Infinity IF14 Arrowspace Magnesium Stiffener Upgrade - AM-900011 by Arrowmax  [AM-900011]

Arrowmax AM-900011 Infinity IF14 Chssis Arrowspace Mg Stiff
Price:
NZD$210.95
Brand:
Arrowmax
Model:
AM-900011
Condition:
Brand New
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Arrowmax AM-900011 chassis tuning brief

The Arrowmax AM-900011 is an RC chassis stiffening part made for the Infinity IF14 touring car. Crafted from magnesium as the listing indicates, the component is used to change local stiffness and influence balance between front and rear without touching core suspension layout.

As a tuning element it is applied where additional rigidity is needed to control flex during cornering or to move compliance balance along the chassis. The product targets the Arrowspace area of the IF14 chassis and is useful for setup-focused racers and club competitors.

Fitting guidance: mount the stiffener at the IF14 option points that accept Arrowmax AM-900011. Confirm alignment and watch for interference with servo linkages or wiring. Fasten securely but avoid overclamping which may create stress concentrations.

Specifications

  • Item: Chassis stiffener
  • Material: Magnesium
  • Model Number: AM-900011
  • Compatibility: Infinity IF14

For those tuning an Infinity IF14, this Arrowmax AM-900011 part is a targeted reinforcement that helps refine handling through controlled stiffness adjustments rather than wholesale chassis changes.

Most IF14 option mount points use standard machine screws; however check the part holes and your kit hardware - some setups may use different length screws or washers to set correct clearance.
Start by fitting the stiffener in a central Arrowspace location and do short test runs to observe turn-in and mid-corner behaviour; small incremental moves will show whether you need front or rear bias.
Check for surface wear and keep fasteners tight. Clean with mild soap and water if needed and avoid strong solvents that can damage finishes or remove protective coatings.
Combining stiffening options can help but is setup dependent. Make one change at a time and compare lap data or feel to determine whether the combined effect suits your track and driving style.

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