I remember the first time I snapped a skateboard deck. It wasn’t some gnarly trick gone wrong; it was a clumsy ollie off a curb that sent my board into two pieces. I’d spent my hard-earned allowance on what I thought was a decent setup, and it felt like a personal betrayal. It hammered home the question I’d started asking: are skateboards made out of plywood? The answer, like most things in skating, is a bit more complicated than a simple yes or no, and understanding it can save you a lot of frustration and cash.
For years, I just bought whatever looked cool, not really bothering to understand what made one deck better than another. Big mistake. You end up with flexy, heavy planks that feel like riding a barge. Learning what actually works in a skateboard deck, and why plywood is the dominant material, is key to actually enjoying your ride and not just breaking things.
The Layers That Make It Work
So, are skateboards made out of plywood? Yes, overwhelmingly, they are. But it’s not just any old plywood you’d find at a lumber yard. We’re talking about specifically constructed, hard rock maple veneer pressed together with strong glues. Think of it like a sandwich. You’ve got multiple thin sheets, usually seven, called plies. These plies are laid cross-grain to each other. This is where the magic happens. Laying the wood grain in alternating directions gives the board incredible strength and rigidity, but also a bit of flex. Without that cross-graining, the wood would just split easily along the grain, like a flimsy piece of cardboard.
The type of maple matters, too. Hard rock maple, harvested from North America, is the gold standard. It’s dense, strong, and has a good pop – that springy return you feel when you flick your ankle to do an ollie. Other woods might be lighter or cheaper, but they just don’t have the same resilience for the abuse a skateboard takes. I learned this the hard way after trying a cheaper “birch ply” board once. It felt heavier, absorbed vibrations like a sponge, and lost its pop faster than a deflated balloon. It was basically dead wood after a couple of weeks of normal street skating.
The glue is another unsung hero. Modern skateboards use specialized epoxy resins or polyurethanes. These aren’t your average wood glues. They need to withstand significant pressure, moisture (even sweat drips!), and temperature changes without failing. This is what holds those seven plies together under immense stress. When you land a jump, the deck is absorbing a ton of force. If the glue is weak, delamination – where the plies start to separate – is inevitable. I’ve seen decks bubble up and peel apart, and it’s usually a sign of cheap glue or moisture damage.
The process of pressing these plies is also highly engineered. They’re put into molds, often under high heat and pressure, to create the concave (the subtle curve from edge to edge) and the kicktails (the upward curves at the nose and tail). These shapes aren’t just for looks; they are fundamental to how a skateboard handles and how you can manipulate it. The concave helps lock your feet in place, giving you better control and use for turning and tricks. The kicktails allow you to lift the nose or tail off the ground. Getting this press right, making sure even pressure and no air bubbles, is a sign of a quality deck manufacturer.
You might see some boards advertised as having fewer or more plies. Some manufacturers experiment with 5-ply or 9-ply constructions. Fewer plies can make a board lighter but potentially less durable. More plies can add strength and stiffness but also weight. For most street and park skating, 7-ply hard rock maple is the sweet spot, offering a good balance of performance and longevity. It’s the industry standard for a reason, and when you’re starting out, it’s the safest bet.
What to Look for (besides Pretty Graphics)
Alright, so you know they’re made of plywood, but what separates a good deck from a flimsy piece of junk? It’s all in the details, and honestly, most beginners overlook these entirely. Graphics are great, but they won’t help you land that trick.
First off, the type of wood. As I mentioned, North American hard rock maple is king. Brands that are transparent about their wood sourcing and construction methods are usually a good sign. If a company is cagey about where their wood comes from or what kind it is, that’s a red flag.
I once bought a board that claimed to be “premium maple” but felt softer and chipped way too easily. Turns out, it was likely a mix of cheaper woods or lower-grade maple.
Next, check out the concave. Boards come with different depths of concave – mellow, medium, and steep. Mellow concave is flatter, offering a more stable feel but less use for flip tricks. Steep concave is much more pronounced, giving you better grip and easier flicking but can feel less comfortable for cruising. Medium concave is a good all-rounder, and most people find it to be a comfortable starting point. I personally prefer a slightly steeper concave because I find my feet lock in better, giving me more confidence on my board, especially when I’m trying to pop a trick. (See Also: Can A 4x8 Plywood Fit In A Honda Pilot )
The shape and kick of the tail and nose are also important. They should feel responsive and strong.
