Kyosho 82279 Capacitor with RX Connector - Compact Power Conditioner  [KY-82279]

Kyosho 82279 - Capacitor with RX Connector
Price:
NZD$16.94
Brand:
Kyosho
Model:
KY-82279
GTIN:
4548565420025
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review
alt="Kyosho 82279 - Capacitor with RX Connector" title="Kyosho 82279 - Capacitor with RX Connector"

Clean Up Receiver Power Using Kyosho 82279

Whether you run powerful servos or punchy brushless motors, stable receiver voltage matters. The Kyosho 82279 Capacitor with RX Connector evens out transient voltage and lowers electrical interference to improve control fidelity.

Why Stable Supply Improves Control

Voltage fluctuations can cause control lag or erratic servo movement. Adding the Kyosho 82279 helps keep the receiver voltage consistent, which is especially useful during rapid throttle or steering inputs.

Simple Fitment Tips

The unit connects directly to the receiver via the RX connector for a tidy install. For best results, mount it near the receiver and secure the wires to avoid chafing and loosening during rough use.

Practical Advantages Over Basics

Compared with off-the-shelf capacitors, Kyosho's 82279 focuses on hobby fit and connector compatibility, making it quicker to integrate into existing radio systems.

Specifications

  • Connector Type: RX connector for plug-and-play connection
  • Primary Function: Voltage stabilisation and noise filtering
  • Compatibility: Suitable with common RX systems and builds

The Kyosho 82279 Capacitor is a straightforward, low-effort part to reduce electrical noise and improve the consistency of your model.

By smoothing rapid voltage changes, it reduces the small fluctuations that can cause servo jitter, helping smoother steering and throttle control.
Yes, it is designed to work with standard RX systems and does not alter radio frequency operation when fitted correctly.
Position it close to the receiver and away from heavy vibration sources; secure it with foam or double-sided tape to prevent movement.

Copyright © 2008-2026 rcjaz.co.nz All rights reserved