ARRMA Mini Kraton 3S Front Hingepin Brace Titanium Alloy MAKM008F by GPM  [MAKM008F]

ARRMA Mini Kraton 3S Titanium Alloy Front Hingepin Brace - GPM MAKM008F
Price:
CAD$9.78
Brand:
GPM
Model:
MAKM008F
Condition:
Brand New
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alt="ARRMA Mini Kraton 3S Titanium Alloy Front Hingepin Brace - GPM MAKM008F" title="ARRMA Mini Kraton 3S Titanium Alloy Front Hingepin Brace - GPM MAKM008F"
alt="ARRMA Mini Kraton 3S Titanium Alloy Front Hingepin Brace - GPM MAKM008F" title="ARRMA Mini Kraton 3S Titanium Alloy Front Hingepin Brace - GPM MAKM008F"

Front hingepin brace for ARRMA Mini Kraton 3S

This is an RC-scale aftermarket front hingepin brace designed for the ARRMA Mini Kraton 3S platform, supplied in titanium alloy as a direct replacement for factory part ARA-3282. The component mounts to the vehicle's front hingepin area to restore or increase structural stiffness at the front suspension pickup points.

In practical terms the brace stabilises hingepin geometry to help maintain camber and track under load, helping to deliver more consistent handling and making small suspension adjustments more predictable. It is designed to fit into the stock front mounting locations so no chassis modifications should be required when swapping the factory piece for this unit.

Material choice and maintenance: the titanium alloy offers a high strength-to-weight ratio and good resistance to corrosion compared with common steel options, which is beneficial for long-term durability on a 1/16 scale brushless truck used outdoors. Inspect fasteners after the initial runs to confirm torque and alignment.

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
One piece titanium alloy front hingepin brace.
Yes. Compatible with ARRMA 1/16 Mini Kraton 3S DSC 4X4 RTR Brushless Speed Truck-ARA2508S and ARA2508.
Remove the factory front brace, reuse the original mounting hardware if intact, confirm hingepin alignment and torque, then run gentle tests to evaluate suspension response.

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