APC AP1404W 14x4W Wide Blade Propeller for 3D Fun Fly  [AP1404W]

APC PROPELLER 14x4W WIDE BLADE (3D FUN FLY)
Price:
CAD$10.92
Brand:
APC
Model:
AP1404W
Condition:
Brand New
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APC AP1404W: 14x4W Wide-Blade Overview

This APC AP1404W is a 14x4W wide-blade propeller designed for electric RC model aircraft and 3D fun fly applications. The paragraphs below take a concise, practical approach describing how the prop works in an RC setup, key installation steps, and its influence on flight tuning.

Compatibility depends on prop diameter, pitch and hub mounting rather than model branding, so verify your motor shaft and spinner accept a 14x4W style prop before ordering. It is suitable as a direct replacement when the original prop matches the 14x4W profile to preserve comparable pitch and diameter behaviour.

Installation notes: inspect the hub for any damage, ensure the prop seats flat against the spinner or adapter, and secure it with the correct nut or prop saver for your motor shaft type. Manually rotate the motor before power-up to confirm there is no rubbing and that the prop runs true.

Tuning role: the wider blade profile alters thrust delivery versus narrower props, often improving low-speed lift and throttle response useful for 3D maneuvers and slow hover work. Expect to adjust trim and throttle curves after swapping prop profiles and monitor motor current and ESC temperature on initial runs.

Safety and pre-flight checks: always balance the propeller prior to installation, confirm rotation direction matches your setup, and conduct a restrained ground run to detect excessive vibration or abnormal motor load.

Check the hub bore and shaft diameter of your motor or adapter; measure the spinner bore and compare to a 14x4W hub. If the bores match and the prop seats flush, it will fit as a like-for-like replacement.
Run a static test to record motor current and ESC temperature; you may need to tweak throttle endpoints or governor limits for smooth control but typically no new hardware is required. Adjust incrementally and monitor temps during the first flights.

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