Experience superior underwater propulsion with this high-performance Underwater Thruster, expertly engineered with a combination of durable plastic and aluminum alloy materials for lightweight strength and longevity. Designed to operate within a working voltage range of 12-25.2V, this thruster delivers impressive thrust capabilities, including a maximum forward thrust of 5kg and a reverse thrust of 3.3kg, ideal for a variety of aquatic applications. Key Features: · Specially Designed Propeller and Nozzle: Optimized for effective and powerful thrust, enhancing work efficiency and ensuring smooth propulsion in underwater environments. · Fully Sealed Cabin Structure: The waterproof, fully sealed design effectively isolates the motor from water ingress, guaranteeing safe and reliable operation even under prolonged submerged conditions. · Robust Waterproof Construction: Engineered to withstand challenging underwater settings, the thruster's reliable sealing prevents water entry, extending the lifespan and maintaining consistent performance. · Versatile Usage Scenarios: Perfectly suited for underwater robots, RC fishing bait boats, net pulling boats, and water flow simulation, offering flexibility across various underwater projects. · High Performance and Reliability: Equipped with a powerful motor and efficient design for stable and smooth thrust, supporting diverse underwater applications with dependable propulsion. Specifications: · Material: Plastic, Aluminum Alloy · Weight: Approx. 435g / 15.3oz · Working Voltage: 12-25.2V · Max Forward Thrust: 5kg · Max Reverse Thrust: 3.3kg · Application: Fishing Bait Boat, Small Unmanned Boat, and related underwater use Package Includes: · 1 x Underwater Thruster This Underwater Thruster combines advanced sealing technology and superior materials to provide a reliable, waterproof propulsion solution for hobbyists and professionals engaged in underwater robotics and model boating. Its efficient design and powerful thrust output ensure enhanced performance and operational longevity in diverse submerged environments.