Introduction to the Tamiya JR Dash-3 Shooting Star
The Tamiya 18630 JR Dash-3 Shooting Star combines nostalgia with cutting-edge chassis technology, making it a standout in the Mini 4WD racing community. Originally inspired by the popular series "Dash Yonkuro," this model brings back the classic body design while enhancing performance with the MS chassis.
Body Design: Classic Meets Modern
The Dash-3 Shooting Star features a retro body style reminiscent of early Mini 4WD models, designed to evoke memories of the original series. Its sleek lines and aerodynamic shape are not just for show; they offer reduced air resistance, allowing for faster speeds on the track.
Chassis Engineering: The MS Advantage
The MS chassis is renowned for its stability and modularity, providing a solid foundation for competitive racing. This double-shaft motor chassis is engineered for optimal weight distribution and enhanced cornering capabilities, making it a favorite among racers looking to push their machines to the limit.
Customization and Upgrade Potential
Racers can take advantage of a wide array of Grade-Up Parts to fine-tune their Dash-3 Shooting Star. Popular upgrades include high-performance motors, low-profile tires for better grip, and precision gears to optimize speed and torque. The MS chassis supports various tuning options, ensuring compatibility with different track formats and conditions.
Assembly Insights
Building the Dash-3 Shooting Star is straightforward, thanks to Tamiya's snap-fit assembly design. While painting is optional due to pre-molded colored parts, enthusiasts can personalize their model further to stand out on the track.
Specifications
- Chassis Type: MS
- Motor Compatibility: Double Shaft
- Body Style: Retro Aero Design
- Wheel Type: Large Diameter Slick Tires
- Racing Customization Potential: High
The Tamiya JR Dash-3 Shooting Star is an excellent choice for both collectors and racers. With its nostalgic design and robust MS chassis, it offers ample opportunities for customization and competitive racing.
