RC Lights Switching Head & Electronic Brake LED Lights, 5mm, 14" : 1:12 to 1:8

Key Features

• Brightest LEDs Industry Wide
• Adjustable Headlight Strobe
• Adjustable Fog Light Intensity
• Dual Intensity Brake Light Action
• Multi-Mode Auxiliary Switching
• Simple & Easy Installation
• Powers Directly From The RX
• All Mounting Hardware Included
• Fast Body Removal
• Lifetime Warranty on Every LED

Overview

Use RCL5034 to install 4 white dual headlights, 4 white auxiliary lights switchable from channel 3, 2 blue adjustable intensity fog lights, and 4 red dual-intensity electronic brake lights to any 1/12 to 1/8 size R/C car. No extra channels, with included DELUXBRAKE - 14 LED controller. This controller has headlight strobe, auxiliary switch, and EBS functionality built right in for a streamlined installation of a common setup for R/C cars & trucks.

Powered directly from the RX throttle & auxiliary channels using the included RX Pass-Thru.

To change headlight or tail light colors use 5mm or 3mm LEDs.

Everything needed for a complete installation is included with every lighting system!

RPM narrow roof-mounted light bar set sold separately.

Included Items:
Instruction Set
(1) DELUXBRAKE 14 LED controller
(1) RX Pass-Thru
(1) 2-Channel RX Plug
(14) 14" wire extensions
(8) 5mm white headlights
(2) 5mm blue fog lights
(4) 5mm red brake lights
(14) chrome 5mm LED holders
(14) standard 5mm LED holders
(14) 2P connector housings
(1) 1.25"x0.5" aluminum tape x18
(1) 3.75"x3" aluminum tape
(16) zip ties & bases

Specs:
SYSTEM CURRENT DRAW (@6V): 170mA with brake lights dim, auxiliary lights ON; 230mA with brake lights engaged
(A standard servo draws approx. 350mA)

LED Controller
INPUT VOLTAGE: 3.6-7.4V [6V Optimal]
TYP OUTPUT CURRENT (per LED channel): 20-30mA
DIMENSIONS: 1.65" x 1.0" x 0.25"

Blue, Green, White, White Strobe, Red Strobe LEDs
FORWARD VOLTAGE: 3.2V
MAX CURRENT: 30mA

Amber, Red LEDs
FORWARD VOLTAGE: 1.9V
MAX CURRENT: 30mA

*Lights are designed to be used in extreme nighttime and low visibility running environments and are very high output.

*DO NOT look directly into beam.