A weak or mushy tail will make ollies and pops feel sluggish. You want a solid snap. The width of the deck is another factor, and this is highly personal.
Wider boards (8.25 inches and up) offer more stability and are great for bigger riders or those who prefer cruising and transition skating. Narrower boards (7.75 to 8.125 inches) are lighter and quicker for flip tricks, often favored by street skaters. When I was younger, I rode super narrow boards, thinking they’d make me better at flip tricks. It just made my feet feel cramped and unstable.
Now, I’m on a wider deck and my skating feels way more solid.
Weight is also a consideration, though it’s less of a pure indicator of quality. A super light board might feel good for flipping, but if it’s made with less dense wood or weaker glue, it won’t last. Conversely, a heavier board isn’t necessarily better; it might just be poorly constructed. You’re looking for that sweet spot: strong, responsive, and with a good feel underfoot. Don’t be afraid to pick up a board in a shop, feel its weight, and check out its concave. It sounds basic, but it makes a difference.
Finally, the construction quality. Look for clean edges, no visible glue seepage, and a consistent finish. The holes for the trucks should be drilled cleanly and precisely. Any imperfections here can hint at a rushed manufacturing process, which often translates to a weaker deck. Some brands offer reinforced decks, often with carbon fiber inserts or different wood combinations. These can add durability and strength but also come at a higher price point. For most beginners, a standard 7-ply hard rock maple deck from a reputable brand is more than sufficient. You don’t need to overcomplicate it when you’re just starting out. Focus on getting a solid, well-made deck that feels good to you.
The Common Mistakes People Make
It’s easy to get this wrong, especially when you’re new. The biggest mistake? Buying based purely on graphics or price. I’ve seen countless people grab the cheapest board on the rack or the one with the coolest picture, only to be disappointed a week later when it feels like a wet noodle. You end up spending more money in the long run because you’re constantly replacing weak or broken decks. That cheap board might have cost you $50, but if it breaks in two weeks, you’re back to square one. That’s $100 for two months of skating, which is way more than a decent deck would have cost for a year.
Another common error is choosing the wrong size. People often assume all skateboards are the same size, or they’ll just grab whatever their friend rides. As I touched on, deck width is important. Riding a board that’s too narrow for your feet and shoe size makes balancing incredibly difficult, especially when you’re trying to learn tricks that require precise foot placement. It’s like trying to do surgery with boxing gloves on. Conversely, a board that’s too wide can feel clunky and slow for flicking, making quick flip tricks harder to execute. It’s a personal preference, but there are general guidelines based on shoe size and skating style.
People also overlook the importance of the concave and kicktail shape. They might not even know what concave is, or they’ll think the steepness of the kicktail doesn’t matter. This is a huge oversight. The concave dictates how locked-in your feet feel, and the kicktail’s angle and responsiveness are directly tied to your ability to pop the board and perform tricks. I remember a friend who always struggled with kickflips. We finally swapped boards, and he hopped on mine with a steeper concave and a more aggressive kicktail. He landed his kickflip on the first try. It wasn’t that he suddenly got better; his old board was just working against him.
Moisture damage is another killer of decks that people don’t think about. Leaving your board in a wet car, riding in the rain, or even just letting it sit in a humid garage can start to break down the glue holding the plies together. This leads to delamination, and a delaminated deck feels mushy and weak. You might not see immediate damage, but the structural integrity is compromised. I learned this the hard way after a particularly rainy skate session where I didn’t bother to dry my board properly. A few days later, it felt noticeably softer underfoot, and the edges started to fray. (See Also: Can Bondo Be Applied To Plywood )
Finally, not understanding the difference between a “complete” skateboard and buying parts separately. Many entry-level completes are made with lower-quality components, including decks, to hit a certain price point. While they can be okay for absolute beginners just testing the waters, upgrading to a better deck and components early on can significantly improve the learning experience. It’s like buying a cheap guitar – it might play, but a better instrument will inspire you to practice more. If you’re serious about skating, investing in a decent deck from the start is almost always worth it.
