3Racing KIT-ADVANCE20M Sakura Advance 20 Midship Touring Chassis Kit - Competitive Setup  [KIT-ADVANCE20M]

3RACING Sakura Advance 20 Touring Chassis (Midship) - KIT-ADVANCE20M
Price:
USD$281.00
Brand:
3Racing
Model:
KIT-ADVANCE20M
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Technical Overview of the 3Racing KIT-ADVANCE20M

The 3Racing Sakura Advance 20 Touring Chassis (Midship) - KIT-ADVANCE20M provides a chassis architecture optimised for tuning and predictable behaviour under load. The design supports methodical setup changes and clear feedback for cornering adjustments.

Mid-Mounted Motor and Dynamic Balance

The midship motor position centralises rotating mass, improving transient response and reducing polar moment. This yields a neutral handling baseline that is responsive to fine suspension and alignment changes.

Suspension Geometry and Adjustability

Suspension components include multiple mounting positions for arms, shocks and anti roll tuning, allowing precise control over camber gain, roll centre and ride height. These options are useful for optimising mechanical grip across varied circuits.

Model Role within the 3Racing Range

As a touring chassis, the Advance 20 emphasises low drag and consistent corner exit behaviour. It differs from drift models by prioritising lateral grip and stable traction for lap time consistency.

Specifications

  • Scale: 1/10
  • Drive Type: 4WD
  • Chassis Type: Midship
  • Suspension: Fully Adjustable
  • Material: High-Quality Composite

For competitive hobbyists and club racers who focus on setup and iterative tuning, the Sakura Advance 20 presents a capable base for performance upgrades and race day adjustments.

Begin with neutral camber, moderate toe-in at the front and slight toe-out at the rear, then refine after timed runs to balance understeer and oversteer.
Start with medium viscosity oil to achieve predictable damping; increase weight for more stability on high speed tracks or lower it for more turn in on tight layouts.
Aluminium components can reduce flex and provide repeatable geometry under load, improving consistency, though they may change chassis feedback and require rebalancing.
Change one variable at a time, record lap times and notes, and return to a known baseline before the next tweak to reliably assess the impact of each adjustment.