Are Pickleball Paddles Getting Too Powerful Again?
If you thought the great pickleball paddle controversy was settled, think again. New data from Pickleball Effect suggests that despite stricter equipment regulations, paddles are quietly getting more powerful — and the numbers back it up in a way that’s hard to dismiss.
This isn’t just insider noise. It’s a question that touches every player, from weekend rec players to competitive amateurs wondering why the game feels faster than it did a few years ago. Let’s break it all down, including what it means if you’re not deep in the equipment weeds.
A Quick Refresher: What Is PBCoR and Why Does It Matter?
Before we get into the data, it helps to understand what PBCoR actually is and why it was introduced in the first place. PBCoR stands for Pickleball Coefficient of Restitution. It’s a testing standard introduced by USA Pickleball to measure how much energy a paddle returns to the ball when it makes contact. Think of it like this: if you drop a rubber ball on a hard floor, it bounces back. The higher the bounce, the more energy is returned. PBCoR does something similar but in a controlled lab setting, measuring how lively the paddle face is.
The reason this standard was introduced was that paddles were becoming increasingly powerful — to the point where the game’s character was starting to change. Drives were getting harder to return, reaction times at the kitchen line were shrinking, and the sport was starting to feel more like power tennis than the nuanced, dink-heavy game many players love. PBCoR was supposed to put a ceiling on that. The idea was that by capping the liveliness of the paddle face, you’d keep the game from turning into an arms race.
But here’s the thing about arms races: the people running them don’t stop just because someone draws a line.
The Paddle That Started the Conversation — and What It Tells Us Now
To understand where things stand today, it helps to look back at the paddle that helped trigger the whole regulatory push. The Ronbus Ripple Beta was one of the first paddles to fail under the new PBCoR standard back in early 2025. It caused a significant stir in the pickleball community because it was widely regarded as unusually powerful, and its failure to pass certification confirmed what many suspected — that some manufacturers had gone too far.
Pickleball Effect founder Braydon Unsicker recently revisited that paddle and compared it directly against one of today’s hardest-hitting approved paddles, the Mark UnMarked 2026. The results were striking:
- Ronbus Ripple Beta: 57.2 mph power, 37.9 mph pop
- Mark UnMarked 2026: 57.8 mph power, 37.4 mph pop
Those numbers are nearly identical. The paddle that failed certification and sparked a regulatory overhaul is performing at essentially the same level as paddles that are currently sitting on approved lists and being used in sanctioned tournament play. And it gets more significant when you zoom out: 19 approved paddles in Pickleball Effect’s testing database now match or exceed the Ripple Beta’s measured power output. Only two match or exceed its pop rating.
What that tells you is that manufacturers have figured out how to generate raw power — the kind you feel when you’re on the receiving end of a hard drive — while staying within the specific parameters that the PBCoR test measures. They’re not cheating. They’re engineering. And that distinction matters, but it also raises real questions about whether the test is measuring the right things.
The Trend Line Is Difficult to Ignore
Looking at the broader dataset from Pickleball Effect’s testing database, the upward trend in paddle power becomes even clearer when you look at the numbers over time:
- 2022 average measured paddle power: 53.5 mph
- 2026 average measured paddle power: 56.7 mph
That’s roughly a 6% increase in average measured power over just four years. And importantly, the median has climbed alongside the average, which means this isn’t a case of a handful of extreme outliers skewing the data. The entire distribution has shifted upward. More paddles, across the board, are hitting harder than they were four years ago — even as the regulations designed to prevent exactly that have been in place.
Matt Reny, who authored the Pickleball Effect report, put it plainly: “That’s engineering to a standard, not breaking it.” That’s a subtle but important observation. Manufacturers aren’t violating the rules. They’re optimizing within them, finding every legal avenue available to extract more performance from their equipment. That’s what engineering does. But the result, from a player’s perspective, might look and feel a lot like what the regulations were supposed to prevent.
So Is PBCoR Actually Doing Its Job?
This is where the conversation gets genuinely complicated, and where it’s worth thinking carefully rather than jumping to conclusions. PBCoR measures a specific thing: how a ball rebounds off a paddle under controlled lab conditions. It doesn’t directly measure how hard a player can hit a full-swing drive on the court. And those two things, it turns out, are not the same.
