MTX-5 Aftermarket Flywheel 7075 HARD for MUGEN - AM-MTX-T2702  [AM-MTX-T2702]

Arrowmax AM-MTX-T2702 Flywheel (7075 HARD)
Price:
CAD$24.42
Brand:
Arrowmax
Model:
AM-MTX-T2702
Condition:
Brand New
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Performance flywheel for MTX-5 setups

This Arrowmax replacement flywheel is built for Mugen MTX-5 based chassis and is intended to alter the inertial coupling between the motor and clutch. The 7075 HARD label denotes the high-strength aluminium alloy used for improved dimensional stability under load.

Fitting an aluminium flywheel changes the effective inertia on nitro and brushed powertrains in 1/8 and 1/10 scale RC rigs, affecting how quickly engine revs rise and settle during throttle changes. This unit is supplied as a direct spare or hop-up for MTX-series Mugen Seiki models where the mounting interface matches the original wheel geometry.

Installation notes: follow your chassis service procedure to remove the clutch, install this flywheel using the original mounting hardware, and check starter or pull-start clearance before finishing reassembly. After fitment, run gradual throttle checks to confirm the expected change to acceleration and idle stability, and re-torque fasteners after the first runs.

Specifications

  • Item: Flywheel
  • Material: 7075 aluminum (HARD)
  • Model Number: AM-MTX-T2702
  • Compatibility: Mugen Seiki MTX-5

Compatibility

  • Mugen Seiki MTX-5

As an aluminium replacement flywheel, this component suits hobby-grade chassis tuning and routine maintenance when predictable inertia behaviour is desired; always verify fit and dynamic effect on a bench or a controlled track session.

If your MTX-5 uses the standard flywheel interface, this unit is made to match the original geometry and should install with the factory mounting hardware. Always check clearance before final assembly.
Aluminium reduces or alters rotational inertia compared to stock parts, which changes how quickly revs climb and fall, affecting the perceived acceleration and clutch engagement feel.
You may need to fine tune clutch settings after fitment. Start with incremental tests and adjust springs or shoe clearance only if the new inertia profile requires it.
Re-check mounting screws after initial runs, confirm starter clearance, and run controlled track tests to validate performance and stability before full use.

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