Quick - MC2 X7 AC Gyro Anti-Roll Boat Stabilizer - 1500W
Experience unmatched stability on your boat with the Quick MC2 X7 AC gyro stabilizer.
Enjoy a more stable boating experience with the Quick MC2 X7 AC gyro anti-roll boat stabilizer. This advanced system is designed to reduce unwanted movements of your boat, enhancing comfort and safety while sailing. With a powerful 1500W motor and state-of-the-art technology, the Quick MC2 X7 offers exceptional performance for a smoother boating experience. Features: Gyro Technology: Utilises a gyroscope to detect and correct the boat's movements, making the boat more stable in rough waters. Powerful 1500W Motor: Provides ample power to perform quick and effective corrections, even with heavier boats. AC Drive: Offers an efficient and reliable power source, so you can worry less about battery power or fuel. Compact Design: Thanks to its streamlined design, the stabiliser can be easily installed in various boats without taking up much space. Robust Construction: Made with high-quality materials to ensure durability and reliability, even in demanding conditions. Specifications: Model: Quick MC2 X7 AC Power: 1500W Supply: AC Weight: [Typical weight, e.g. "25 kg" - Note: specific weights are not provided in the original request] Dimensions (LxWxH): [Typical dimensions, e.g. "40 cm x 30 cm x 25 cm" - Note: specific dimensions are not provided in the original request] Gyroscope Rotation Speed: [Typical rotation speed, e.g. "10,000 RPM" - Note: specific speeds are not provided in the original request] Operating Temperature Range: [Typical range, e.g. "-10°C to 50°C" - Note: specific temperatures are not provided in the original request] Whether you are enjoying a recreational boat trip or sailing in challenging weather conditions, the Quick MC2 X7 AC gyro anti-roll boat stabilizer ensures a calmer and more enjoyable boating experience. Its advanced design and powerful features make it an essential addition for any boating enthusiast seeking the highest level of comfort on the water.