UAS Additive Strategies 2026
AMS X

AMBelievable Could Revolutionize the Sport of Tennis

AMR Applications Analysis

Share this Article

When I first saw AMBelievable’s tennis racket dampener, I’ll be honest, I was skeptical. I was skeptical about its claims, questioned the product’s ability, and wondered what impact this technology could have.

Well, two years later, I have completely changed my opinion and fully believe this technology can revolutionize the tennis world.

AMBelievable’s Universal tennis racket dampener on a tennis racket.

AMBelievable is a startup from Torino, Italy, and was started in 2022. Its mission was simple: to use metamaterial technology to make tennis more enjoyable. And, after testing its product for three months now, I can attest that I am enjoying tennis more than I ever have.

AMBelievable’s dampener is made using selective laser sintering (SLS), a 3D printing process that fuses powdered TPU into precise shapes. What makes this so interesting is how they’ve used metamaterial-inspired lattice structures to control how the dampener responds to different vibrations. These internal geometries allow it to absorb specific frequencies while staying incredibly lightweight—something that simply couldn’t be done with traditional molding.

The technology is based on these metamaterial architectural structures, as seen below. They are designed to dissipate frequencies based on a player’s preference and give a person a truly customized feel. Additionally, they are not only tuned to a player’s “feel,” but are also designed to eliminate the vibrations associated with tennis elbow.

AMBelievable’s Metamaterial technology targets high, mid, and low frequency vibrations from the tennis racket.

HEAD acoustics, an independent lab, even corroborated AMBelievable’s claims with data from its own lab, and an interactive chart can be found on AMBelievable’s website for you to review the data yourself.

HEAD acoustic’s data from AMBelievable’s website shows the reduction of racket frame vibrations.

This is a large departure from traditional tennis racket dampeners that only target the mid (250-350 Hz) to high frequency (650-750 Hz) range produced by the strings, but leave the low frequencies (80-200 Hz) from the frame, which are linked to tennis elbow, unchecked.

I am excited to see where AMBelievable goes from here. While its CTO, Tomasso Becutti, sees their work staying in the sporting world and possibly venturing into other sports, I think meta materials like these have numerous applications outside that arena as well. Tomasso did mention Phononic-Vibes, another spin-off from the same parent company, which is exploring this technology for acoustic purposes. I think there are plenty of applications there too, like noise-cancelling headphones, soundproofing walls, and quieter car interiors.

I mean, imagine driving down the highway and not hearing the tires rolling down the road?! What bliss.

Simulation of the AMBelievable’s Universal tennis racket dampener.

Overall, I am extremely impressed by AMBelievable, and having the HEAD study quells my biggest criticism from my first article.

If you are interested in trying the dampener yourself, they are available for purchase on the AMBelievable website. I have been using the “Universal” model, but they also offer a “Tuned” model and can customize the dampener in the shape of a logo, too. However, be warned. Because once you try its dampener, you might ditch all your Agassi rubber band dampeners forever and become an AMBelievable like me.

Images courtesy of AMBelievable.



Share this Article


Recent News

Tectonic 3D Takes Over Solvay 3D Printing Materials Portfolio

3D Printing Financials: Stratasys Bets on Defense and Drones as Printer Sales Slow



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

3D Printing News Briefs, May 9, 2026: Financials, Large-Format Printer, Steels, & More

In 3D Printing News Briefs this weekend, 6K Additive has appointed a new COO and released its Q1 financials. Rolls-Royce opened a new AM Development Cell, and MODIX launched its...

Featured

3D Printing Financials: Xometry Surges After Record Quarter and Siemens Deal

Shares of Xometry (Nasdaq: XMTR) surged on Thursday, May 7, after the company reported record first-quarter 2026 results and announced a major partnership with Siemens. The stock climbed as much...

3D Printing Financials: Materialise Improves Margins Despite Flat Revenue

Materialise (Euronext and NASDAQ: MTLS) started 2026 with stable revenue, stronger margins, and better operating profit, helped by growth in medical and improved profitability in software. The Belgian 3D printing...

3D Printing Financials: Protolabs Starts 2026 Strong, with Metal Printing Leading

Protolabs (NYSE: PRLB) kicked off 2026 with a strong quarter, showing steady growth, better margins, and improving customer engagement, even though some parts of the business, especially 3D printing in...