Real-World Use: How It Holds Up
So, how long does a quality skateboard deck, made of those seven plies of hard rock maple, actually last? The honest answer is: it depends entirely on how you use it and how you treat it. For a hardcore street skater who’s constantly grinding rails, slamming into ledges, and doing massive gaps, a deck might only last a few weeks to a couple of months. The edges will get shredded, the nose and tail will get chipped and worn down, and the concave can get compressed, making it feel less responsive. It’s just the nature of the beast. You’re literally beating the wood into submission with every trick.
For someone who skates more casually – perhaps cruising around town, doing some basic ollies, maybe hitting a skatepark a few times a week – a good deck can last much longer, potentially six months to a year, or even more. I’ve had decks that I’ve ridden for ages, mainly for cruising and light park skating, that still felt solid. The graphics might be scratched to hell, and there might be a few dents, but the structural integrity remains. The key here is avoiding excessive impact, moisture, and abrasive surfaces like concrete ledges and rails if you want to prolong its life.
The “death” of a skateboard deck usually comes in one of a few forms. The most dramatic is, of course, snapping. This typically happens when the wood is weakened, often from repeated impacts, stress fractures, or moisture damage, and then takes one final hit that’s too much.
It can be a loud, jarring crack. I’ve seen boards snap clean in half mid-air, which is as spectacular as it is painful. Another common failure is delamination. This is when the glue between the plies starts to fail, and you’ll notice the edges of the board starting to peel or bubble up.
A delaminated deck feels soft, lacks pop, and is much more prone to snapping. It’s basically the deck losing its structural integrity from the inside out.
You also have “wear and tear” death. This isn’t a sudden break, but rather a gradual loss of performance. The nose and tail get ground down to nubs, the concave flattens out, and the board loses its “pop.” It just stops feeling snappy and responsive. For many skaters, this is the point where they’ll replace the deck, even if it’s not broken. It’s no longer performing optimally for tricks. I remember one deck where the tail was so worn down, it was almost flat. Ollieing became a real chore, and I knew it was time for a new one, even though it hadn’t snapped.
Here’s a comparison of how decks might hold up under different use cases:
| Usage Type | Expected Lifespan | Common Failure Modes | My Verdict |
|---|---|---|---|
| Aggressive Street/Park Skating (daily, heavy tricks) | 2 weeks – 2 months | Snapping, Severe Edge/Nose/Tail Wear, Delamination | This is the ultimate test. Expect to replace often. |
| Moderate Skating (skatepark, street, a few times a week) | 3 – 6 months | Gradual Pop Loss, Moderate Wear, Occasional Delamination | Good balance for most skaters. Treat it well, it lasts. |
| Casual Cruising/Transportation (light tricks, smooth surfaces) | 6 months – 1+ year | Graphic Wear, Minor Concave Flattening, Very Little Wear | These decks can last ages if you’re gentle. |
Ultimately, a skateboard deck is a consumable item. It’s designed to be used and abused. Understanding how its plywood construction contributes to its strength and performance, and then treating it with a reasonable amount of care, will help you get the most out of it, no matter your skating style. You can’t expect a piece of wood, no matter how well-made, to last forever when you’re intentionally slamming it against concrete and asphalt.
The Plywood Difference: Why It’s Not Just Wood
The fact that skateboards are made out of plywood is fundamental to their performance, but it’s important to understand why this specific construction is so effective. It’s not just about stacking sheets of wood; it’s about engineering. The cross-graining of the plies, as I’ve mentioned, is the core principle. Imagine trying to bend a single thin plank of wood versus a stack of those planks glued together with their grains running in different directions. The single plank will snap much more easily. The layered, cross-grained construction distributes forces across the entire deck, preventing it from failing along a single weak line. This is why even a relatively thin skateboard deck can withstand the impact of landing from significant heights. (See Also: Can Cat Plywood Be Used For Exterior Siding )
This construction also provides the necessary stiffness for control and the resilience for pop. When you ollie, you’re basically bending the tail of the board and then releasing it. The stored energy in the wood and glue is what propels the board upwards. A deck that’s too flexible or too stiff won’t have that optimal snap. Hard rock maple, with its dense grain structure, holds this energy exceptionally well. Cheaper woods or less dense maples might flex, but they won’t spring back with the same vigor, leading to a board that feels sluggish and unresponsive.
