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Designed for models that have a drop-down panel on the bottom of the wing(s) that contains a Landing or Taxi Light, like some wardbirds (P-40, P-51), as well as some civilian aircraft like the Stinson Reliant, this circuit will control the servo that moves the panel, and turn the Landing Light on/off, all from just a single receiver channel. It includes an 8mm 1/2 watt Straw-Hat LED, and comes with an LED Reflector to amplify the light output of the LED for maximum brightness. It also includes three Navigation Lights, 1 x Red, 1 x Green for the wingtips, and 1 x White for the rudder or vertical stab. The LEDs are all 8mm 1/2 watt Straw-Hat LEDs, which offer a much wider vewing angle (~120 degrees) than the more common round-top LEDs.  The clock-wise/counter clock-wise rotaion of the servo is reversible, to make it easy to configure for any model or design, and the servo's movement is slower than normal to prevent the panel from slamming up/down. The servo's position is held stationary by an always-active signal, so the panel won't move or collapse even if the panel is lowered in flight, and air is pushing against it.

 

This circuit is regulated, so it is compatible with receivers running at any voltage, including high-voltage (HV) receivers.  It is powered from your receiver, so no additional battery is necessary.

 

Now available with one (1) or two (2) Landing Lights, use the drop-down menu above to select the version you need.

 

DOWNLOAD: Drop-Down Landing Light with NavLights Instruction Manual

Drop-Down Landing Lights with NavLights

PriceFrom $60.00
  • NOTE:  We also offer this circuit without Navigation Lights, see the previous item in this category for additional details.

     

    Wire lengths are 60" on both Wingtip Lights (red/green) and the Tailcone Light (white), and 30" each on the Landing Light(s).

     

    This circuit is also customizable, if you need a different arrangement of lights just give us a call or email us with your requirements, and we'll be happy to work with you to build a circuit perfect for your model.

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