OWL Paddle USAP Approval: Why the Roughness Test Was Waived

Status checked: August 6, 2026 · Evidence: Official records, attributed reporting, independent testing, private industry reporting, and my court experience answer different parts of this case.

The first time you hit against an OWL paddle, the sound gets your attention, or, more accurately, the lack of sound does.

I have played against OWL paddles and hit with OWL demo paddles at the Drew Brees Picklefest in New Orleans during each of the last two years. The carpet-like face feels and sounds wildly different from almost anything else I have tested. The Diadem Hush is the nearest sound-and-feel comparison I can make, although that is not a claim that the two paddles produce the same spin or followed the same approval path.

The ball leaves the face without the normal crack, yet it can still dive, jump, and move with enough spin to make you look twice. Against OWL, the missing crack can make the incoming shot feel almost disconnected from the ball movement that follows. When I hit the demos, the same contradiction was there in my hand: muted contact, then more spin and shape than the sound prepares you for.

My experience was event-demo use and play from the other side of the net, not controlled RPM testing. It helps explain why the paddle immediately feels unusual on court, but it cannot establish a spin measurement, certification result, or regulatory violation.

That contradiction is why players kept asking: How did a surface like that pass USA Pickleball’s roughness test?

The answer is that OWL was approved, but it did not reach that status through the ordinary pathway players reasonably assumed. In Joseph Sutton’s reporting for Pickleball.com, USA Pickleball Chief Technical Officer Carl Schmits said OWL’s Acoustene surface could not be conventionally certified through the profilometer roughness procedure. USA Pickleball waived that requirement and granted provisional tournament approval while it continued developing a direct spin-rate test.

Provisional approval means a paddle may be used conditionally while a test, requirement, or future review remains unresolved. The real issue is not secret illegality. It is what the public approval label left out: the reported waiver, provisional condition, and expected future spin reevaluation.

🎧 Prefer listening? Hear a summary of Coach Sid’s take on the OWL paddle approval:

Is the OWL Paddle Approved for USA Pickleball Tournaments?

Yes, when the exact OWL model appears with active status in USA Pickleball’s current database. Match the model, thickness, and version before competing; approval does not automatically extend to every paddle carrying the OWL name. Use PickleTip’s searchable USA Pickleball Approved Paddle List, then recheck near the event date.

Sutton’s reporting says USA Pickleball confirmed that:

• OWL’s Acoustene surface could not be conventionally certified with the normal profilometer roughness measurement.
• USA Pickleball waived that roughness requirement for the OWL lineup.
• OWL still completed other applicable testing, including coefficient-of-friction and PBCoR power testing.
• Tournament approval was provisional pending development of a direct spin-rate test.
• The provisional status and its conditions remained internal instead of appearing publicly.

Status checked August 6, 2026. Multiple OWL models remained displayed as “Pass.” Because approval can change, verify the exact model again before competition.

What the Evidence Supports, and Where It Stops

Different treatment is documented in Sutton’s reporting. Corruption is not.

OWL Paddle Approval and Testing Timeline

Why OWL’s Acoustene Surface Raised Approval Questions

The OWL face does not feel like raw carbon fiber, coated grit, or the familiar texture left by peel-ply manufacturing. It feels closer to a thin carpet or dense felt.

Reducing pickleball noise is not a fake problem invented to sell paddles. Court noise has contributed to neighborhood disputes, operating restrictions, and fights over where courts can be built. A paddle that meaningfully reduces impact noise is useful technology.

The question is what happens on the other side of that quiet contact. Independent testing published by John Kew Pickleball gave players a measurable reason to look closer. One OWL CXE produced exceptional spin when new and gained another 4.5% after accelerated wear.

Kew’s independent RPM figures are not an official USA Pickleball result and cannot be dropped directly against USAP’s 2,100-RPM ceiling. Different equipment, impact conditions, balls, conditioning, and calculations can change absolute RPM readings. The clean finding is the controlled before-and-after comparison: the same tested CXE gained spin after accelerated wear.

How can one of the strangest and most spin-producing surfaces in pickleball remain approved while more conventional paddles are investigated or removed for exceeding physical roughness limits?

For more than two years, the visible answer was simple: OWL appeared on the approved list, so players assumed it had cleared the ordinary required process. Sutton’s reporting showed that assumption was incomplete.

