Futaba FURPS10 PS-10 5.2V 7A Servo and Receiver Voltage Regulator  [FURPS10]

FUTABA PS-10 5.2V 7A VOLTAGE REGULATOR FOR SERVO AND RX (6V-12.6V BATTERY INPUT) (W/O PACKING)
Price:
£17.14
Brand:
Futaba
Model:
FURPS10
GTIN:
4513886306167
Condition:
Brand New
Write a review
alt="FUTABA PS-10 5.2V 7A VOLTAGE REGULATOR FOR SERVO AND RX (6V-12.6V BATTERY INPUT) (W/O PACKING)" title="FUTABA PS-10 5.2V 7A VOLTAGE REGULATOR FOR SERVO AND RX (6V-12.6V BATTERY INPUT) (W/O PACKING)"

Reliable voltage regulation for servos and receivers

The Futaba FURPS10 PS-10 provides a regulated 5.2V supply for servos and receivers when battery voltage sits between 6V and 12.6V. Designed for model use, it helps maintain consistent servo performance and radio stability.

Wired inline with the model power feed, the regulator supplies a stable 5.2V rail and can cope with peak demands up to 7A. This reduces the risk of voltage sag that undermines servo torque or causes receiver instability, which is useful when operating multiple high-draw servos or higher-voltage battery packs.

Installation is simple: mount the unit between the battery pack and the receiver/servo distribution bus, confirm polarity, and secure it away from heat and moving components. The regulator is compatible with common power leads and does not require special connectors.

Specifications

  • Item Futaba PS-10 voltage regulator for servo and RX
  • Material Not specified
  • Model Number FURPS10
  • Compatibility RC servos and receivers
  • Output Voltage 5.2V regulated
  • Max Current 7A
  • Input Voltage Range 6V - 12.6V
  • Packing W/O packing

For model makers seeking a compact regulator to guard servos and receivers from battery voltage swings, the Futaba FURPS10 PS-10 is a straightforward 5.2V, 7A option suitable for a broad range of electric RC installations.

Check that your battery voltage stays between 6V and 12.6V and total servo current draw stays below 7A. If both conditions are met, the regulator should suit your model.
It can serve as a replacement provided the original regulator had similar output and current capability; confirm connector compatibility and mounting options before swapping.
The regulator requires minimal maintenance. Periodically inspect wiring and mounting, ensure ventilation, and check for signs of heat damage after heavy use.
Properly installed between the battery and receiver/servo bus it should not cause interference. Keep signal and power wiring neat and separate where possible to minimise noise.

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