Are your micro / mini indicators flashing incorrectly?

In many cases, after fitting micro / mini indicators, you will find that the indicators flash too fast or too slow. To stop this, R&G Resistors can be fitted which should solve the problem.

For R&G Bulb Indicators - Select the 9.8 Ohm resistor (RGR0001)

Includes one pair of 9.8 ohm resistors with bullet connectors.

Using R&G’s replacement Micro Indicators LED turn signals together with these resistors simulates the power consumption of 21-watt original incandescent bulbs. Here’s the math: At 13.4 volts a 9.8 ohm resistor produces a 18.3 watt load. Add in a 2 watt LED indicator and you’re at about 21 watts total.

Not for use if:

• you’re replacing original LED turn signals with R&G LED turn signals (do not use a resistor)
• you’re replacing original 10 watt turn signals with R&G LED turn signals (use resistor RGR0002)
• you’re replacing original 21 watt turn signals with R&G 10 watt incandescent turn signals (use resistor RGR0002)

For R&G LED Indicators - Select the 21.5 Ohm resistor (RGR0002)

After replacing your bike’s original 10 watt incandescent turn signals with R&G Micro Indicators incandescent turn signals (RG370) OR after replacing your bike’s original 10 watt incandescent turn signals with R&G Micro Indicators LED turn signals (RG371) you may find that the signals flash too fast or too slow. Adding this resistor resolves this issue. No cutting crimping or soldering required.

These are inline resistors NO wire cutting or soldering required.

Includes one pair of 21.5 ohm resistors with bullet connectors.

Not for use if:

• you’re replacing original LED turn signals with R&G LED turn signals (do not use a resistor)
• you’re replacing original 21 watt turn signals with R&G LED turn signals (use resistor RGR0001)

FITMENT

• This is a universal fit part; it may or may not fit without modification.

PROPOSITION 65

⚠️WARNING

This product can expose you to chemicals known to the State of California known to cause Cancer or birth defects and reproductive harm. For more information go to: https://oehha.ca.gov/proposition-65