Serpent X20 Extra Flex Honeycomb Chassis Plate by Arrowmax AM-950022  [AM-950022]

Arrowmax AM-950022 Serpent X20 Aluminium Honeycomb Chassis Extra Flex
Price:
£87.20
Brand:
Arrowmax
Model:
AM-950022
Condition:
Brand New
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Honeycomb aluminium chassis upgrade for Serpent X20

The Arrowmax AM-950022 is an aluminium honeycomb chassis plate made to provide extra flex for Serpent X20 scale RC cars. It targets builders and racers who prefer to tune chassis compliance to refine handling instead of replacing suspension geometry.

As an aftermarket accessory, this plate is used to influence corner response, traction and weight transfer. It should be treated as one variable among shocks, springs and anti-roll bars when developing a competitive setup.

Fitting notes: produced as a direct-fit hop-up for Serpent X20 and the compatible models listed below, installation normally requires common RC tools and reuse of the vehicle's mounting hardware. Verify clearances and fastening torque before track use.

Specifications

  • Item: Chassis
  • Material: Aluminium honeycomb
  • Model Number: AM-950022
  • Compatibility: Serpent X20, Medius X20 MID carbon 1/10 EP (SER400033)

Fit the AM-950022 when you want to try an aluminium honeycomb option to change chassis flex; monitor handling logs and adjust complementary settings to retain consistent balance.

Intended for Serpent X20 and noted compatible with Medius X20 MID carbon 1/10 EP (SER400033). Always check the chassis layout and mounting points on your own kit before final installation.
Expect to revisit shock damping, spring rates and anti-roll bar choice because increased chassis compliance changes weight transfer and grip characteristics through the cornering envelope.
For metal-to-metal joints it is common to use a medium-strength thread locker to prevent loosening, but follow component manufacturer guidance and avoid overuse where regular disassembly is expected.
Record baseline lap times and settings, then change to the AM-950022 and run controlled tests, noting steer, mid-corner balance and traction to determine net gains or tradeoffs.

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