Reference·9 min read

Fingerboard Parts: Your Essential Setup Guide

Learn the names and functions of every fingerboard part, from decks to hardware. Build your perfect custom setup with confidence.

Every Part of Your Fingerboard Setup

Building a custom setup that feels right starts with understanding its parts. You need to know what each component is called and what it does. Your deck, trucks, wheels, bushings, grip tape, and hardware form the core. Riser pads often join that list. Every single component shapes your fingerboard's performance and how it feels under your fingers.

Don't just grab a complete and call it done; knowing what each piece does lets you pick exactly what you need. This means you can swap a worn part without guessing, allowing you to dial in your setup for specific tricks or simply for a better ride.

The Foundation: Fingerboard Decks

The deck is the main body of your fingerboard. It's where your fingers live and it dictates the overall feel and balance of your setup. Most decks are made from multiple layers of wood, pressed together. These layers are called plies.

Decks come in a range of widths, commonly from 29mm to 36mm. Lengths usually run between 94mm and 100mm. Wider decks offer more surface area for landing tricks, which can feel more stable. Narrower decks, however, might feel more nimble for flip tricks. It's all personal preference; a wider deck can feel more forgiving for someone starting out, but plenty of pros ride narrower decks too.

The number of plies affects the deck's strength and pop. More plies usually mean a stiffer, more durable deck. Fewer plies can make a deck feel lighter, sometimes offering quicker pop, but they might also be more prone to snapping if you're rough with them. A 5-ply deck is a solid choice for most riders, offering a good balance. Some advanced setups use 7-ply decks for maximum durability and rigidity.

Don't overthink the ply count when you're starting. Focus instead on a width that feels good in your hand. Do your fingers cramp on a 29mm deck? Try a 32mm. Does a 34mm feel too wide to control? Size down. It's about comfort and control. The deck is your canvas; pick one that inspires you to ride.

The Axles: Fingerboard Trucks

Trucks are your fingerboard's axles. They connect the wheels to the deck and allow you to turn. Trucks are critical for grinds, slides, and overall control. A fingerboard has two trucks, one mounted at the nose and one at the tail.

Each truck is made up of several parts:

- Baseplate: This screws directly into the deck, anchoring the entire truck assembly.

- Hanger: The truck's main body, it houses the axle where the wheels attach. This is what you grind on.

- Kingpin: A bolt passing through the hanger and baseplate, holding the bushings in place and allowing the hanger to pivot.

- Bushings: Small, soft pieces of material that fit over the kingpin. More on these soon.

- Washers: Tiny metal rings that sit above and below the bushings, preventing deforming and helping distribute pressure.

- Axle: The rod extending from the hanger; wheels mount here.

Trucks come in various materials and designs. Some are plastic, often found on cheaper setups. These are fine for starting out, but they won't last and the grind feel is terrible. Metal trucks are the standard for serious fingerboarding. They grind smoother, last longer, and just feel better. The added weight of metal trucks also brings a bit of stability to your setup.

Match your truck width to your deck width, keeping it as close as possible. If your trucks are too narrow, your wheels tuck in, making your board unstable and prone to tipping. If your trucks are too wide, the wheels stick out excessively, which can look awkward and affect grinds. Aim for a perfect match, or within a millimeter or two. This makes a huge difference in how your setup handles.

Don't cheap out on trucks. Good trucks are a worthwhile investment; they transform how your fingerboard feels. A solid set of metal trucks will outlast several decks and many sets of wheels.

The Rollers: Fingerboard Wheels

Wheels make your fingerboard roll. Without them, you're not going anywhere. You need four for a standard setup, two per truck.

The biggest distinction in wheels is whether they have bearings. Cheap wheels are often just solid plastic with a hole in the middle, spinning directly on the truck's axle. These wheels are okay for messing around, but they don't roll smoothly, having a lot of friction. They will never roll as freely as wheels with bearings.

Wheels with bearings are the way to go. Bearings are tiny metal components inside the wheel, allowing it to spin with minimal friction. This means smoother rolls, faster speeds, and a more realistic feel. If you want proper fingerboarding, get wheels with bearings. It's one of the most impactful upgrades you can make.

Urethane is a common material for quality fingerboard wheels, offering a grippy, smooth ride, similar to skateboard wheels. Plastic wheels are cheaper and often slide more, which some riders prefer for specific tricks. But for overall performance and realism, urethane with bearings is the undisputed champion.

Wheels come in different sizes, though the differences are usually subtle. Smaller wheels can make your setup feel lower to the ground, which some prefer for stability. Larger wheels can offer a slightly faster roll, but they also increase the chances of "wheel bite," where wheels rub against the deck during turns. Most wheels are designed to be a good all-around size.

Always pick wheels with bearings; the difference is night and day. If you're on a budget, save up for bearing wheels before upgrading other parts. It's a choice that pays off in ride quality.

The Suspension: Fingerboard Bushings

Bushings are small, soft pieces of material that sit on the kingpin of your trucks. They are crucial for how your trucks turn and rebound. You'll find two bushings per truck: one cone-shaped bushing on top and one barrel-shaped bushing on the bottom, though sometimes you'll see two barrels.

