Grom Chain Adjusters

Price range: $85.00 through $115.00

CNC-machined 6061 aluminum Honda Grom chain adjusters with a built-in measurement hole for accurate chain tension even while running axle pegs. Features a locking set screw to keep adjustments secure, a problem most competitors don’t address. These make adjusting the chain tension a breeze.

SKU: OSP-GROM-CHADJ-NA-RAW Categories: , Tags: ,

Description

Tired of needing three hands to hold the factory plate-style adjusters every time you pull your axle?

Don’t want a threaded stud sticking out creating another snag or catch point?

Running axle pegs and can’t see your chain alignment marks anymore?

Outlaw Stunt Parts Honda Grom Chain Adjusters are CNC machined from 6061 aluminum to eliminate the frustrations of the OEM plate-style system and the shortcomings of other aftermarket adjusters.

Unlike traditional designs that become useless once axle pegs are installed, these adjusters feature a precision measurement hole in the adjuster cap, allowing you to accurately set and verify chain tension without removing your axle pegs. No guessing. No pulling parts back off.

Each adjuster also incorporates a locking set screw to positively lock your adjustment in place, solving a common issue that most competing Grom adjusters completely ignore. Once set, your alignment stays put.

Designed for a clean, low-profile install with no protruding threaded studs, these adjusters reduce snag points and make axle removal quicker and less frustrating.

Features:

  • CNC machined from 6061 aluminum
  • Mount for spool (M6 thread)
  • Measurement hole allows chain tension adjustment while running axle pegs
  • Locking set screw secures adjustment in place
  • Eliminates factory plate-style adjuster headaches
  • Low-profile design with no protruding studs
  • Each Adjuster set is powdercoated for maximum UV protection (custom colors available on request)

Additional information

Weight 1.5 lbs
Powdercoat Color

Black, Blue, No Thanks (raw), Red

Include Spools

No, Yes

Grom Generation

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