38mm Fingerboard Trucks: Facts, Secrets, and Insights You Missed
Fingerboarding, the miniature world of skateboarding, has exploded in popularity. While the deck often takes center stage, the unsung heroes of a smooth ride are the trucks. And when it comes to fingerboard trucks, the 38mm variant is a significant player. This comprehensive guide delves into the world of 38mm fingerboard trucks, uncovering facts, revealing secrets, and providing insights you might have missed. Whether you're a seasoned fingerboarder or just starting, understanding the nuances of 38mm trucks will undoubtedly elevate your performance.
What are 38mm Fingerboard Trucks?
The "38mm" designation refers to the approximate width of the truck hanger, the part that connects to the wheels. This measurement is crucial as it directly impacts the stability and turning radius of your fingerboard. 38mm trucks are generally considered a standard size, offering a balance between stability for technical tricks and maneuverability for flowing lines.
Think of it this way: a wider truck (like a 38mm) provides a larger platform for landing tricks, making them feel more stable. Conversely, a narrower truck allows for tighter turns and faster rotations. The 38mm size aims to strike a harmonious balance between these two characteristics.
Key Advantages of Using 38mm Fingerboard Trucks
Choosing the right truck width is essential for optimizing your fingerboarding experience. Here's a breakdown of the advantages associated with 38mm trucks:
- Enhanced Stability: The wider hanger provides a more stable platform for landing tricks, especially those involving grinds and slides. This stability translates to more consistent landings and improved control.
- Improved Grind Control: The increased surface area on the hanger makes locking into grinds easier and more predictable. This is particularly beneficial for beginners who are still developing their grinding technique.
- Versatile Performance: 38mm trucks are suitable for a wide range of fingerboarding styles, from technical street tricks to flowing park lines. Their balanced design makes them a versatile choice for various terrains.
- Compatibility: Most standard fingerboard decks are designed to accommodate 38mm trucks, ensuring a seamless and aesthetically pleasing setup. You won't have to worry about compatibility issues when pairing them with your favorite deck.
- Easier Learning Curve: While personal preference plays a role, many find the stability provided by 38mm trucks beneficial when learning new tricks. The forgiving nature of the wider hanger can help build confidence and accelerate skill development.
- Hanger: The main body of the truck, connecting the wheels and axle. The 38mm measurement refers to its approximate width.
- Baseplate: The part that attaches to the fingerboard deck using screws. The angle of the baseplate influences the truck's turning responsiveness.
- Axle: The rod that runs through the hanger and holds the wheels in place.
- Bushings: Small rubber or urethane cylinders that cushion the truck's movement and influence its turning characteristics. Softer bushings allow for easier turning, while harder bushings provide more stability.
- Kingpin: The bolt that holds the hanger and baseplate together. Adjusting the kingpin nut affects the truck's tightness and responsiveness.
- Kingpin Nut: Used to adjust the pressure on the bushings, which in turn affects the turning sensitivity.
- Pivot Cup: A small cup made of rubber or urethane that sits between the hanger and the baseplate, allowing for smooth pivoting motion.
- Bushing Material Matters: The material and durometer (hardness) of your bushings can drastically alter the feel of your trucks. Experiment with different materials, such as urethane or rubber, and different durometers to find what suits your style. Softer bushings offer more "give" and easier turning, while harder bushings provide more stability at higher speeds.
- Kingpin Tightness is Key: Fine-tuning the kingpin nut is crucial for achieving the perfect truck feel. Too tight, and your trucks will be stiff and unresponsive. Too loose, and they will be wobbly and unstable. Experiment with small adjustments until you find the sweet spot.
- Pivot Cups are Often Overlooked: The pivot cup is a small but critical component. Worn or damaged pivot cups can cause squeaking and reduce the smoothness of your turns. Regularly inspect and replace your pivot cups to maintain optimal performance.
- Truck Height Affects Pop: The height of your trucks, measured from the baseplate to the axle, can influence the "pop" you get when ollieing. Higher trucks generally provide more leverage for a higher ollie.
- Brand Variations Exist: While 38mm is a standard size, slight variations can exist between different brands. Some brands may have slightly wider or narrower hangers, or different baseplate angles. Research and experiment to find a brand that aligns with your preferences.
- Material: Opt for trucks made from durable materials such as metal alloys. This ensures longevity and resistance to wear and tear.
- Construction Quality: Look for trucks with solid construction and precise machining. This will minimize play and ensure smooth, consistent performance.
- Brand Reputation: Choose trucks from reputable brands known for their quality and innovation. Reading reviews and seeking recommendations from experienced fingerboarders can be helpful.
- Price: While price isn't always indicative of quality, investing in a decent pair of trucks can significantly enhance your fingerboarding experience.
- Personal Preference: Ultimately, the best trucks for you will depend on your individual preferences and fingerboarding style. Don't be afraid to experiment with different brands and models until you find the perfect fit.
Anatomy of a 38mm Fingerboard Truck
Understanding the components of a fingerboard truck is vital for maintenance, customization, and overall performance optimization. Here's a breakdown of the key parts:
Secrets and Insights You Might Have Missed
Beyond the basic understanding of 38mm fingerboard trucks, there are some hidden secrets and insights that can significantly impact your fingerboarding experience:
Choosing the Right 38mm Trucks for You
With numerous brands and models available, selecting the perfect 38mm fingerboard trucks can feel overwhelming. Consider these factors when making your decision:
Conclusion
38mm fingerboard trucks are a cornerstone of a well-performing fingerboard setup. Their balanced design offers a blend of stability and maneuverability, making them suitable for various fingerboarding styles. By understanding the anatomy, advantages, and hidden secrets of 38mm trucks, you can optimize your fingerboarding experience and unlock your full potential. Remember to experiment, fine-tune, and find the setup that best suits your individual preferences. Happy fingerboarding!
FAQs About 38mm Fingerboard Trucks
Q1: Are 38mm trucks suitable for beginners?
Yes, 38mm trucks are often recommended for beginners due to their enhanced stability, which can make learning tricks easier.
Q2: How often should I replace my fingerboard trucks?
The lifespan of your trucks depends on how frequently you use them and the intensity of your fingerboarding. Look for signs of wear and tear, such as loose axles, damaged bushings, or bent hangers. Replace your trucks when they no longer perform optimally.
Q3: Can I use 38mm trucks with any fingerboard deck?
Generally, yes. Most standard fingerboard decks are designed to accommodate 38mm trucks. However, it's always a good idea to double-check compatibility before making a purchase.
Q4: What are the best bushings for 38mm trucks?
The best bushings depend on your personal preferences. Softer bushings offer more turning sensitivity, while harder bushings provide more stability. Experiment with different durometers to find what suits your style.
Q5: Are there any alternatives to 38mm trucks?
Yes, narrower trucks (e.g., 32mm) offer more maneuverability, while wider trucks (e.g., 40mm) provide greater stability. The best choice depends on your fingerboarding style and preferences.
