3Racing AXIAL AX10-17/HD AX10 Scorpion Heavy Duty Bevel Gear Set  [AX10-17/HD]

AXIAL AX10 Scorpion Heavy Duty Bevel Gear Set - 3RACING AX10-17/HD
Price:
USD$17.60
Brand:
3Racing
Model:
AX10-17/HD
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Performance-oriented bevel gear set for AX10 Scorpion

This bevel gear set is an aftermarket upgrade tailored to the AXIAL AX10 Scorpion chassis, aimed at hobbyists seeking improved drivetrain robustness for aggressive trail and crawling use. The design is intended to replace standard bevel gears and reduce the chance of tooth failure under load.

Confirm model AX10-17/HD matches your vehicle parts list before procurement. Installation follows common differential servicing steps on the AX10 Scorpion: access the differential or gearbox, remove the factory bevel gears, install the upgrade set, and verify lash and mesh relative to your spur and pinion combination.

Setup guidance - target even contact pattern across the bevel tooth face, maintain bearing preload within spec, and apply an appropriate gear lubricant. Avoid excessive shimming that can increase side loading. Regular inspection of bearings and mating gears is advised to preserve performance and prevent cascading failures in competitive running. This component is intended for hobby RC use only.

Specifications

  • Item: Heavy Duty Bevel Gear Set
  • Material: Not specified
  • Model Number: AX10-17/HD
  • Compatibility: AX10 Scorpion chassis

Use this set when you need a tougher bevel gear option for serious trail or competition-style crawling; ensure correct mesh and bearing condition during installation to maximise longevity.

Aim for a uniform contact patch that is centred on the tooth flank under light preload. This spreads load evenly and reduces edge loading common in aggressive setups.
Loose or worn bearings allow misalignment and increased tooth stress. Replace bearings showing radial or axial play to maintain correct gear engagement and extend service life.
Heavier duty gears can increase drivetrain durability but may slightly change inertia and feel. Balance upgrades with bearing, diff, and motor/servo considerations to avoid shifting failure points.
Inspect gear mesh, tooth faces, and bearings after intense events or long runs; schedule checks between heats to catch wear before it impacts performance.