Did OWL Pass the Conventional Profilometer Roughness Test?

Not in the ordinary sense. It would also be imprecise to say OWL simply failed the entire certification process.

A profilometer uses a small stylus to travel across the paddle face and measure peaks, valleys, and texture height. USA Pickleball historically used measurements such as Rz and Rt to limit how rough a paddle face could be.

That procedure was designed for surfaces the instrument could read conventionally. According to Schmits’s explanation reported by Sutton, Acoustene presented a different problem.

Rather than rejecting the paddle because the existing tool could not properly evaluate it, USA Pickleball waived the conventional roughness requirement. Sutton reported that OWL still completed applicable coefficient-of-friction and PBCoR power testing.

• OWL did not pass the normal roughness measurement.
• OWL did not fail every surface-related or performance test.
• USA Pickleball created an alternative path around a requirement its existing instrument could not apply.

A standards body should not reject useful technology simply because its existing test was built for a different kind of surface. The exception itself is not necessarily the problem.

The Exception May Have Made Sense. Keeping It Quiet Did Not.

USA Pickleball had a legitimate technical problem. OWL developed a surface unlike anything on the existing approved list, and the technology could potentially help pickleball coexist with nearby homes, community boards, and municipalities.

USA Pickleball could have rejected the paddle, restricted it to non-sanctioned Quiet Category play, approved it without resolving spin, or created a temporary pathway while building a better performance test.

Temporarily approving OWL until a direct spin test existed could have been a responsible call. It allowed the technology to be evaluated without forcing an unusual surface into a test that could not properly characterize it.

The public record, however, showed ordinary approval. OWL’s FAQ described its paddles as USA Pickleball certified and approved for sanctioned tournament and league play, while its 2024 competition announcement presented the lineup as approved for amateur and professional tournament use.

What players and manufacturers could not see was:

• the conventional roughness requirement had been waived,
• approval was provisional,
• direct spin testing remained unresolved,
• and reevaluation was expected after USA Pickleball completed its new spin test.

According to Schmits’s response quoted by Sutton, that provisional information remained internal until USA Pickleball was ready to disclose it.

A player looking at two identically labeled approved paddles had no reason to know that one completed the ordinary pathway while another received a waiver and future-test condition. A competing manufacturer reading the published standards could not tell whether that same option was available for another unconventional surface.

An older Reddit discussion illustrates the confusion. A player received an OWL marked with the Quiet logo instead of the ordinary approval mark and wondered whether a tournament director would accept it. Reddit is not certification evidence, but the discussion shows that the public-facing information did not answer a basic equipment question cleanly.

Coach Sid’s bottom line: Giving an unusual paddle a temporary path was not necessarily unfair. Giving it that path without showing the waiver, condition, or review date on the public listing was the problem.

You should not need an insider, a two-year investigation, and an on-record exchange with USA Pickleball’s CTO to understand the conditions attached to an approval stamp.

Could Another Manufacturer Have Requested the Same Alternative Path?

A relief lane nobody can see is a relief lane nobody else can ask for.

Manufacturers were working from published surface-roughness requirements. Some designed around those limits. Some changed their surfaces to obtain approval. Others moved performance paddles toward UPA-A because their surfaces could exceed USAP’s former physical roughness thresholds while remaining within a direct spin limit.

The founder of 11SIX24 raised the public version of that issue in USAP Fixed the Spin Test, but the Bigger Certification Problem Remains. His Power 2 paddles use a HexGrit surface reported to read rougher than USA Pickleball’s former physical limits while staying below UPA-A’s direct spin cap.

The concern was not theoretical inside the industry. In PickleTip’s private reporting for Are Paddle Brands Moving From USAP to UPA-A?, one paddle-company founder said the company’s decision to send certain future performance paddles only to UPA-A was intentional. The founder described UPA-A as the better path for those paddles and said USA Pickleball’s approval and compliance system was not providing a workable route for that type of product.

That private source is not identified here, and the statement does not prove every brand shares the same view. It does show the cost of an invisible exception: another manufacturer can make a product and certification decision without knowing that USA Pickleball had already created a different route for OWL.

