Pickleball Paddle Materials and Shapes: The Complete Guide

The face and the core decide how the ball comes off a pickleball paddle; the shape decides which part of the face it comes off well from. Fiberglass gives easy pop, carbon gives control and spin, and aramid (kevlar) gives firmness and grip. Thermoformed construction and foam cores take that behavior up a level. This guide explains each material and shape with real catalog examples, so you can read a spec sheet and know how the paddle will play.

Anatomy of a pickleball paddle

A pickleball paddle is a sandwich. Understanding the layers helps you read any spec sheet:

• Face (skin): the outer layer on both sides, made of fiberglass, carbon, aramid or a blend. It's where the ball makes contact and where the texture lives.
• Core: the middle layer, almost always a polymer honeycomb or, in newer paddles, foam. It defines damping and a good part of the power.
• Perimeter and edge: it can have injected foam, an EVA ring or a carbon reinforcement. It stabilizes the paddle when the ball hits off-center.
• Edge guard: protects against knocks on the ground. Some paddles don't have one (edgeless), to gain hitting area and aerodynamics.
• Handle: on thermoformed paddles, it's usually molded together with the face, as a single piece.

Face materials

Fiberglass

Fiberglass is more flexible than carbon. On impact, the face gives a little and returns the ball with a "trampoline" effect, which gives pop without requiring much motion. That's why it's common in entry-level paddles and in some power paddles. The weak point is spin: the surface tends to be smoother and the flex reduces precision in the soft game.

Graphite and polycarbonate

Graphite is, in practice, a form of carbon. In pickleball, the term usually indicates thin, smooth faces from the older generations, generally with a firm touch and fast response. It appears in models like the Onix Z5 Graphite and the HEAD Extreme Tour. Polycarbonate appears in recreational paddles, like the Paddletek Phoenix G6. It's a durable material that tends to generate little spin.

T300 and T700 carbon

The designations T300 and T700 refer to carbon fibers from Toray, a Japanese manufacturer. T700 has about 40% higher tensile strength than T300, with similar stiffness. On the court:

• T300: a slightly more flexible face, a softer feel, common in entry-level paddles from performance brands, like the Six Zero Quartz and the Sapphire.
• T700: a firm, consistent face, the standard in intermediate and top-end paddles.

Raw carbon and textured carbon

Raw carbon leaves the weave exposed, with no paint over it. The weave grips the ball and increases spin. Textured carbon gets an applied layer (grit, grit-blasting or heat-pressed texture) for the same purpose. In both cases, the roughness decreases with use. The rules limit how rough the face can be, so the difference between approved paddles is more in the durability of the texture than in the maximum spin.

Aramid (kevlar) and hybrid faces

Aramid is the family of fibers that includes Kevlar. It's very impact-resistant, less stiff than carbon and absorbs vibration. On a pickleball face, that translates into a firm touch, a "solid" feel and, with a crossed weave, plenty of grip. The Six Zero Ruby uses a 100% aramid face, and the JOOLA Hyperion Double Vision also has aramid in its face.

Hybrid faces blend materials to add up their advantages: carbon with fiberglass (more pop over a control base), carbon with aramid (spin and firmness) or several layers of carbon in different directions.

The table describes the typical behavior of each material, not a measurement of the models cited. Core, construction and shape also change the final result.

The best way to see the effect of the face is to compare paddles from the same brand with the same shape. The four below use Selkirk's elongated Invikta shape:

The AMPED combines fiberglass and a 16 mm core, a combination that tends to give pop with a soft touch. The Vanguard Power Air adds fiberglass and carbon to a 13 mm core, a typical attack-paddle recipe. The Vanguard Control uses raw T700 carbon and 16 mm, the combination most associated with control play. The LABS Project 008 keeps the raw carbon and swaps the honeycomb for foam. More models from the brand are in Selkirk pickleball paddles and in the Selkirk paddle comparison.

Core materials

• Polypropylene honeycomb: the most common. Soft, quiet and with good damping. Thickness (13, 14, 16 mm) sets the balance between pop and control.
• Nomex honeycomb: aramid paper impregnated with resin. Harder and louder, with a lively ball exit. The Onix Z5 Graphite is a classic example.
• Polymer with a foam perimeter: honeycomb in the center and foam or EVA at the edge, to widen the sweet spot. It appears in many current paddles, like the HEAD Radical Pro with its Triflex core.
• Foam (EPP, EVA, PureFoam): no honeycomb. Returns more energy, has a muted sound and doesn't suffer core crush, the sinking of cells that leaves the paddle "dead" in one spot on the face. The CRBN TruFoam Genesis is a catalog example.
• Carbon chambers: Gearbox uses solid T700 carbon ribs in place of the honeycomb. According to the brand, the touch is firm and the structure is very durable.

Thermoformed vs. cold-pressed

Construction is as important as material. In a cold-pressed paddle, the face is bonded to the core under pressure, without heat. The result is a soft touch, with plenty of control and less pop. The Paddletek Bantam GTO-C is a current example of that school.

In a thermoformed paddle, the face, edge and often the handle are molded together under heat and pressure, forming a single piece (unibody). In general, the walls get injected foam. The effect in play:

• more pop and more power with the same motion;
• a larger sweet spot, because the reinforced edge stabilizes the face;
• more stability on off-center blocks.

The flip side: the first thermoformed paddles had a reputation for losing response over time and for requiring adaptation in the soft game, because the ball comes off livelier. Current generations have improved on this point, with foam reinforcements and, in some cases, double thermoforming, as in Franklin's C45 line.

Shapes: standard, elongated, hybrid and widebody

Under the rules, length and width added together can't exceed 24 inches. So every shape is a trade-off: every inch of length is an inch less of width.

The sweet spot doesn't just change size, it changes position. On an elongated paddle, it moves up away from your hand, which gives more leverage on the serve and drive, but demands more precision on fast volleys. On a widebody, it's wide and close to the center, great for balls at your body.

To see shape isolated from other variables, compare the same paddle in different shapes. The Bread & Butter Filth uses the same 16 mm core and the same T700 carbon face in three shapes, and the Selkirk OMNI comes in elongated and widebody versions:

Note how the OMNI Widebody has a swing weight of 112 versus 118 for the elongated, even with a similar weight. With the mass closer to your hand, the widebody tends to be faster in exchanges.

Combinations that work

Material and shape aren't chosen separately. Some combinations show up often because they make sense in play:

• Total control: raw T700 carbon + a 16 mm core or more + standard or widebody shape.
• Baseline attack: a hybrid face with fiberglass, or a foam core + elongated shape + long handle.
• All-court: T700 carbon + 14 or 16 mm thermoformed + hybrid shape.
• Spin above all: aramid or textured raw carbon + hybrid or elongated shape.
• Comfort and a sensitive arm: 16 mm polypropylene core + fiberglass, polycarbonate or aramid face + medium to light weight.

How to use this when buying

On the spec sheet, read in this order: core thickness, core material, face material, construction (thermoformed or not) and shape. With those five lines you already know whether the paddle will play soft or lively, with or without spin, fast or slow at the net.

For the other measurements of the choice, such as weight, handle, grip and approval, see the guide to how to choose a pickleball paddle. If you'd like to go straight to recommendations, we have the best pickleball paddles by profile and selections by level for beginners and intermediate players.

In the pickleball paddle catalog, you can filter by face material, shape and thickness. The pickleball comparison tool shows spec sheets side by side, and the Six Zero paddle comparison is a good example of how the same brand varies its fiber between T300, T700 and aramid. To understand how materials figure into each paddle's score, see the methodology.

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