Think of bushings as your fingerboard's suspension system. They allow the hanger to pivot and turn smoothly. When you press down on the edge of your deck, the bushings compress, allowing the truck to lean. When you release the pressure, they spring back, bringing the truck to its neutral position.

Bushings are usually made from urethane or rubber. Cheaper setups often come with rubber or plastic bushings that tend to be stiff, offering poor rebound and making your trucks feel unresponsive. Urethane bushings are a significant upgrade, providing better elasticity, more consistent turning, and a smoother feel. They allow for a much more precise and controlled turning experience.

Like skateboard bushings, fingerboard bushings come in different hardnesses, measured by durometer. Softer bushings allow for looser trucks and easier turning. Harder bushings make your trucks stiffer and more stable, requiring more pressure to turn. Your preference for loose or tight trucks will dictate the durometer you choose.

Experiment with different durometers. Some riders prefer a softer bushing on the top (board-side) and a harder one on the bottom (road-side), or vice-versa. It's all about finding that sweet spot for your riding style. If your trucks feel stiff and unresponsive, try softer bushings. If they feel too wobbly, go harder.

The Connectors & Grip: Hardware and Grip Tape

These parts might seem small. But they are absolutely essential. Without them, your setup is just a pile of pieces.

Hardware: Screws and Nuts

Hardware refers to the screws and nuts that hold your trucks to your deck. You need eight screws and eight nuts for a complete setup, four for each truck. The screws pass through holes in your deck, then through the baseplate of your trucks, where they are secured with nuts.

Fingerboard hardware usually uses tiny Phillips head screws, though sometimes hex (Allen) head screws are used. The nuts are usually self-locking, meaning they have a nylon insert that grips the screw threads, preventing them from vibrating loose. This is important; you don't want your trucks falling off mid-trick.

Always make sure your hardware is tight enough to hold the trucks securely. But don't make it so tight that it damages the deck. If your trucks feel wobbly even with tight bushings, check your hardware first. Loose hardware is a common cause of instability.

Grip Tape

Grip tape is the sandpaper-like material you apply to the top of your deck. Its purpose is simple: provide traction for your fingers. Without grip tape, your fingers would slide right off the deck, making it impossible to perform tricks.

There are two main types of grip tape:

- Foam Grip: This is a softer, more cushioned material. It's often preferred for comfort, gripping your fingers without being too abrasive. It's easier on your skin during long sessions.

- Abrasive Grip (Sandpaper-like): Similar to traditional skateboard grip tape, this offers a very strong grip. It can be rougher on your fingers, but some riders prefer its raw feel and the precise control it offers.

Applying grip tape correctly is important. You want it smooth, with no air bubbles, and trimmed neatly around the edges of your deck. A sharp blade is key for a clean cut. If you're just starting, foam grip is generally more forgiving and comfortable; it still provides plenty of grip for learning tricks without tearing up your fingertips.

The Spacers: Riser Pads

Riser pads are thin pieces of plastic or rubber. They sit between your trucks and your deck. They are optional, but many riders choose to use them for specific reasons.

Their main purpose is to raise the ride height of your fingerboard. This extra height can help prevent "wheel bite," which is when your wheels rub against the deck during sharp turns. Wheel bite can stop your board dead. Riser pads lift the deck enough to give clearance, especially if you're using larger wheels or very loose trucks.

Riser pads also provide a small amount of cushioning between the truck and the deck. This can absorb some impact from landings, potentially reducing stress on your deck and hardware. They typically come in different thicknesses, usually 0.5mm or 1mm. Choosing a riser pad thickness depends on your truck and wheel setup, and how much clearance you need.

For most setups, particularly with standard wheels and medium-tight trucks, riser pads aren't strictly necessary. If your wheels are rubbing, add them. Or if you just prefer a slightly higher ride, add them. They are a simple, inexpensive addition that can improve your ride quality.

The Tools You'll Need

You can't assemble or maintain your fingerboard without the right tools. Most setups require a small Phillips head screwdriver for the hardware. If your trucks use hex head kingpins or axle nuts, you'll need a tiny hex tool (Allen wrench) for those. Many fingerboard brands offer a multi-tool that combines these, usually including a socket wrench for the nuts.

A sharp blade or craft knife is also essential for trimming grip tape. Keep these tools handy; you'll use them more often than you think for tuning and maintenance.

Building a fingerboard is like building a miniature skateboard. Each part serves a purpose. Understanding these components means you can diagnose problems, make informed choices, and truly customize your ride. Don't be afraid to experiment with different parts. That's how you find your perfect setup.

Frequently asked questions

What are the essential parts of a fingerboard?+

The essential parts of a fingerboard are the deck, trucks, wheels, bushings, grip tape, and hardware (screws and nuts). Riser pads are optional but common.

What is the main body of a fingerboard called?+

The main body of a fingerboard is called the deck. It is typically made of wood plies and provides the surface for your fingers.

Do all fingerboard wheels have bearings?+

Not all fingerboard wheels have bearings. Cheaper plastic wheels often lack them. For smooth rolling and better performance, wheels with bearings are a must.

What material is best for fingerboard bushings?+

Urethane is generally considered the best material for fingerboard bushings. It offers better rebound and responsiveness compared to rubber or plastic bushings.

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