A paddle is a face bonded to a core, and how those two are made decides how it hits, how much it spins, and how long it lasts. It is also where the marketing gets loudest, with a new generation every few months and a lot of hype about foam. This guide explains the materials and the generations in plain terms, and tells you which of it actually matters when you buy. For the full buying picture, start with how to choose a pickleball paddle.
Paddle faces: carbon vs fiberglass
The face is the hitting surface. Two materials dominate.
Face | What it gives you | Trade-off |
|---|---|---|
Raw carbon fiber | Control and grip for spin. The gritty texture bites the ball | The grit wears, so spin fades over time |
Fiberglass | More power and pop, a livelier face | Less control and touch on soft shots |
Most modern control and all-court paddles use raw carbon fiber, often called T700. Fiberglass shows up on power-first paddles. Some paddles blend the two. The spin a surface produces, and how fast it wears, is measured by the labs, and we cover it in paddle specs explained.
Paddle cores: honeycomb vs foam
Under the face sits the core. For years that meant a polymer honeycomb, a plastic grid that absorbs and returns energy. It is reliable and controlled. The newer approach injects foam, either around the perimeter or through the whole core, which adds a trampoline effect and more power. Foam is the direction the sport is moving, and on Matt's Pickleball's power rankings, foam paddles now dominate the top.
The generations, explained
Paddle construction moves in generations. Newer means more power, but not automatically more durability or value.
Generation | Construction | The catch |
|---|---|---|
Gen 1 | Cold-molded honeycomb, glued in layers | Reliable but low power |
Gen 2 | Thermoformed with sealed edges for more power | Thin cores are prone to core crush, and drift over the legal limit |
Gen 3 | Thermoformed unibody with a foam-injected perimeter | The current mainstream. More pop, better durability than Gen 2 |
Gen 4 | Full-foam cores | The power ceiling, and the newest, priciest tier |
You will also see EPP and MPP foam. The short version: they tune the balance between control and pop, and neither is simply better. What matters is how the finished paddle tests, not the label.
Core crush and durability
The durability problem that arrived with thermoforming is core crush. Under pressure, a thin honeycomb core can compress into dead spots, so the paddle loses pop and consistency where you hit most. Thin 14mm cores are the most prone. JustPaddles has documented this well. On the surface side, raw carbon grit wears too, and John Kew's testing grades paddles by how much spin they lose, from under 5 percent to over 20. If you play often, treat durability as a real spec, not an afterthought.
Should you pay for the latest generation?
Not on the number alone. A Gen-4 foam paddle is more powerful than a Gen-1, but power is the most overrated spec for most players, and the newest paddles are the least forgiving and the most expensive. A Gen-3 all-court paddle in the mid price range is the right buy for the large majority of players. We put real numbers on the diminishing returns in are expensive paddles worth it.
Buy the paddle that tests well and lasts, not the one with the highest generation number. Newer means more power, and more power is rarely what a recreational player is missing.
Common questions
What is a Gen 3 pickleball paddle?
A thermoformed paddle with a foam-injected perimeter around the core, which adds a trampoline effect for more power with better durability than the earlier thermoformed Gen 2 paddles. It is the current mainstream construction.
Are foam pickleball paddles better?
Foam cores add power and now top the lab power rankings, but they are not automatically better for you. They are the newest and priciest tier and tend to be less forgiving. Most players do better with a mid-priced all-court paddle.
What is core crush in a pickleball paddle?
When the honeycomb core compresses into dead spots under repeated impact, so the paddle loses pop and consistency. Thin 14mm thermoformed cores are the most prone. It is a durability risk worth checking before you buy premium.
Carbon fiber or fiberglass paddle: which is better?
Raw carbon fiber gives control and spin and suits most players. Fiberglass gives more power but less touch. Neither is simply better. Match it to whether you want control or power.