APC AP1712W PROPELLER 17x12W WIDE BLADE (140 PATTERN)  [AP1712W]

APC PROPELLER 17x12W WIDE BLADE (140 PATTERN)
Price:
USD$12.70
Brand:
APC
Model:
AP1712W
Condition:
Brand New
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APC PROPELLER 17x12W Overview

This APC AP1712W propeller is an RC-scale replacement propeller designed for fixed-wing models where a wide-blade 140 pattern is desired for increased low-speed thrust and punch. The 17x12W designation indicates blade diameter and pitch with a wide blade profile, which influences airflow and motor load compared with narrower designs.

Use this propeller as a direct spare or when experimenting with prop selection to tune climb rate, throttle response, and slow-speed handling. Always treat the part as an RC accessory and match prop choice to motor kv, ESC limits, and airframe loading rather than assuming fitment across dissimilar platforms.

Installation notes: inspect the hub bore and mounting surfaces for burrs, verify the prop seats squarely on the prop adapter or spinner backplate, and tighten the retaining nut to the motor manufacturer's recommended torque while checking for axial and radial runout. Static and dynamic balancing before first flight is recommended to reduce vibration through the motor and airframe.

Tuning considerations: a wide-blade 140 pattern typically increases thrust at lower RPMs but also raises current draw compared with smaller-pitch or narrow-blade alternatives. Monitor motor temperature and ESC load during test runs, and if excessive vibration or heat appears, switch to a different pitch or blade profile.

Check that the prop bore matches your motor shaft or adapter, and use the correct prop adapter or washer stack to achieve full seating; do not force a mismatched bore.
Yes, static balancing is recommended before first use and after any nicks or repairs to reduce vibration and protect the motor and airframe.
A wide-blade 140 pattern typically increases low-speed thrust but can raise current draw; verify motor and ESC temperatures during tuning and adjust propeller choice if limits are approached.

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