Yokomo SO2.0 Dirt Edition Buggy

Yokomo SO2.0 Dirt Edition Now Available‼️The SO2.0 Dirt Edition is the ultimate 2WD off-road buggy, meticulously engineered for superior performance on dirt tracks. While it shares the fundamental components of the standard SO2.0, this edition has been optimized with several key modifications for dirt surfaces.


Key Features:

1.  Rear Suspension: The rear suspension arms have been shortened and paired with dirt-specific springs, allowing the vehicle to better adapt to uneven and loose dirt surfaces.
2.  Enhanced Rear Traction: This buggy features a hard graphite-molded gearbox coupled with a ball differential, specifically designed to increase rear traction, ensuring stability and control even in challenging dirt conditions.
3.  Optimized Weight Distribution: The hard graphite gearbox not only boosts rear traction but also improves the overall balance of the vehicle. By adjusting the chassis weight distribution, the Dirt Edition achieves a perfect blend of cornering precision and acceleration performance.


These enhancements make the SO2.0 Dirt Edition an exceptional choice for off-road enthusiasts seeking peak performance on dirt tracks.


Changes from the SO2.0 to the Dirt Edition:

1.  Ball Differential: Now included as standard equipment, improving traction and control.
2.  Graphite Molded Gear Case: The rear gear case is now made of hard graphite, enhancing durability and performance.
3.  Rear Suspension: Features shorter suspension arms designed for better handling on dirt surfaces.
4.  Newly Developed Springs: The Dirt Edition comes with specially designed springs tailored for dirt track conditions.
5.  J-Concept F2 Body: The vehicle sports the J-Concept F2 body, offering aerodynamic advantages and a sleek design.
6.  Astro High Clearance Wing (7-inch): Equipped with a 7-inch Astro high clearance wing, providing improved downforce and stability.

These updates make the SO2.0 Dirt Edition uniquely suited for dirt track racing, with enhancements focused on traction, handling, and aerodynamics.