For DIB: Low Profile Aluminum Servo Mount, YOKIB203AG by Yokomo  [YOKIB203AG]

Yokomo IB-203AG - Aluminum Low-profile servo mount for DIB/Gun Metal
Price:
AUD$33.69
Brand:
Yokomo
Model:
YOKIB203AG
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Spares / Hop-ups - Yokomo - DIB category
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Streamlined Servo Positioning for DIB

This aluminum low-profile servo mount is intended for DIB-style setups and comes finished in gun metal. It reduces the vertical height of the servo and repositions it to create a cleaner internal layout while keeping the base chassis geometry intact.

Fitting the bracket is straightforward for cars set up in DIB; it takes the place of the factory mount and uses the same screw points. Always confirm the servo case size and horn clearance before fully tightening to avoid binding or contact with nearby components.

For tuning, the mount is a compact option to refine linkage angles and internal packaging, which can help when arranging electronics in tight chassis environments or fine-tuning weight distribution.

Specifications

  • Item Aluminum low-profile servo mount
  • Material Aluminum
  • Model Number YOKIB203AG
  • Compatibility DIB

A sensible aluminum upgrade for DIB chassis where a lower servo profile and tidier internal routing are desired, supplied in a gun metal finish for a subtle visual update.
Remark :
Due to limited stock availability, please notice that some Yokomo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

How does this mount help with linkage angles and servo travel?

By lowering the servo center relative to the chassis, the mount can produce cleaner linkage angles which reduce bind. Always check that the horn and linkages maintain full travel after installation.

Will using this bracket change how I should set up weight balance?

Shifting the servo position can slightly affect internal weight distribution; consider small adjustments to battery or electronics placement if you are pursuing precise balance tuning.

Are any trimming or link length changes typically required?

In many cases link lengths remain the same, but you should verify horn position and travel. Minor adjustments to servo horn position or link endpoints may be needed for optimal geometry.

Is there any change to mounting hardware or fasteners?

The part generally uses the existing DIB mounting points and standard fasteners. Use appropriate thread locker if you run in high-vibration conditions and check torque after the first run.

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