Leisure Navigation

Beach craft
		Small recreational crafts benefit from ARWIMS thanks to its ability to operate in very shallow water without risk to swimmers or wildlife. The quiet, cavitation-free propulsion enhances comfort and makes these vehicles ideal for family-friendly coastal activities.

Rental motorboats
		Rental fleets gain lower fuel consumption, easier handling, and safer operation. ARWIMS reduces maintenance costs by eliminating propeller strikes and allows operators to access more areas, increasing the commercial value of each boat.

High-speed motorboats
		At higher speeds, ARWIMS reduces wetted surface and drag, enabling faster acceleration and improved stability. The system delivers high performance with smaller engines, lowering emissions while maintaining a sporty, responsive feel.

Nature Exploration

Amphibious cars
		ARWIMS transforms amphibious cars into true all-terrain explorers. The vehicle can transition from road to riverbank to open water without preparation, offering access to remote natural areas while minimizing environmental disturbance.

Amphibious motorhomes
		For adventure tourism, ARWIMS allows motorhomes to cross lakes, marshes, or shallow rivers and to beach safely for overnight stops. The propulsion is efficient at low speed, ideal for long, quiet nature excursions.

House-boats
		House-boats equipped with ARWIMS can navigate shallow channels, wetlands, and protected areas without damaging the environment. The low-noise propulsion enhances the experience of living close to nature while improving maneuverability in tight or unprepared areas.

River Freight Transport

Navigation on non-navigable rivers
		ARWIMS enables freight vessels to operate in rivers with unknown water depth. The system maintains thrust even in extremely shallow zones, opening thousands of kilometers of waterways previously unusable for logistics.

Bypassing locks and dams
		Thanks to its amphibious capability, an ARWIMS vessel can exit the water, bypass a lock or dam on land, and re-enter the river in minutes. This eliminates waiting times, reduces congestion, and dramatically improves transport efficiency.

Military Applications

Armored vehicles
		ARWIMS enables armored vehicles to move seamlessly across water, mud, debris fields, and unstable terrain without exposing vulnerable propulsion components. Because the tracks operate with extremely low slip in water, the vehicle maintains high thrust at low speed, allowing heavy platforms to cross rivers or flooded zones without bridges. This amphibious continuity gives armed forces a decisive mobility advantage.

Military ambulances
		For medical evacuation, ARWIMS provides smooth, low-vibration propulsion on both land and water, reducing trauma for wounded personnel. Its ability to bypass destroyed bridges, flooded areas, or rubble makes it ideal for rapid extraction in contested environments. The absence of exposed propellers also increases safety during loading and unloading.

Military Container carriers
		Logistics vehicles equipped with ARWIMS can transport containers across rivers, marshes, and damaged infrastructure without relying on ferries or engineered crossings. This reduces vulnerability to strikes and ensures supply continuity even when conventional routes are disrupted.

Amphibious drones
		ARWIMS allows drones to land on water, navigate shallow zones, and transition onto land without complex mechanisms. The low-drag, low-noise propulsion increases endurance and reduces detectability, making these drones ideal for reconnaissance, coastal surveillance, and search-and-rescue missions.

Flood Resilience

Flood-rescue boats
		In flooded urban areas, ARWIMS provides safe propulsion among debris, submerged obstacles, and strong currents. The absence of exposed propellers reduces risk to victims in the water, while the amphibious capability allows rescuers to transition directly from streets to waterways.

Floating houses
		Floating homes equipped with ARWIMS can reposition themselves during floods, avoid obstacles, and maintain access to essential services. The systems low-speed efficiency makes it ideal for safe, controlled movement in unpredictable water conditions.