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How to Adjust Burton Stiletto Bindings

Published in Snowboard Binding Adjustment 5 mins read

Adjusting your Burton Stiletto bindings involves several key steps to ensure a comfortable fit, optimal performance, and proper connection to your snowboard. Proper adjustment is crucial for control, responsiveness, and preventing fatigue or discomfort on the slopes.

Here’s a breakdown of the common adjustments on Burton Stiletto bindings:

Key Adjustment Areas

Burton Stiletto bindings, like most snowboard bindings, offer adjustability in several critical areas:

  • Strap length (ankle and toe)
  • Highback forward lean
  • Binding position/angle on the board (stance)
  • Gas Pedal (Toe Ramp) length/position

Understanding how each of these affects your ride is key to dialing in your setup.

Adjusting the Gas Pedal (Toe Ramp)

One important adjustment on Burton bindings, including models conceptually similar to the Stiletto's design or using similar baseplate technology, is the Gas Pedal or toe ramp. This is the raised area at the front of the baseplate where your toes sit.

As highlighted in the reference (similar to adjusting the Gas Pedal length on a Burton binding, as seen between 0:29 and 1:15 of the video), there's a similar rise in the toe of your binding. When you adjust that length properly, it gives you really nice drive on your toe side turns.

  • Purpose: The Gas Pedal is designed to provide leverage and support under the balls of your feet and toes. Adjusting its length or position can help match it precisely to the size of your boot, ensuring full contact and efficient energy transfer for improved toe-side carving and control.
  • How to Adjust: The method varies slightly by binding model, but typically involves loosening a screw or using a mechanism underneath the baseplate to slide the toe ramp forward or backward. Position it so that the ramp supports the front of your boot without leaving a significant gap or pushing your boot too far back.

Getting this right ensures that when you flex your ankles towards your toes, you immediately engage the binding and the board's edge.

Strap Adjustments

Adjusting your ankle and toe straps is fundamental for a secure fit that holds your boot firmly into the heelcup and onto the baseplate without causing pressure points.

  • Ankle Strap: This strap pulls your boot back and down into the heelcup.
    • Adjustment: Most straps have tool-free adjusters (usually flip-levers or twist-knobs) on the side where the strap attaches to the baseplate. Adjust the length so that when fully ratcheted down, it is snug and centered over your boot's ankle area. You should be able to get it tight without excessive force, and it shouldn't require ratcheting past the halfway point of the ladder strap under normal tension.
  • Toe Strap: Burton Stiletto typically uses a cap strap that fits over the front of your boot. This pulls your boot back into the heelcup.
    • Adjustment: Like the ankle strap, adjust the length using the tool-free adjuster on the side. Ensure the cap strap fits snugly over the toe of your boot, pulling it firmly into the heelcup when ratcheted. It should conform to the boot shape without gapping or pinching.

Tip: Adjust straps with your boot actually in the binding to get the perfect fit.

Highback Forward Lean

The highback is the vertical support behind your calf. Adjusting its forward lean changes how much your knees are bent when you stand upright in the bindings and how quickly energy is transferred to your heel edge.

  • Purpose: More forward lean puts you in a more aggressive, bent-kneed stance, offering quicker response for heel-side turns and powerful carving. Less forward lean is more relaxed and forgiving, suitable for cruising or learning.
  • How to Adjust: Burton bindings often use a DialFLAD™ (Forward Lean Adjuster Dial) or a similar lever/screw system on the back of the highback.
    • Rotate the dial or move the lever to increase (more angle towards the nose of the board) or decrease (less angle) the forward lean.
    • Start with a small amount of lean and increase it gradually as you get more comfortable and want more responsiveness.

Binding Position and Angle (Stance)

Adjusting where your bindings are mounted on the board (stance width and setback) and the angle they are rotated at is crucial for comfort, stability, and control.

  • Purpose: Determines your riding stance on the board. Stiletto bindings typically use Burton's Re:Flex™ mounting system, compatible with both standard 4x4 inserts and Burton's The Channel™.
  • How to Adjust:
    • Angle: Loosen the screws holding the binding discs to the board. Rotate the binding to the desired angle (e.g., +15 degrees for the front foot, -6 degrees for the back foot for a typical duck stance). The baseplate has angle markers to guide you. Retighten screws firmly.
    • Position (Stance Width/Setback): With the screws loosened, you can slide the bindings forward or backward along the inserts/channel slots to adjust the distance between bindings (width) and their position relative to the board's center (setback).

Experimentation is key for stance adjustments to find what feels most comfortable and effective for your riding style.

By properly adjusting these components, including ensuring the Gas Pedal is set correctly for optimal toe-side drive, you can significantly enhance your experience riding with Burton Stiletto bindings.

Adjustment Area Purpose How to Adjust (General) Key Benefit
Gas Pedal / Toe Ramp Support toes, enhance toe-side drive Slide forward/backward using screw/mechanism underplate Improved toe-side control and energy transfer
Ankle Strap Secure boot into heelcup Adjust length via tool-free adjuster on baseplate side Snug fit, heel hold, energy transfer
Toe Strap (Cap Strap) Pull boot back into heelcup, conform to boot Adjust length via tool-free adjuster on baseplate side Secure toe hold, prevents foot movement
Highback Forward Lean Control calf support, stance aggressiveness Adjust angle via rear dial/lever/screw system Quicker heel-side response vs. relaxed stance
Binding Angle & Position Define stance on the board Loosen disc screws, rotate/slide bindings on inserts Comfort, stability, control, maneuverability