6.5-Inch Pull-Back Handlebar Risers – CNC Billet Construction

Description

OG Moto 6.5″ Pull Back Handlebar Risers

Original Garage Moto 6.5″ Pull Back Modular Risers — a three‑section modular riser system that lets the rider choose between a pull‑back or straight orientation and offers three rise heights. Inner grooves are drilled from the clamping area down into the risers so control wiring can be routed internally and hidden with integrated CNC‑machined aluminum covers for a clean, factory appearance.

Precision CNC machined from 6061-T6 aluminum with a hard‑anodized finish and a machined OG logo. Sold in pairs and supplied with the top clamp, inner groove covers and stainless steel hardware for a complete installation.

Key Features

• 6.5″ rise with 1.5″ pull back (modular three‑section design).
• Internal wiring routing via drilled inner grooves and integrated CNC‑machined aluminum covers for a tidy installation.
• Works with standard 1 1/8″ handlebars (most MX‑style bars). Use OG shim set to run 1″ handlebars.
• CNC machined 6061‑T6 aluminum with hard‑anodized finish and machined OG logo.
• Top clamp pre‑drilled for accessories and OG instruments & gauge bezels.
• Base holes tapped for OEM mounting bolts; stainless steel hardware included.
• Sold in pairs with top clamp and inner groove covers.
• Available with M8 Softail integrated Digital Gauge Clamp. Digital Gauge Clamp fits KOSO D2 gauge for all models (including baggers) — OEM gasket #70900822 is required for that application.
• Recommended bushings: polyurethane bushings for risers under 9″; solid bushings for risers 9″ and above.

Fitment & Compatibility

Fits on all models with 3.5″ center‑on‑center riser spacing (most H‑D models).

Installation

Download the official installation guide: OG Risers Installation (PDF)

Upgrade your handlebars with OG Moto 6.5″ Pull Back Risers for cleaner wiring, premium CNC machining, and modular fit — engineered to improve ergonomics and finish.

Fitment

Fits on all models with 3.5″ center‑on‑center riser spacing (most H‑D models).

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