APC AP1410 14x10 RC Propeller Blade  [AP1410]

APC PROPELLER 14x10
Price:
CAD$10.92
Brand:
APC
Model:
AP1410
Condition:
Brand New
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APC 14x10 Propeller — Product Summary

The APC AP1410 is a 14x10 RC propeller supplied as a straightforward spare or upgrade for electric model aircraft. The size and pitch are shown in the product title to help pilots and tuners quickly identify the correct blade for their performance goals. The following notes cover fitment, basic installation, and how a propeller interacts with an electrified drive system.

General compatibility: this propeller is intended for electric model aircraft applications where a 14x10 blade is appropriate. Do not assume direct fit with any particular motor shaft or adapter without verifying the hub bore and mounting hardware; always confirm hub diameter and shaft type before final installation. This description does not list specific airframe matches or claim compatibility with proprietary platforms.

Installation tips: align the marked face forward on the hub, secure the blade to the motor shaft or adapter with the correct nut or collet, and check tightness before each session. Start power checks at low throttle and restrain the model while bench tuning to ensure clearance and correct rotation. Regularly balance the prop to reduce vibration that can affect the ESC, motor bearings, and servos.

Tuning notes: a 14x10 propeller changes static thrust and cruise efficiency; swapping sizes is a common method to tune acceleration and top speed. Make incremental changes and log motor temperature and current draw when testing different props to keep the power system within safe limits.

Measure the hub bore and compare it to your motor shaft or adapter, check shaft diameter, and confirm the nut or collet style matches your mounting hardware.
Yes. Balancing reduces vibration that can damage bearings, ESCs, and radio gear; use a prop balancer or a simple DIY jig to even out the blade.
Confirm secure mounting, correct rotation direction, a clear prop arc, and perform an initial low-throttle run while the model is restrained to observe vibration and motor temperature.

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