Magura MT5 - Alloy 1-Finger HC - Blade Lever

$64.95
Currently out of stock. Please call 03 9529 3752

Description

Magura MT5 - Alloy 1-Finger HC - Blade Lever

The Magura MT5 Alloy 1 Finger HC Blade Lever is a premium upgrade designed to improve braking feel, control, and ergonomics on your Magura MT brake system. Built for trail, enduro, downhill, and eMTB riders, it delivers precise one finger braking performance with improved modulation and rider confidence on technical terrain.

Key Features

  • Genuine Magura HC 1 finger blade lever upgrade
  • Ergonomic design for improved comfort and control
  • Optimised for powerful one finger braking
  • Enhanced modulation and braking feedback
  • More defined pressure point for precise control
  • Durable alloy construction
  • Reduces hand fatigue on long descents
  • Compatible with Magura MT brake systems

Built for Precise One Finger Braking

The HC Blade Lever is specifically designed to maximise braking performance using a single finger. This allows riders to maintain a stronger grip on the handlebars while delivering powerful and controlled braking when it matters most.

Improved Modulation and Feedback

The shorter lever design creates a more direct connection between rider input and braking force. The result is a clearer bite point, improved modulation, and more predictable braking performance on steep descents and technical trails.

Enhanced Ergonomics for Long Rides

The ergonomic shape helps reduce hand strain and fatigue during extended rides, making it ideal for aggressive trail riding, enduro racing, and demanding mountain bike adventures.

Durable Alloy Construction

Manufactured from high quality alloy, the HC Blade Lever is built to withstand tough riding conditions while maintaining a premium feel and long term durability.

Upgrade Your Braking Performance

Whether replacing a worn lever or upgrading for better feel and control, the Magura MT5 Alloy 1 Finger HC Blade Lever is an excellent performance enhancement for riders wanting more confidence from their braking system.