Tamiya 95136 HG Carbon Rear Multi Roller Stay - 1.5mm J-Cup Edition, Gold Print 2020  [95136]

Tamiya 95136 - HG Carbon Rear Multi Roller Stay (1.5mm) J-Cup 2020 (Gold Print)
Price:
NZD$19.30
Brand:
Tamiya
Model:
95136
GTIN:
4950344951369
Condition:
Brand New
Available in warehouse
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alt="Tamiya 95136 - HG Carbon Rear Multi Roller Stay (1.5mm) J-Cup 2020 (Gold Print)" title="Tamiya 95136 - HG Carbon Rear Multi Roller Stay (1.5mm) J-Cup 2020 (Gold Print)"

Quick look at Tamiya 95136 HG Carbon Rear Multi Roller Stay

The Tamiya 95136 HG Carbon Rear Multi Roller Stay is a compact upgrade aimed at Mini 4WD hobbyists who want improved tuning range and a sportier look. Fabricated from 1.5mm carbon fibre, this limited release features a gold J-Cup/Tamiya print marking the Japan Cup 2020. It offers a good balance of stiffness and lightness for refined handling.

Compatibility and mounting

This rear stay fits a wide selection of Tamiya Mini 4WD platforms such as MA, MS, FM-A, AR, Super-II, Super XX, Super X, Super TZ-X, and VS. Some chassis or body shapes may need small modifications for ideal clearance. The stay accepts 9mm, 13mm and 19mm rollers, allowing flexible setup choices.

Handling benefits

The rigid 1.5mm carbon helps reduce flex at the rear, contributing to more predictable corner entry and stability at speed. Rear positions are prepared for mass dampers and brake components so you can refine the car's weight distribution and braking behaviour.

Visual appeal

The textured carbon pattern paired with the gold print gives a premium appearance to race cars and show builds, making the stay popular with collectors and competitive tuners alike.

Many chassis accept it straight away, but some body styles may require light trimming for full clearance around the rollers and mounts.
Yes. The stay has provision for mass damper fittings at the rear, allowing you to experiment with damping to reduce bounce over jumps or transitions.
The gold J-Cup/Tamiya print is decorative. Normal use and handling should preserve the finish, but abrasive contact or aggressive cleaning may dull the print over time.

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