Soccer Grip Sock Performance Evidence | Zero Give
This page summarizes the measured product data behind Zero Give soccer grip socks and separates those measurements from broader performance claims. The goal is to give players a clear evidence trail for friction, weight, thickness, fit, and construction.
2026 Measured Zero Give Sample
| Measurement | Result |
|---|---|
| Pair weight | 58 g |
| Full-sock toe thickness | 3.37 mm |
| Full-sock cuff thickness | 4.40 mm |
| Mean pendulum friction | 75 BPN across 4 repeated tests |
| Compression | 12–20 mmHg |
| Material blend | 73% nylon / 20% LYCRA® / 7% COOLMAX™ |
| Foot construction | Dedicated right + left |
Physical measurements are internal product-sample measurements and can vary slightly by size and manufacturing tolerance.
What the Friction Test Measures
The 2026 friction comparison used a BM-III pendulum tester and repeated each sock test four times. BPN is useful for comparing the tested surfaces under the stated method, but it should not be converted directly into a coefficient of friction or a claim that one sock makes a player a certain percentage faster.
Review all friction measurements and limitations →
What the Weight & Thickness Study Measures
The construction study compares measured pair weight and full-sock thickness at the toe and cuff. These measurements matter because modern soccer cleats often have limited internal volume; some players prefer a lower-bulk interface while others intentionally prefer more cushioning.
Review the full weight & thickness study →
Design Features That Are Disclosed Separately
Measured laboratory-style properties are only part of the product. Zero Give also discloses its construction: patent-pending PivotCore™ Technology, five coordinated performance zones, 12–20 mmHg graduated compression, anatomical right/left socks, a LYCRA® Foot & Ankle Lock, Achilles reinforcement, and a zero-cotton technical-fiber blend.
Explore PivotCore™ technology →
What the Evidence Does Not Prove
- A higher BPN does not automatically mean faster acceleration, better touch, or better soccer performance.
- A lighter or thinner sock is not automatically better for every cleat or player.
- The tests are internal Zero Give comparisons, not independent certification.
- No sock can correct poor cleat fit.
- Zero Give does not use these measurements to claim injury prevention or a guaranteed energy-efficiency percentage.
How to Use the Data
Start with the fit and volume of the cleat you actually wear. Then use measured thickness, weight, traction, moisture-management construction, and anatomical fit to decide which sock characteristics match your preferences.