Ultralight Rear Sprocket

Blagovna znamka: RENTHAL
Koda izdelka: 12110015
73,14 € z DDV
Najnižja cena v zadnjih 30 dnevih: 73,14 € z DDV

Renthal Ultralight rear sprocket built to reduce rotating/unsprung weight and improve power transfer. CNC-machined from high-strength 7075-T6 aluminum with a wear-optimised tooth profile for smoother, quieter drive.

  • Chain size: 520 | Teeth: 48T
  • Material: 7075-T6 aluminum (lightweight, high strength)
  • Features: Ultra-light CNC design for efficient power delivery
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Lightweight performance without sacrificing strength. The Renthal Ultralight Rear Sprocket is designed for riders who want faster response and efficient power transfer. Its CNC-machined construction and ultra-light design help reduce unsprung weight, improving acceleration feel and overall handling.

Made from specially enhanced 7075-T6 aluminum (around 33% lighter than steel), it delivers excellent strength-to-weight performance for motocross and enduro use. A special tooth profile helps the chain roll on and off smoothly, contributing to longer wear, less noise, and a more consistent drive.

Key features:

  • ✅ CNC-machined (not stamped) with a computer-aided ultra-light design
  • ✅ High-strength, enhanced 7075-T6 aluminum construction
  • ✅ Optimised tooth profile for smoother chain movement and reduced noise

Benefits of use:

  • 🔹 Reduced unsprung/rotating weight for sharper handling and quicker response
  • 🔹 Improved power transfer for a more efficient final drive feel
  • 🔹 Smoother chain engagement for longer service life and quieter operation

Technical specifications:

  • 📌 Brand: Renthal
  • 📌 Mounting position: Rear
  • 📌 Chain size: 520
  • 📌 Tooth count: 48T
  • 📌 Material: 7075-T6 Aluminum
  • 📌 Color/Finish: Black
  • 📌 Style: Ultralight
  • 📌 Type: Drive sprocket
  • 📌 Vendor part number: 112U-520-48GEBK

Why choose this product?

  • ⭐ Proven Renthal quality with precision CNC machining
  • ⭐ Excellent strength-to-weight ratio for performance-focused riders
  • ⭐ A smart upgrade for reducing weight while maintaining reliable drivetrain performance
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