Micro Sprints Wing Tree Spud (2/order)

Description: The Micro Sprint Wing Tree Spud is a precision-engineered accessory designed specifically for micro sprint cars. Crafted from PETG-CF (carbon fiber-infused PETG), this wing tree spud offers exceptional durability, lightweight performance, and a sleek appearance.

Key Features:

1. Mud Protection: The wing tree spud effectively shields your micro sprint car’s wing mounting area from mud, dirt, and debris. Keep your wing secure and clean during intense races.
2. Enhanced Aesthetics: Say goodbye to unsightly mud buildup around your wing mounts. The Carbon Fiber Micro Sprint Wing Tree Spud provides a cleaner, more professional look.
3. Easy Installation: Designed to fit most micro sprint cars, the spud is 3D printed with precision. Simply slide into the existing wing tree spud for hassle-free installation.
4. PETG-CF Material: PETG-CF combines the strength of carbon fiber with the ease of printing PETG. It’s tough, impact-resistant, and ideal for racing applications.
5. Lightweight: Weighing in at just 10 grams per set, the spuds won’t add unnecessary weight to your setup.

Upgrade your micro sprint car with the Micro Sprint Wing Tree Spud and experience improved aesthetics and functionality on the track!

Disclaimer:

RC3d Parts - 3D Printed Components

Please note that RC3d parts are 3D printedand not made of actual carbon fiber. While we strive to ensure the highest quality and durability, these parts are inherently different from those made from traditional carbon fiber materials.

Key Differences:

1. Material Composition: Unlike carbon fiber, which is known for its high strength-to-weight ratio and rigidity, 3D printed parts are typically made from various types of plastic filaments. These materials, while strong, do not match the performance characteristics of carbon fiber.
2. Durability: 3D printed parts can be more susceptible to damage under extreme conditions. They may break or crack when subjected to high-impact collisions, such as wrecks, or when encountering hard rocks and debris.
3. Usage: We recommend using RC3d parts in environments where the risk of severe impacts is minimized. For high-stress applications, consider using parts made from more robust materials.

By purchasing and using RC3d parts, you acknowledge and accept these differences and the associated risks.