Motorcycle LED Technical Blog by Custom LED

Posts in the Hyperflash category

Blinker Genie and Blinker Genie 2: Run and Turn From a Single Bulb

The Blinker Genie lets a single-intensity bulb work as both a running light and a turn signal by powering the lamp through the running-light circuit and blinking it off during the signal pulse. Motorcycles use the Blinker Genie; cars and trucks with switchable running-light circuits use the Blinker Genie 2. Covers the two-product split, the universal versus pre-wired R1/R6/Diavel kits, the expected post-install hyperflash and its relay or load-equalizer cure, mounting, and brand-specific wiring notes.

By Custom LED | | Blinker Genie, Hyperflash, Run & Turn, Tech Guide, Turn Signals | Read more

No Flasher Relay to Replace? LED Turn Signals on CAN-bus and Computer-Controlled Motorcycles

CAN-bus motorcycles monitor each lighting circuit by expected current draw, so LEDs can trigger a bulb-out or lamp-failure warning even when they work. This guide explains why CAN-bus flags LEDs, keeps the CAN-bus bulb-out problem distinct from flasher-relay hyperflash, names the bikes that fight back hardest (BMW, Ducati, late-model Honda sportbikes, Harley/Victory/Indian), and covers what works: CAN-bus compatible Blaster-X tail lights and kits with built-in load equalizers, plus standalone load equalizers. Products are off-road use only.

By Custom LED | | CAN-bus, Hyperflash, Load Equalizers, Tech Guide | Read more

LED Turn Signal Install Troubleshooting: Solid Fronts, No-Blink, Dead Side, Blown Fuse

GAP-C install-troubleshooting post, fact-checked against the live Custom LED store on 2026-05-31. Six-symptom structure: solid fronts, no-blink/blown-fuse, dead side, 4-way blink, brake-switch, erratic flash. All six product handles re-verified ACTIVE with featuredMedia images matching, both pages and the connector collection resolve, all three cross-link articles confirmed (4-way and load-equalizer PUBLISHED, Blinker Genie still UNPUBLISHED). Every product spec re-checked against live product bodyHtml; FMVSS 108 / SAE J588 60-120 fpm blink rate confirmed via web. CTA-box and 96px thumbnail-row markup verified verbatim against the live TB-1 article body (Article 564671479906). No off-road/legal hedges. No content changes were required; the draft passed verification as-is.

By Custom LED | | Flasher Relays, Hyperflash, Tech Guide, Turn Signals | Read more

Everything You Need to Know About LED Flasher Relays for Motorcycles

When you switch to LED turn signals, your blinkers usually flash too fast. Here is what an electronic LED flasher relay does, why LEDs cause hyperflash, how to choose between a relay and a load equalizer, and which Custom LED relay fits your motorcycle.
By Custom LED | | Flasher Relays, Hyperflash, Load Equalizers, Tech Guide | Read more

All about LED Load Equalizers for LED Blinkers on Motorcycles

You may have heard the term "Load Equalizer" or "Load Resistor" being thrown around when looking for a solution to your fast-blink or no-blink issues on your motorcycle.  The fast blink issue occurs when you remove the OEM incandescent blinker lamps and replace them with LEDs.  

Well, understanding what a Load Equalizer is, starts by understanding why you need one in the first place.

Why do I need a Load Equalizer?

If you remove any of the OEM blinker lamps on a car, truck or motorcycle, you may find that your blinkers now blink faster than they did originally - or they stop blinking entirely!  The Fast-Blink rate is actually the designed response of the OEM flasher relay.  It's designed to blink fast when the Flasher Relay detects that a light bulb is burned out.  This way, the operator knows he has a light bulb that needs to be replaced.  

The Flasher Relay makes this burned-out-bulb determination by checking the amount of current being drawn through the Flasher Relay to power the blinker lamps.  When using LEDs blinker lamps, there is FAR less current being drawn on the blinker circuits compared to the OEM incandescent bulbs.  It is because the LEDs are so efficient that they draw such little power.

What the heck is a Load Equalizer? 

A Load Equalizer is used as a power-sink, to dissipate the same amount of power as the OEM turn signal lamps did.  

This means, if you had 25 Watt light bulbs originally on your turn signal circuit, you need to add 25 Watts worth of Load Equalization to create the same power draw on the blinker circuit as with the OEM lamps installed.

If you match the power draw properly, your Flasher Relay is tricked into thinking the bulbs are still there!  And like magic, it starts blinking normally again!

Where do I get the Correct Load Equalizer for my application?

What you need to do is find out the wattage of the OEM blinker lamps that you have removed or replaced with LEDs.  You will need to add this amount Wattage with Load Equalizers.

Custom LED makes the finest Load Equalizers for motorcycle applications.  They do not get dangerously hot like some other cheaper alternatives out there, and we have been making them since 2001!  Tried and true is the way to go.

What about replacing my Flasher Relay instead?

YES!  Replacing your Flasher is the best way to fix fast-blink or no-blink issues.  If we have an LED Flasher Relay that will work for your application, then forget about Load Equalizers.

By changing the OEM Flasher Relay to one that does not have a bulb-out notification, and is designed to work with very low current draw, you are taking advantage of the power-saving aspects of LED blinkers!  

Why put the large electrical load of the incandescent lamps back on your blinker system just to trick the OEM Flasher Relay, when you can just replace the OEM Flasher Relay with an Electronic LED Flasher Relay that blinks normal regardless of what blinker lamps you are using?

Custom LED makes a few different types of Electronic LED Flasher Relays for Motorcycles.  See which one is compatible with your bike on the respective product pages.

 

One mounting note for the 25 Watt Heavy Duty Load Equalizer: it uses an aluminum heat sink with integrated mounting tabs. On a shared turn-and-brake circuit, or any install that sees prolonged voltage, it can run warm, so mount it to the frame using those tabs rather than burying it in a wiring bundle. The standard 2, 10, and 25 Watt units are oversized for good heat capacity and stay cool, so they do not need special mounting.

If you have any technical questions about your particular application, please don't hesitate to contact us!

By Custom LED | | Flasher Relays, Hyperflash, Load Equalizers, Tech Guide | Read more

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