Power Reed Set

Blagovna znamka: BOYESEN
Koda izdelka: 642
51,03 € z DDV
Najnižja cena v zadnjih 30 dnevih: 51,03 € z DDV

Boost 2-stroke intake efficiency with the Boyesen Power Reed Set (dual-stage fiberglass) for stronger response across the rev range. Flow-tested design improves velocity for quicker acceleration and improved performance.

  • Dual-stage fiberglass reed petals
  • Improved flow velocity across operating pressures
  • Better performance from start-up to top acceleration
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Improve throttle response and acceleration with a proven dual-stage reed upgrade. The Boyesen Power Reed Set uses a dual-stage fiberglass design developed to out-perform standard reeds in laboratory flow analysis. By allowing greater flow velocity across the full range of operating pressures, it helps your engine breathe more efficiently for a stronger, cleaner pull from low rpm through top-end acceleration.

If your bike feels flat off the bottom, sluggish in the midrange, or you simply want a sharper hit without major engine work, upgrading the reed petals is a smart, cost-effective way to improve intake performance and overall rideability.

Key features:

  • Dual-stage reed petals – designed to react effectively across a wide rpm range
  • Higher flow velocity – improved airflow over the entire range of operating pressures
  • Performance gain throughout – increased performance from start-up to top acceleration

Benefits of use:

  • 🔹 Sharper throttle response for more immediate power delivery
  • 🔹 Stronger acceleration through low, mid and upper revs
  • 🔹 Proven design backed by laboratory flow analysis vs. standard reeds

Technical specifications:

  • 📌 Brand: Boyesen
  • 📌 Model: Power Reed
  • 📌 Type: Dual Stage
  • 📌 Material: Fiberglass
  • 📌 Unit: Set
  • 📌 Vendor Part Number: 642

Why choose this product?

  • ⭐ A performance-focused intake upgrade from a well-known reed specialist
  • ⭐ Designed to increase airflow efficiency for real-world rideability improvements
  • ⭐ Great choice for riders who want stronger response without complex modifications
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