Size 3 Soccer Ball - Club Hybrid

Durability

Scored 2.27 in a standardized test. Seams on the inside.

Lasting air retention

11% pressure loss over 14 days.

Stable flight

Scored 5.96 in a standardized test. Classic 32 panels.

Bounce

Your ball complies with international requirements in terms of bounce.

The story behind this ball

This hybrid ball was created after observing soccer players in action. This ball's hybrid design combines the comfort of a machine-stitched ball with the durability of a hand-sewn one (the seams are on the inside).We've also used a special bladder (2 km [1 mi] of thread is wrapped around it) to ensure lasting inflation and better sphericity.

Prioritizing durability

We have developed a tool that allows us to measure the our balls' durability. We identify and evaluate all possible defects through a series of practical lab tests. We use these tests to compare our soccer balls' overall durability with that of others available on the market. Our aim is to offer the most durable products on the market.

Too light? Too heavy? The weight is standardized.

This ball complies with official FIFA standards and weighs between 280 g and 310 g [10 and 11 oz.] (size 3).

How big is it? What’s the circumference?

This ball measures between 60.0 cm and 62.0 cm [23 2/3 and 24 2/5"] (size 3) and complies with official FIFA standards.

A round ball?

Here’s how we test sphericity: Average measured variation: 1.8% max (FIFA Basic standard). We measure the ball’s sphericity at 4,500 different points and then examine any differences. If the discrepancy is greater than 1.8% (FIFA Basic standard), our engineers work on improving the sphericity to ensure a consistent bounce.

Maximum pressure loss test: here’s what we do.

Here’s how we test pressure loss: We inflate the ball to the recommended pressure (11.6 psi). The ball cannot lose more than 15% of its pressure over 72 hours, meaning a maximum pressure loss of 1.5 psi (FIFA Basic standard). The pressure after 72 hours must be approximately 10.1 psi. This also means that it’s quite normal for a ball to lose pressure after a few days.

We’ve also tested how much water the ball absorbs.

Here’s how we test water absorption: To simulate rainy playing conditions in a lab, we put the ball in 2 cm of water on a pivoting support and subject it to 250 compressions. At the end of the test, the ball must not have absorbed more than 15% of its initial weight.

It’s all about the bounce

Here’s the bounce test: The ball is dropped onto a steel plate 10 times from a height of 2 m (2 yd). The bounce height must be between 115 cm and 155 cm (45 and 61"), with a maximum difference of 10 cm (4") between its highest and lowest bounce.

Not even a scratch!

The most rigorous test we put this ball through is the shooting machine test. The ball must resist 2,500 shoots against a concrete slope at 50 km/h (30 mi/h) at a distance of 2.5 m (3 yd). At the end of the test, we check: - The ball’s general condition: Stitching must remain intact - Circumference: Must not have varied by more than 1.5 cm (1/2") - Sphericity: Must not have varied by more than 1.8% Pressure: Pressure loss must not exceed 12.5%

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