Knowledge

  When installing an underwater thruster, a stable and reliable mounting bracket is essential. To make the U92 Pro underwater thruster easier to install on different types of small boats, Apisqueen has developed this adjustable stainless steel bracket, designed for paddle boards (SUP), kayaks, inflatable boats, small fishing boats, and other watercraft. This bracket features an adjustable design, allowing users to customize the installation position according to different boat types and water conditions. It helps keep the thruster at the proper depth in the water, improving overall performance and user experience. Durable Stainless Steel Construction for Water Environments Water equipment...

For kayaks, small boats, fishing boats, unmanned boats, and underwater equipment that require stronger propulsion, choosing the right thruster and accessories is very important. The APISQUEEN U10 is a 24V brushless underwater thruster featuring a brushless motor design, with a maximum power output of 900W and a maximum thrust of approximately 10kg. With its strong output and metal construction, the U10 is suitable for various marine modifications and DIY projects. U10 Underwater Thruster Features 900W Power Output The U10 operates on a 24V system. A single thruster provides up to 900W power and approximately 10kg thrust. Compared with lower-power thrusters,...

When purchasing an underwater thruster, many users will notice the terms: CW (Clockwise) and CCW (Counter-Clockwise) in the product specifications. For customers who are new to underwater propulsion systems, these labels can be confusing: “What do CW and CCW mean?”“Which rotation direction do I need?”“Will it affect performance if I choose the wrong one?” In fact, CW and CCW are important concepts in underwater propulsion systems, especially when using dual thruster setups. Correct rotation matching helps achieve better stability and control. What Do CW and CCW Mean? CW and CCW describe the rotation direction of the propeller. CW (Clockwise) CW...

Many customers ask the same question after purchasing a water thruster: “I already have a car battery or an electric vehicle battery. Can I use it to power my thruster?” The answer depends on several factors. A battery can be used with a water thruster only when its voltage matches the thruster requirements and its continuous discharge capability is sufficient. Although car batteries, electric vehicle batteries, and lithium batteries can all provide power, they are designed for completely different applications. Understanding these differences can help you choose a safer and more suitable battery for your propulsion system. First, Check the...

  When purchasing an underwater thruster, many users focus on thrust, power, and speed, but often overlook two equally important components: the battery and the ESC (Electronic Speed Controller). In reality, the performance and reliability of an underwater propulsion system depend not only on the thruster itself, but also on whether the battery and ESC are correctly matched. An incorrectly selected battery may result in insufficient power, short runtime, or unexpected shutdowns. An undersized ESC may overheat, trigger protection, or even damage the motor and controller. Therefore, selecting the right battery and ESC is essential before building an underwater propulsion system....