Arrowmax AM-920047 AM Medius FWD Bumper Weight 70g Bottom — Bumper weight for FWD RC chassis  [AM-920047]

Arrowmax AM-920047 AM Medius FWD Bumper Weight 70g Bottom
Price:
USD$28.84
Brand:
Arrowmax
Model:
AM-920047
Condition:
Brand New
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FWD bumper weight overview

This is an RC-scale bumper weight designed to mount beneath the front bumper on front-wheel-drive (FWD) models to add 70g of concentrated front-end ballast. The component focuses on predictable changes to balance and steering feel without altering suspension geometry.

The AM-920047 is intended as a tuning accessory rather than a structural bumper replacement. It locates under the bumper area and shifts the centre of gravity forward, which can help reduce oversteer tendencies or improve front-end grip depending on the rest of the setup.

Installation is straightforward in most chassis: the part uses existing bumper mounting points or the underside fasteners to secure the weight to the bumper assembly. Because construction and mounting details vary by chassis, check clearance around the bumper and servo linkages before final tightening.

Specifications

  • Item: AM Medius FWD Bumper Weight 70g Bottom
  • Material: Not specified by manufacturer
  • Model Number: AM-920047
  • Compatibility: Designed for front bumper underside use on FWD RC chassis

For racers and tuners seeking incremental front-end ballast, the AM-920047 provides a compact 70g option to refine handling; verify fitment and clearance for your specific FWD chassis before track use.

Fit depends on bumper design and available mounting points, inspect the bumper underside and mounting holes to confirm compatibility.
Adding front ballast tends to increase front grip and reduce snap oversteer, but results depend on tyre, suspension and overall weight distribution.
Ensure clearance for steering and servo linkages, use existing bumper fasteners where possible, and verify that the weight does not contact the chassis or body at full travel.
Yes, small weights are commonly used in combination, but make incremental changes and test handling after each adjustment to understand effects.

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