Arrowmax AM-900011 Infinity IF14 Chssis Arrowspace Mg Stiff chassis stiffener  [AM-900011]

Arrowmax AM-900011 Infinity IF14 Chssis Arrowspace Mg Stiff
Price:
USD$123.08
Brand:
Arrowmax
Model:
AM-900011
Condition:
Brand New
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Arrowmax AM-900011 overview

This Arrowmax AM-900011 accessory is an RC-scale chassis stiffening component designed for the Infinity IF14 platform. Built from magnesium as indicated in the product name, the part serves to alter local chassis rigidity and influence handling balance without changing major suspension geometry.

The component's role is tuning-oriented: fit the part to areas of the IF14 chassis where added stiffness is needed to reduce flex under corner loads, or to shift balance between front and rear compliance. It is described in the product name as a stiff section for the Arrowspace area of the IF14 chassis, intended for hobby-grade touring car setups.

Installation considerations: the part mounts to the IF14 chassis at OEM or option locations that accept the Arrowmax AM-900011, use care to align mounting points and confirm clearance for servo linkages and electronics. Fastening should be secure but avoid over-constraining the chassis in a way that induces new stress points.

Specifications

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

For racers and tuners running the Infinity IF14, the Arrowmax AM-900011 offers a straightforward way to fine-tune chassis stiffness and handling balance through localized reinforcement, keeping setup options focused on handling rather than wholesale redesign.

The product listing specifies compatibility with Infinity IF14, so it is intended to mount at designated option locations on that chassis platform; verify mounting points before installation.
Adding localized stiffness tends to reduce chassis twist in that area, which can sharpen turn-in and reduce mid-corner roll, but effects depend on overall setup and where the stiffener is fitted.
Magnesium requires routine inspection for surface wear and secure fastenings; avoid aggressive chemicals and store components dry to minimise surface corrosion over time.
It can be used alongside other option parts, but evaluate combined effects on chassis flex and handling, making incremental changes and test-driving between adjustments.

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