RFLOXA FRONT FORK HAWK32 PRO For Sur Ron & Talaria Sting

① Premium Performance💥 — The HAWK32 PRO front fork delivers 203mm of travel (extendable to 228mm on request), built for high-performance downhill and off-road riding. With a 37mm stanchion diameter and 74mm caliper mount spacing, it's compatible with 203mm disc brakes (upgrade options available) — ideal for electric dirt bikes like the Sur-Ron and Talaria Sting.

② Advanced Suspension Technology💥 — An inverted oil-spring damping system with an asymmetrical design and independent left and right legs. Multi-stage adjustment for compression damping, rebound damping and spring preload lets you tune precisely for your riding style and terrain.

③ Durable Construction💥 — AL6061-T6 forged aluminium bottom brackets and AL7075-T6 aluminium fork tubes keep it strong yet lightweight, while 55CRSI spring wire stands up to hard riding.

④ Customizable Tuning💥 — High-speed compression, low-speed compression, rebound and preload are all controlled by easy-access manual knobs for quick, precise setup changes trackside.

⑤ Enhanced Bottom-Out Support💥 — A dedicated oil-pressure bottom-out system gives strong support at the end of the travel, keeping the front end stable through big hits.

⑥ Consistent Damping Performance💥 — Dual compression valve plates and high-quality low-friction, low-freezing-point shock oil keep damping stable and reliable even in extreme conditions.

Spring choice (compatible with 26"):

• 45lbs spring — rider ≤100kg
• 60lbs spring — rider 100–130kg
• 45–60lbs progressive spring — rider 80–130kg

FEATURES:

• Center Distance: 750–800mm
• Main Piston Travel: 203–228mm
• Tube Diameter: ∅37mm
• Caliper Mount Spacing: 74mm
• Disc Brake Size: ∅203mm (Upgradeable)
• Suitable For: Electric Dirt Bikes, Downhill Bikes
• Damping System: Inverted Oil-Spring
• Adjustments: Multi-stage Compression, Rebound, Spring Preload
• Material: AL6061-T6 Forged Aluminium Bottom Brackets, AL7075-T6 Aluminium Fork Tubes
• Spring Wire: 55CRSI
• Triple Clamp: CNC Precision Machined