Kawasaki Z 650 – FLOW running light LED indicator pair

✔️ New part
ID: 15701304639814

€79,95 EUR

DELIVERY
Ready to ship | in 2-6 business days
Delivery with DHL in 4-8 business days.
PRODUCT DESCRIPTION

Compact design – matching the agile Z character

A turn signal on the Kawasaki Z 650 works best when it remains slim and not bulky. This is exactly where the FLOW running light LED indicator pair shows its strengths: compact dimensions, dynamic running light and a clear, modern look.

What sets the FLOW indicator pair apart

  • Dynamic running light (pair of indicators)
  • Dimensions approx. 77 × 13 × 14 mm – intentionally compact
  • M8 thread
  • 12V/6W
  • E-certification mark – advantage: tested marking for road traffic

Assembly briefly explained

Mounting via M8 thread. Depending on the original holder, a suitable mount or holder may be required. Connect connections cleanly and lay cables to prevent chafing.

Optional: load resistors for LEDs

Optional set under the purchase button includes two load resistors, one on each side, in case the flashing frequency is too high. Resistors get hot and must be attached to metal to dissipate heat.

Description

Compact design – matching the agile Z character

A turn signal on the Kawasaki Z 650 works best when it remains slim and not bulky. This is exactly where the FLOW running light LED indicator pair shows its strengths: compact dimensions, dynamic running light and a clear, modern look.

What sets the FLOW indicator pair apart

  • Dynamic running light (pair of indicators)
  • Dimensions approx. 77 × 13 × 14 mm – intentionally compact
  • M8 thread
  • 12V/6W
  • E-certification mark – advantage: tested marking for road traffic

Assembly briefly explained

Mounting via M8 thread. Depending on the original holder, a suitable mount or holder may be required. Connect connections cleanly and lay cables to prevent chafing.

Optional: load resistors for LEDs

Optional set under the purchase button includes two load resistors, one on each side, in case the flashing frequency is too high. Resistors get hot and must be attached to metal to dissipate heat.

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