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RFLOXA Hawk31 Max Front Fork (Black) — 45-60lb Progressive Spring, 203mm Travel — Sur-Ron / Talaria / E-Ride Pro
Sale price
$1,349.00 AUD
Regular price
$1,585.00 AUD
Taxes included.
Shipping calculated at checkout.
The RFLOXA Hawk31 Max is a premium inverted oil-spring front fork for Sur-Ron, Talaria and E-Ride Pro electric dirt bikes, delivering pro-level adjustability. This version ships with the 45-60lb progressive spring on the 203mm travel chassis, finished in black with a black CNC-machined MAX triple clamp.
Fitment
- Talaria MX3 / MX4 / XXX / XXX Pro
- Sur-Ron LBX, LBS, L1E
- E-Ride Pro S / SS 1.0 / 2.0
- Rawrr Mantis / Mantis X
- 79 Bike Falcon M / PRO / GT
- Ventus One
- Ventus One Plus (needs 8mm spacer to install)
- RFN Apollo
- Rerode R1
- SRPNTMOTO
Does not fit: Rawrr Mantis X PRO.
Spring & rider weight (203mm travel)
Compatible with 19" / 70-100-21" front tyre.
- 45-60lb progressive spring — suits riders 80-130kg.
Specifications
- Centre distance: 750-800mm
- Main piston travel: 203-228mm (this fork set to 203mm)
- Tube diameter: Ø37mm
- Caliper mount spacing: 74mm
- Disc brake size: Ø203mm (upgradeable)
- Suitable for: Electric dirt bikes, downhill bikes
- Damping system: Inverted oil-spring
- Adjustments: Multi-stage high-speed compression, low-speed compression, rebound, spring preload
- Material: AL6061-T6 forged aluminium alloy bottom brackets, AL7075-T6 aluminium fork tubes
- Spring wire: 55CRSI
-
MAX triple clamp: CNC precision-machined
📺 Installation guide: Watch the step-by-step fitting video
About this item
- Does not include the UPPER bearing. To suit a wider range of bike models, the fork does not come with the LOWER bearing pre-pressed (the bearing is supplied with the fork by default).
- The lower bearing on the Talaria differs from the Sur-Ron and requires a spacer. A Talaria-specific bearing/spacer install kit is needed and is sold separately.
- The wider drop-crown triple clamp data is based on Talaria Sting MX3 / MX4, Sur-Ron Light Bee and E-Ride Pro. Non-standard or modified front wheel cores with non-factory data will not fit perfectly.