Tamiya 58607 - Subaru BRZ R&D Sport 1/10 TT-02 Performance Kit  [58607]

Tamiya 58607 - 1/10 Subaru BRZ R&D Sport 2014 Rd.2 Fuji (TT-02)
Price:
AUD$126.53
Brand:
Tamiya
Model:
58607
GTIN:
4950344586073
Condition:
Brand New
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Subaru BRZ R&D Sport Recreated on the TT-02 Platform

This 1/10 scale model by Tamiya mirrors the Subaru BRZ R&D Sport entry from Super GT300, showing race-ready fenders and aerodynamic details. The race-tuned STI 2.0 boxer produced about 350 PS and 45 kgf m, highlighting the real car's track focus.

Why the TT-02 Is Popular for Builders

The TT-02 chassis offers a friendly balance of simple construction and room for upgrades, making it a popular choice for those stepping up from basic kits. It handles common electronic upgrades well and sits neatly for tuning sessions.

Customisation Options for Speed and Handling

Key to the TT-02 is its adaptable setup: a fully independent double wishbone arrangement with a centre shaft provides dependable 4WD dynamics. The chassis accepts many Hop-Up-Options - over 40 choices - so you can tune gearing, wheel offset and suspension response.

Specifications

  • Scale: 1/10
  • Drive-train: 4WD Shaft
  • Suspension: Fully Independent Double Wishbone
  • Motor: 540-brushed type
  • Body Material: Polycarbonate
  • Tires: Slick Rubber
  • Chassis Material: Plastic

The Tamiya Subaru BRZ R&D Sport TT-02 is a solid pick for modelers seeking a realistic race shell with a chassis that accepts upgrades for improved lap times and handling balance.

Yes, with appropriate electronics and tyre choices the TT-02 based BRZ is suitable for many club-level on-road events and practice sessions.
Many tuners start with suspension and damper upgrades, then move to drivetrain and wheel options; the TT-02 supports over 40 hop-up items so you can progress incrementally.
Trimming polycarbonate bodies takes care and a sharp blade, but clear marking guides and patience make it manageable for first-timers.
Slick rubber tyres on a tuned suspension give the best grip and lap consistency on smooth circuit surfaces; experiment with camber and toe to refine handling.

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