Paddle manufacturers have learned that by adjusting construction methods, core stiffness, weight distribution, edge geometry, and other variables, they can generate more real-world power without necessarily pushing the PBCoR number over the limit. The paddle face might behave within legal bounds in a lab setting, but the overall system — the weight, the balance point, the way energy transfers through the paddle on a full swing — can still deliver significantly more power to the ball than a less optimized design.
This isn’t a loophole in the sneaky sense. It’s just physics and engineering doing what they always do: finding efficiencies within constraints. But it does raise a legitimate question about whether PBCoR, as currently implemented, is actually capturing the performance characteristic that matters most to the average player. If the goal is to prevent the game from being dominated by raw pace, and if paddles are measurably hitting harder year over year despite PBCoR compliance, then it’s fair to ask whether the test is measuring the right thing.
There’s also another variable that doesn’t get talked about enough: the ball itself. Newer ball designs can also contribute to faster play independent of the paddle. So even in a world where paddle power stayed perfectly flat, changes in ball construction and material could make the game feel faster. The interaction between ball and paddle is complex, and regulating one without considering the other may leave meaningful gaps in the overall framework.
For Players Who Are New to This: Here’s Why It Matters to You
If you’re relatively new to pickleball, or if equipment certification isn’t something you’ve followed closely, here’s why this conversation is relevant to your experience on the court.
Pickleball is often celebrated for being a game where skill, strategy, and touch matter as much as athleticism and raw power. The kitchen game — the soft, tactical exchanges at the non-volley zone — is what many players find most satisfying about the sport. When paddles get more powerful, that balance shifts. Hard drives become more dominant, reaction times shrink, and the game can start to favor players who can generate pace over players who excel at placement, spin, and strategy.
For recreational players, this can show up in subtle ways. You might notice that the game feels faster than it used to at your local courts. You might find that certain paddles seem to give some players an outsized advantage. Or you might just feel like you’re being outgunned even when you’re making good decisions on the court. Some of that is skill difference, of course. But some of it may genuinely be equipment, and understanding that the equipment landscape is shifting — even within the rules — gives you important context.
It also matters when you’re shopping for a new paddle. The approved paddle list from USA Pickleball tells you what’s legal to use in sanctioned play, but it doesn’t tell you whether a paddle is at the bottom, middle, or very top of the legal power range. As this data shows, there’s a meaningful spread within what’s approved. Knowing that helps you make a more informed choice about what kind of game you want to play and what kind of paddle actually suits your style.
The Bigger Picture: What Happens Next?
Pickleball Effect is transparent about the limitations of its dataset. It’s not a comprehensive scientific sample of every paddle on the market, and the methodology has its constraints like any testing approach. But the trend it reveals is consistent enough and clear enough that it deserves serious attention from the governing bodies that set the rules.
The report closes with a line that sticks: “The pursuit of more power hasn’t been stopped.” That’s not an accusation. It’s an observation. And it’s probably the most honest summary of where things stand right now.
What comes next likely depends on how USA Pickleball and the broader pickleball community respond to data like this. There are a few possible directions. Regulators could refine or expand the PBCoR standard to capture more dimensions of paddle performance. They could introduce additional metrics — measuring full-swing power output more directly, for instance. Or the community could decide that the current trajectory is acceptable and that some increase in power over time is a natural evolution of the sport.
None of those outcomes is obviously right or wrong. But the conversation needs to happen, and data like what Pickleball Effect has put together is what makes it possible to have it honestly. The question isn’t really whether manufacturers are doing something wrong. They’re building better paddles within the rules that exist. The question is whether those rules are keeping pace with the technology — and right now, the evidence suggests they might not be.
If pickleball doesn’t want to become an equipment arms race, the people writing the rules need to think carefully about what they’re actually measuring and whether it’s measuring what matters most to the health of the game. Because if the goal was to stop the power creep, the numbers suggest the creep kept going anyway.
For a deeper dive into the data and methodology behind this analysis, check out the full Pickleball Effect investigation and follow their ongoing coverage of equipment trends in the sport.
