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MAR

Strenght Points

MAR - Multipurpose Amphibious Rover
High Reliability
Energy Efficiency
High Mobility
Amphibious
Low Ground Impact
Cost-Performance Ratio
Inherently Stable
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High Reliability

The extremely simple construction ensures high reliability, and the two-wheel modular structure simplifies logistics.

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Energy Efficiency

Using only two wheels, which combine propulsion and steering, reduces friction and weight, ensuring greater range compared to tracked or four-wheeled vehicles. At the same time, in an amphibious environment, it allows for a stable position by directly vectoring thrust.

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High Mobility

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

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Amphibious

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

×

Low Ground Impact

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

×

Cost-Performance Ratio

MAR features a sophisticated yet intentionally simple mechanical architecture. It is equipped with affordable yet highly reliable electric motors and, most importantly, turns the weight drawback of lead-acid batteries into an advantage (adding traction) while maintaining low energy storage costs. In its category and with its performance, it offers an exceptionally competitive price.

×

Inherently Stable

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

MAR - Multipurpose Amphibious Rover
High Reliability
Energy Efficiency
High Mobility
Amphibious
Low Ground Impact
Cost-Performance Ratio
Inherently Stable
High Reliability High Reliability
Energy Efficiency Energy Efficiency
High Mobility High Mobility
Amphibious Amphibious
Low Ground Impact Low Ground Impact
Cost-Performance Ratio Cost-Performance Ratio
Inherently Stable Inherently Stable
×

High Reliability

The extremely simple construction ensures high reliability, and the two-wheel modular structure simplifies logistics.

×

Energy Efficiency

Using only two wheels, which combine propulsion and steering, reduces friction and weight, ensuring greater range compared to tracked or four-wheeled vehicles. At the same time, in an amphibious environment, it allows for a stable position by directly vectoring thrust.

×

High Mobility

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

×

Amphibious

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

×

Low Ground Impact

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.

×

Cost-Performance Ratio

MAR features a sophisticated yet intentionally simple mechanical architecture. It is equipped with affordable yet highly reliable electric motors and, most importantly, turns the weight drawback of lead-acid batteries into an advantage (adding traction) while maintaining low energy storage costs. In its category and with its performance, it offers an exceptionally competitive price.

×

Inherently Stable

MAR can move along all trajectories, including high-speed zero-radius turns, both on its central axis and by pivoting on a single wheel. Prototype tests demonstrate strong acceleration capabilities and a high top speed. The low center of gravity ensures high-speed cornering and stability on steep slopes. It is not subject to tipping over.