robuste Konstruktion für extreme Bedingungen
- Expandable with modular components
Powerful mobility
Leo Rover masters rough terrain and obstacles up to 70 mm in height.
- 4-wheel drive with differential steering
- Payload up to 5 kg (20 kg with special tires)
- Speed up to 0.4 m/s
Flexible control and connectivity
The rover is controlled via Wi-Fi and provides real-time data transmission.
- Range up to 100 m
- Compatible with ROS (Robot Operating System)
- Open software and hardware architecture
Reliable power supply
Thanks to its powerful battery, Leo Rover remains operational for hours.
- Up to 4 hours runtime
- 12.6 V Li-ion battery
- Easy charging with standard charger
Shipping & Logistics
-
Shipping from stock (DE): DPD / DHL / UPS
-
Germany: 1–3 business days; EU: 3–7 business days.
-
Worldwide: on request — we will calculate the optimal rate and delivery time.
-
Free of charge: For orders of 2 or more robots within Germany and the EU, we cover the shipping costs.
-
Self-pickup: possible by arrangement.
General Rental Terms
-
Services are available only to legal entities (business customers).
-
Minimum rental period is 1 day.
-
Robot rental is possible with an operator (optional add-on) or without.
-
Venue: indoors or — given suitable weather conditions — outdoors.
-
Project service (project support): from €100/hour (on request).
-
Delivery: Germany 1–3 business days; EU 3–7 business days; worldwide — on request.
What is the Leo Rover?
The Leo Rover is a modular outdoor research robot with IP55 protection. It is suitable for scientific experiments, robotics prototyping, terrain exploration, and educational projects.
Can the Leo Rover be used in rough terrain?
Yes, the Leo Rover was specifically designed for rough terrain. It overcomes obstacles up to 70 mm in height and carries a payload of up to 5 kg (up to 20 kg with special tires).
How long does the Leo Rover’s battery last?
The standard battery provides a runtime of up to 4 hours. Charging is done with a 12.6 V Li-ion charger.
What control options does the Leo Rover offer?
The rover is controlled via Wi-Fi and is fully compatible with ROS (Robot Operating System). Thanks to its open software and hardware architecture, users can program their own extensions.
Is the Leo Rover waterproof?
The Leo Rover has an IP55 protection rating, making it resistant to dust and splash water. It is not suitable for continuous underwater use.
What applications is the Leo Rover suitable for?
The rover is commonly used for:
– scientific field research
– environmental and terrain studies
– universities and robotics education
– prototyping and AI developmentCan the Leo Rover be customized or extended?
Yes, thanks to its modular design, the Leo Rover is highly expandable. Additional modules, sensors, and cameras can be easily integrated.
How big and heavy is the Leo Rover?
The dimensions are 424 × 445 × 303 mm, and the weight is approx. 7 kg.
What is the control range?
The Wi-Fi connection provides a range of up to 100 m under optimal conditions.
Overview
Autonomous research and terrain robot Leo Rover Designed for versatile outdoor missions, research, and prototyping – robust, modular, and water-resistant with IP55 protection.
Areas of application:
-
Scientific research & prototyping
-
Universities & educational institutions
-
Environmental and terrain exploration
-
Agricultural testing
-
Robotics and AI development
Technical Data
- Dimensions: 424 mm x 445 mm x 303 mm
- Weightca.: 7 kg
- Maximum payload: approx. 5 kg (up to 20 kg with special tires)
- Max. speed: 0.4 m/s (linear), 1 rad/s (rotational)
- Maximum obstacle height: ca. 70 mm
- Protection rating: IP55
- Operating temperature: −10 °C to +40 °C
- Runtime: up to 4 hours (standard battery)
- Range: up to 100 m (Wi-Fi)
Features
Rugged outdoor design
Designed for demanding terrain and outdoor missions – with IP55 protection and a modular design.
- Dust- and splash-resistant
- Robuste Konstruktion für extreme Bedingungen
- Expandable with modular components
Powerful mobility
Leo Rover masters rough terrain and obstacles up to 70 mm in height.
- 4-wheel drive with differential steering
- Payload up to 5 kg (20 kg with special tires)
- Speed up to 0.4 m/s
Flexible control and connectivity
The rover is controlled via Wi-Fi and provides real-time data transmission.
- Range up to 100 m
- Compatible with ROS (Robot Operating System)
- Open software and hardware architecture
Reliable power supply
Thanks to its powerful battery, Leo Rover remains operational for hours.
- Up to 4 hours runtime
- 12.6 V Li-ion battery
- Easy charging with standard charger
Warranty & Support
Shipping & Logistics
-
Shipping from stock (DE): DPD / DHL / UPS
-
Germany: 1–3 business days; EU: 3–7 business days.
-
Worldwide: on request — we will calculate the optimal rate and delivery time.
-
Free of charge: For orders of 2 or more robots within Germany and the EU, we cover the shipping costs.
-
Self-pickup: possible by arrangement.
General Rental Terms
-
Services are available only to legal entities (business customers).
-
Minimum rental period is 1 day.
-
Robot rental is possible with an operator (optional add-on) or without.
-
Venue: indoors or — given suitable weather conditions — outdoors.
-
Project service (project support): from €100/hour (on request).
-
Delivery: Germany 1–3 business days; EU 3–7 business days; worldwide — on request.
FAQ
What is the Leo Rover?
The Leo Rover is a modular outdoor research robot with IP55 protection. It is suitable for scientific experiments, robotics prototyping, terrain exploration, and educational projects.
Can the Leo Rover be used in rough terrain?
Yes, the Leo Rover was specifically designed for rough terrain. It overcomes obstacles up to 70 mm in height and carries a payload of up to 5 kg (up to 20 kg with special tires).
How long does the Leo Rover’s battery last?
The standard battery provides a runtime of up to 4 hours. Charging is done with a 12.6 V Li-ion charger.
What control options does the Leo Rover offer?
The rover is controlled via Wi-Fi and is fully compatible with ROS (Robot Operating System). Thanks to its open software and hardware architecture, users can program their own extensions.
Is the Leo Rover waterproof?
The Leo Rover has an IP55 protection rating, making it resistant to dust and splash water. It is not suitable for continuous underwater use.
What applications is the Leo Rover suitable for?
The rover is commonly used for:
– scientific field research
– environmental and terrain studies
– universities and robotics education
– prototyping and AI developmentCan the Leo Rover be customized or extended?
Yes, thanks to its modular design, the Leo Rover is highly expandable. Additional modules, sensors, and cameras can be easily integrated.
How big and heavy is the Leo Rover?
The dimensions are 424 × 445 × 303 mm, and the weight is approx. 7 kg.
What is the control range?
The Wi-Fi connection provides a range of up to 100 m under optimal conditions.