The process of pressing the plies into their curved shape (concave) and the kicktails is another area where plywood construction excels. This isn’t something you can achieve with a single piece of wood. The molds and high-pressure presses used in deck manufacturing shape the laminated wood, giving it its three-dimensional form. This shaping is vital for both the strength of the deck and the rider’s control. The curves create structural integrity, preventing the board from flexing too much side-to-side, and they also provide the ergonomic features that allow riders to grip the board with their feet and manipulate it for tricks. Without this ability to shape and mold the laminated wood, skateboards would likely be flat, unwieldy planks.
There are other materials explored in skateboard manufacturing, like carbon fiber or bamboo, and some boards incorporate these into their construction, often for specific performance enhancements like increased stiffness or reduced weight. However, pure carbon fiber decks are incredibly expensive and often too stiff for most street skating. Bamboo can be used, but it doesn’t always offer the same level of durability and pop as hard rock maple. Some experimental decks might use other composites or even fiberglass. But for the vast majority of skaters, and certainly for anyone starting out, the traditional 7-ply hard rock maple plywood construction remains the best balance of performance, durability, and affordability.
According to some industry sources, like those found on skateboarding forums and equipment manufacturers’ own documentation, the use of 7-ply hard rock maple is so widespread because it consistently delivers the best combination of strength-to-weight ratio, resilience, and responsiveness that skaters demand. While advancements are always being made, the fundamental properties of well-constructed plywood, specifically from hard rock maple, are incredibly difficult to replicate with other materials at a similar price point. It’s a testament to a simple yet effective engineering solution that has stood the test of time in a sport that constantly pushes the limits of equipment.
The Faqs About Skateboard Plywood
What Kind of Wood Is Used for Skateboards?
Skateboard decks are primarily made from North American hard rock maple. This specific type of maple is chosen for its density, strength, and ability to provide a good “pop” – the springy rebound needed for tricks. It’s typically constructed from seven thin layers, or plies, of this maple veneer.
How Many Plies Are Usually in a Skateboard Deck?
The most common and industry-standard construction for a skateboard deck is seven plies. This number offers a strong balance between durability, weight, and responsiveness. While some decks might experiment with five or nine plies, seven-ply is the benchmark for most street, park, and transition skating.
Can Skateboards Be Made From Other Materials Besides Wood?
While the vast majority of skateboards are made from plywood (specifically hard rock maple), some manufacturers experiment with other materials. These can include bamboo, carbon fiber, or composite materials, sometimes in combination with maple. These are often aimed at specific performance characteristics like extreme lightness or stiffness, but they are less common and usually more expensive than traditional wood decks.
Why Is Cross-Graining Important in Skateboard Plywood?
Cross-graining is key because it creates a much stronger and more stable structure than if all the wood plies were laid with their grain running in the same direction. By alternating the direction of the grain in each ply, forces are distributed more evenly across the deck, preventing it from easily splitting or breaking along a single grain line and adding resistance to bending.
What Is Delamination in a Skateboard Deck?
Delamination is when the layers (plies) of wood in a skateboard deck start to separate from each other. This usually happens when the glue holding the plies together fails, often due to moisture damage, extreme temperature changes, or repeated stress. A delaminated deck will feel soft, lose its pop, and is much more likely to break.
Verdict
So, to answer the nagging question: yes, skateboards are absolutely made out of plywood, and it’s a really specific, engineered kind of plywood at that. It’s not just random lumber glued together. The strength, the flex, the pop – it all comes down to those carefully selected layers of hard rock maple, pressed and glued with intention. Understanding this construction is the first step to not getting ripped off by a flimsy board that cracks after a few sessions.
Don’t just grab the prettiest deck on the wall. Feel it, understand its shape, and know that it’s designed to take a beating. For most of us, a 7-ply hard rock maple deck is going to be your best bet. It’s the tried-and-true standard that delivers performance without costing an arm and a leg.
Next time you’re looking for a new deck, take a moment to consider what’s really under the graphics. You’ll skate better and save money in the long run. What’s your go-to deck width, and why?
