Destiny O10161 - 4° Aluminum Steering Hub Carrier Set Circuit Upgrade  [DES-O10161]

Destiny DES-O10161 Aluminum Steering Hub Carrier Set, 4 Deg
Price:
£26.15
Brand:
Destiny
Model:
DES-O10161
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

Sharper Line Holding with Destiny O10161 Carriers

Improve cornering accuracy by fitting the Destiny O10161 - 4° Aluminum Steering Hub Carrier Set. The 4 degree geometry refines steering input and the aluminium construction maintains durability during repeated use.

Effect of the 4 Degree Angle

The modest 4 degree offset enhances initial turn-in and gives more predictable steering feel through the apex, making setup work more straightforward for lap time improvements.

Who Benefits from This Upgrade

Racers and serious hobbyists tuning for sharper handling will find this set valuable. It fits many touring car platforms and can be integrated with minimal setup changes.

Specifications

  • Material: Aluminum
  • Angle: 4 Degrees
  • Compatibility: Suitable for various RC touring car models

A reliable, performance-focused upgrade that improves steering precision and helps drivers place the car more accurately on line.

Is additional suspension tuning required after fitting?

You should re-evaluate front spring and damper settings, as the steering characteristic changes might call for small suspension adjustments to restore balance.

Will this fit on my existing steering blocks?

Compatibility depends on bolt hole spacing and pin diameter; check measurements against your steering blocks to confirm fitment.

How does weight compare to stock parts?

Machined aluminium is typically light and stiff; in many cases this carrier will be similar or lighter than reinforced plastic options while offering greater rigidity.

Any tips for fitting to avoid binding?

Ensure pivot and bearing seats are clean, use the correct spacer shims, and tighten fasteners progressively to prevent misalignment and binding during rotation.

Copyright © 2008-2025 rcjaz.co.uk All rights reserved