18 Mercury Racing 400 Outboard Motor Model RC Model Kit

  
MODERN ANCHOR windlass ANCHOR WINCH KIT 604030 MM - 1pcs. 1:8 Mercury Racing 400 Outboard Motor Model Toy - High-Detail Mercury Boat Engine Replica. Experience the thrill of high-speed marine performance with this 1:8 scale Mercury Racing 400 outboard motor model.

Designed for model boat enthusiasts and RC hobbyists, this meticulously crafted outboard motor is an accurate replica of the Mercury Racing 400 engine, offering exceptional attention to detail. Engine Type: Mercury Racing 400. Metal Components: Brass bevel gears, stainless steel bearings, stainless steel shafts, screws. Propellers: Nylon and CNC-machined aluminum propeller options.

Height: 166 mm (6.53). Width: 78 mm (3.07). Thickness: 50 mm (1.97). Manufacturing Process: 3D printed for precision and durability. Outboard Motor Shell Kit (Includes hardware, nylon propeller).

Outboard Motor Shell Kit (Includes hardware, CNC aluminum propeller). Outboard Motor Shell Kit + Electronics Kit (Includes CNC aluminum propeller, 3650/3900kv Brushless Motor, and 80A ESC). Two Different Mounting Bases - Choose between a wider or narrower mounting base to fit different boat models. Essential Hardware Included - Even the basic version includes all essential metal parts, such as drive shafts, bevel gears, screws, washers, and bearings.

Bonus Display Stand - A test stand is included, allowing you to mount the outboard motor for display or testing purposes. Whether you're building a model boat or enhancing your collection, this high-quality Mercury Racing 400 outboard motor provides realism and performance in every detail. Perfect for RC boat enthusiasts seeking to replicate real-world marine engines! ESC (Electronic Speed Controller) User Manual. Product Overview: This ESC is compatible with various RC models and needs to be properly connected with the receiver, transmitter, motor, and battery to ensure smooth operation.

To ensure optimal performance, it is essential to complete the ESC calibration during the first use. Ensure the receiver and transmitter are paired successfully. It's best to test the binding before use. Connect ESC to Other Components.

Make sure the ESC, motor, receiver, and battery are connected properly. Every connection is crucial for proper function. After plugging in the battery, check if the receiver's LED light turns on.

If it does, the ESC's BEC (Battery Eliminator Circuit) is outputting a stable 5V, indicating the ESC is functional and hasn't been burned out. Follow these steps to calibrate the ESC and ensure it works properly with your transmitter. Connect the ESC to the motor.

Connect the ESC's signal wire to the receiver. Turn on the transmitter and push the throttle stick to its maximum position. Plug the battery into the ESC.

Wait for the beep sequence: "Beep Beep Beep" (three beeps), indicating the maximum throttle has been recognized. Pull the throttle stick down to its minimum position. Wait for the second beep sequence: "Beep Beep Beep" (three beeps), indicating the calibration is complete. The three wires from a brushless ESC can be connected to the motor in any order.

If the motor spins in the wrong direction, simply swap any two of the three wires to reverse the direction. No Response or Motor Won't Spin. Ensure the ESC has been properly calibrated as outlined in the throttle calibration steps. Check the battery voltage to ensure it is sufficient to power the ESC.

Refer to the manual for troubleshooting to ensure all connections and configurations are correct. Calibration is Essential: Always complete throttle calibration before first use to ensure the ESC responds correctly. Abnormal Sounds: If you hear unusual sounds or notice improper response, check the connections between the ESC and motor and make sure everything is set up as described. NOTIC: THE ITEM WILL POST FROM CHINA.

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