【Dependable Components】With a accuracy 4mm steel drive shaft and dual high-speed bearings encased in a shaft sleeve, this RC boat thruster ensures a frictionless and efficient propulsion system. The tooth wheel drive, secured by an anti-slip nut, guarantees stability and hassle-free maintenance of the propeller mechanism.
【Robust Build】Crafted from a blend of durable plastic and aluminum alloy, this RC boat thruster boasts remarkable resistance to wear and tear. Its strong and enduring design is complemented by a refined appearance that adds a touch of elegance.
【Enhanced Performance】Designed for exceptional functionality, this RC boat thruster guarantees a slick sailing experience. Its advanced features facilitate seamless forward and backward movement, ensuring an enjoyable time on the water.
【Built for Toughness】The solid construction of this thruster lends remarkable flexibility to your boat, making it a powerful force on the water. Its design mitigates the impact of natural currents, providing consistent and effective propulsion in various conditions.
【Versatile Application】Tailored for ease of use, this RC boat thruster is suitable for a wide array of model boats and customizable RC boat setups. It possesses the capability to effortlessly propel hulls weighing around 3 to 4 kilograms, ensuring adaptability across different scenarios.
Description
Specification:
Item Type: RC Boat Thruster
Material: Plastic, Aluminum Alloy
Color: Gray
Size:
Product Size: 150x43mm/5.91x1.69in
Mouth Diameter: 26mm/1.02in
Motor Aperture: 3.175mm/0.125in
Applicable Model: Suitable for all kinds of model boats and RC boat conversion, can propel about 3-4kg hull. Suitable for 28/36 series brushless motor, or 540 series brush motor.
Package List:1 x 26mm Boat Thruster (13 Accessories in Total)1 x Motor Mount31 x Screws1 x Nut1 x Assembly Instructions
Note:1. For manual measurement, please allow 1‑3mm error. Thank you very much!
2. Display calibration is inconsistent, and the colors of the items displayed in the photos may be slightly different from the actual objects.