Why Is Pickleball So Noisy? A Deep Dive into the Sounds of the Game
Pickleball has exploded in popularity, with courts popping up everywhere across North America. It’s fast, fun, and brings people together like few other sports can. But with this incredible growth comes a serious challenge: noise.
The sharp “pop” of the paddle hitting the ball, combined with the cheers and chatter of gameplay, has caused friction in some communities. Noise complaints are rising, and in some cases, they’re putting the sport’s growth at risk.
If pickleball is going to continue thriving, we need to tackle the noise issue head-on. By understanding the science behind the sound and exploring solutions, we can ensure pickleball grows in harmony with its neighbours.
Why Noise Matters
Across North America, noise complaints about pickleball are making headlines. Homeowners, condo boards, and neighbours near courts have raised concerns, and some disputes have even escalated to legal action. This is a challenge that won’t solve itself—it requires proactive efforts to address the issue.
To keep pickleball accessible and widely accepted, mitigating noise through thoughtful strategies isn’t just important—it’s essential.
So let’s get into it.
The Science Behind the Noise
Sure, we all know that unmistakable “pop” when a pickleball paddle meets the ball. But what makes it so loud? And why does it carry further than the sounds of other sports? The first step in solving the problem is understanding it.
Why the “Pop” Is So Loud
Or rather, is the “pop” actually that loud? Or is it just the pitch of it?
At the heart of pickleball’s noise issue is the interaction between the paddle and the ball. Pickleball paddles are typically made of materials like composite, graphite, or carbon fibre, which amplify the sharp, high-pitched sound when striking the hard plastic ball. This distinctive “pop” is even louder when the ball hits the paddle’s sweet spot, creating a trampoline-like vibration that intensifies the noise.
Frequency and Impulsiveness
The sound of pickleball falls within a frequency range of about 1.2 kHz, comparable to the beeping noise of a reversing garbage truck. Human ears are particularly sensitive to this range, which explains why the sound stands out and carries further than lower-frequency noises. Compounding the issue, pickleball noise is impulsive—it starts and stops in just 2 milliseconds—making it more bothersome than steady background sounds like the hum of traffic.
SPORT |
AVERAGE DECIBEL COUNT (DB) |
|---|---|
| Golf | 60 – 70 |
| Table Tennis | 70 – 80 |
| Tennis | 70 – 90 |
| Pickleball | 70 – 90 |
| Baseball | 90 – 100 |
| Lacrosse | 90 – 100 |
| Ice Hockey | 90 – 100 |
| Soccer | 100 – 110 |
| Volleyball | 100 – 110 |
Decibel Levels
Pickleball noise typically measures around 70 dBA from 100 feet away, equivalent to the sound of a washing machine or dishwasher. While not harmful to hearing, it can be disruptive to nearby residents. By comparison, tennis matches average around 55 dBA, similar to a quiet conversation.
External Factors Amplifying Pickleball Noise
Pickleball ball-to-paddle noise gets the most attention but is not the only noise factor.
Court Surfaces
Most pickleball courts have a hard surface base like concrete or asphalt, reflecting and amplifying noise. Softer surfaces, such as rubber or foam, can absorb sound and reduce its intensity, but these materials are less common due to cost and durability concerns.
Nearby Structures
Buildings and walls near courts can bounce sound waves back into surrounding areas, increasing the reach and volume of noise. This reflection can make the “pop” of the ball seem louder and more persistent.
Player Skill and Playing Style
The skill level and playing style of players also play a role. More experienced players hit the ball harder and faster, producing louder, sharper sounds. Games with higher-intensity rallies or aggressive play styles tend to generate more noise.
Crowds and Proximity
Pickleball is often played in doubles, meaning four players are in close proximity on smaller courts. When multiple games are played side by side, the cumulative noise adds up. Additionally, cheering, laughter, and social chatter from players and spectators contribute to the overall soundscape.
Fun Fact: IPOP has done many sound tests in different places we considered using for indoor pickleball. In one instance, we would share a wall with another tenant, and the co-tenant wanted to ensure pickleball wouldn’t be too loud and disrupt their business. When we sound tested, we found out that the actual playing of pickleball wasn’t “too loud” for noise regulations, but the players' talking, laughing, and general merriment put the noise levels over the top!
Looking Ahead at the Future of Noise Mitigation
Pickleball’s meteoric rise is a testament to its universal appeal—accessible, fun, and inclusive. Yet, as the sport flourishes, it’s essential to balance its growth and the needs of the communities where it thrives. Understanding the science of pickleball noise and the factors that amplify it is a crucial step toward innovative solutions.
So, is it the constant sound as opposed to actual decimals that people are concerned with? We’re going to find out.
This effort isn’t just about IPOP and our upcoming facilities—it’s about safeguarding the future of pickleball itself. In our next blog, we’ll explore cutting-edge products and technologies, from quieter paddles to advanced soundproofing accessories, shaping a more harmonious future for the sport.
For IPOP, minimizing noise and fostering community harmony is central to our mission. With Lougheed on the horizon, Penticton in development, and plans to expand even further, we’re committed to ensuring pickleball grows sustainably—bringing players and communities together without disruption.
Stay tuned for more insights and innovations!
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