Mini Inferno 14T Alloy Pinion Gear MIF014T by GPM  [MIF014T]

Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T
Price:
USD$1.50
Brand:
GPM
Model:
MIF014T
GTIN:
4894538096224
Condition:
Brand New
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alt="Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T" title="Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T"
alt="Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T" title="Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T"
alt="Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T" title="Kyosho Mini Inferno Alloy Motor Gear (14T) - 1pc set - GPM MIF014T"

Precision 14T pinion for Mini Inferno drivetrains

This single 14-tooth motor pinion is CNC-oriented in its design intent for the Kyosho Mini Inferno platform and is supplied as one aluminium alloy gear. It is produced to provide repeatable fitment as a replacement part and to support ratio testing during setup adjustments.

Engineering and tuning notes: the 14T tooth count sets a defined final drive characteristic, altering motor load and wheel torque in predictable increments. Use this pinion for controlled ratio changes when optimising acceleration or top speed for a given track or drive condition.

Installation procedure: mount the gear with correct axial placement on the motor shaft and establish a correct mesh with the spur to avoid premature wear. Verify smooth rotation and absence of lateral play after installation, and monitor operating temperatures during initial runs to confirm correct engagement. This component is intended for scale model use only.

How should I validate mesh after fitting?

Set the pinion axial position, then rotate the drivetrain slowly while observing tooth contact patterns; minor adjustment should be made until contact is even across tooth faces.

What maintenance preserves gear life?

Maintain correct mesh, avoid contamination with grit, and inspect for burrs or scoring after sustained runs; replace if wear alters mesh quality.

Are there fitment tolerances to watch?

Confirm motor shaft diameter tolerance and pinion bore conformity before pressing or securing; improper tolerance can cause runout and accelerate wear.