ARRMA Mini Kraton 3S Performance Shock Shafts 4140 Steel - MAKMDP by GPM  [MAKMDP]

ARRMA MINI KRATON 3S 4140 Carbon Steel Shock Shafts - GPM MAKMDP
Price:
AUD$9.61
Brand:
GPM
Model:
MAKMDP
GTIN:
4894538414615
Condition:
Brand New
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alt="ARRMA MINI KRATON 3S 4140 Carbon Steel Shock Shafts - GPM MAKMDP" title="ARRMA MINI KRATON 3S 4140 Carbon Steel Shock Shafts - GPM MAKMDP"

Performance-oriented shock shafts for Mini Kraton 3S

These replacement shock shafts suit ARRMA Mini Kraton 3S models and are manufactured from 4140 carbon steel. Diameter is matched to the factory shafts so piston fit and stroke remain consistent with OEM shocks.

Design notes: the shafts replace traditional C-clip retention with an integrated clipless profile to reduce retention failures while keeping compression travel unchanged. They are designed to be fitted into original ARRMA shock assemblies; they are not intended for use in GPM shock assemblies.

Tuning impact: because the shaft diameter and stroke mirror the original parts, damping characteristics stay predictable. That makes these shafts a straightforward swap when you are experimenting with spring rates or shock oil viscosity to tune handling on different surfaces.

Contents and references: set includes shock shaft - 4 pcs. Original part numbers referenced by the supplier are ARA-2670, ARA-2671, ARA-2762.

Compatible Models

  • ARRMA 1/16 Mini Kraton 3S DSC 4X4 RTR Brushless Speed Truck-ARA2508S
  • ARRMA 1/16 Mini Kraton 3S DSC 4X4 RTR Brushless Speed Truck-ARA2508
No major changes are expected; with matching diameter and stroke, damping remains consistent. Use this stability to test different oils and springs without shaft-induced variability.
Keep your oil grade and seal condition constant when swapping shafts to isolate the effect of spring and oil changes. Small increments in oil viscosity will reveal handling differences more clearly with these direct-fit shafts.
The stiffer 4140 material offers predictable behaviour under load, which helps when fine-tuning damping and spring combos; it reduces flex-related inconsistencies compared with some softer materials.

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