HexGrit and Acoustene are different technologies, so identical treatment would not automatically have been scientifically appropriate. But the fairness question is simpler:

• Could any manufacturer request a roughness waiver?
• What evidence would support the request?
• Who would make the decision?
• Would the public listing show provisional status?
• How long could provisional approval remain in place?
• What would trigger final approval, rejection, or delisting?

A rule does not have to produce the same result for every technology. It should give every applicant a fair opportunity to understand and access the same process.

Roughness Is Not the Same Thing as Spin

OWL was not the only paddle exposing weaknesses in the old physical roughness framework. In his original publication, John Kew reported using a Starrett profilometer to test one USA Pickleball-approved paddle from each of 42 brands against USAP’s published roughness limits. Only two passed every criterion; 40 exceeded at least one.

That does not prove that 95% of all USA Pickleball-approved paddles were officially illegal. The experiment was independent, one paddle could not represent every unit of a model, and production variation, wear, storage, handling, and laboratory procedure all matter.

Still, 40 out of 42 is not background noise.

Was the published roughness limit separating unfair paddles from fair ones, or had the modern paddle market moved beyond a standard that could no longer be consistently reproduced or enforced?

If almost every modern paddle selected from the approved market can exceed at least one physical criterion, enforcement starts to look arbitrary. Why is one paddle investigated while another remains untouched? Is the trigger a complaint, a competitor report, professional exposure, or simply the retail sample that happened to be tested?

A compliance system cannot feel like a raffle where nearly every name in the bowl could lose if someone decides to pull it.

The deeper problem is that the old system was measuring texture when the competitive concern was ball rotation. Surface roughness can contribute to spin, but roughness and spin are not interchangeable. A profilometer measures the geometry of the paddle face; it does not directly measure how many times the ball rotates after impact.

Actual spin can also be affected by friction, whether the ball grips or slides, coatings, embedded particles, contact-patch size, face elasticity, ball condition, paddle speed, angle, wear, and break-in.

Measuring the height of the tread on a tire does not automatically tell you how much traction that tire will produce on every road.

Kew’s wear testing showed the same disconnect from another direction. Traditional raw-carbon samples in his testing generally lost spin after wear, while the tested OWL CXE gained spin under the same before-and-after procedure. A texture reading alone cannot reliably predict whether a surface will lose spin, retain it, or become more effective after repeated impacts.

The court does not care how rough the paddle feels. The ball tells us what the paddle actually does.

For the full comparison of roughness, coefficient of friction, direct RPM, power testing, and accelerated break-in, see How Pickleball Paddles Are Tested: USA Pickleball vs. UPA-A.

What USA Pickleball’s New Spin Test Could Resolve

Moving toward direct spin-output testing is the right correction because it measures the ball instead of guessing from the face.

Beginning October 1, 2026, newly submitted paddles must produce no more than 2,100 RPM under USA Pickleball’s new Spin Rate Test.

UPA-A’s current 2026 testing page lists a 2,200-RPM maximum. Even when two systems use similar output measures, their equipment, conditioning, impact parameters, averaging, and break-in procedures can produce different results.

USA Pickleball says its system uses a dual-camera setup, specialized software, and an instrumented test ball. Roughness and coefficient-of-friction readings will remain part of the record, but physical roughness limits will no longer control the spin pass-or-fail decision for newly submitted paddles.

That moves the question from How rough is this face? to How much spin does this paddle actually produce?

USAP finally has the kind of tool it said was needed to reevaluate a surface the profilometer could not properly certify. Now it needs to finish the job.

Will Existing OWL Models Face the New USA Pickleball Spin Test?

We do not yet have a clear public answer.

USA Pickleball’s July 8 announcement says certified paddles must comply with the standards in effect when they were certified. The mandatory 2,100-RPM limit applies to paddles submitted beginning October 1, 2026.

Ordinarily, that could allow an older model to remain approved without automatically passing a later standard. OWL is not an ordinary legacy approval. According to USAP’s explanation reported by Sutton, approval was provisional specifically because direct spin testing had not yet been completed, and reevaluation was expected when that test became available.

USA Pickleball should publicly explain:

• whether the existing OWL lineup is still provisional,
• whether every existing model will face the new procedure,
• whether testing will include meaningful break-in,
• what happens if a broken-in OWL exceeds 2,100 RPM,
• and whether the result will appear in the public database.

The new spin test fixes the tool without fully closing the OWL file.

A Camera Can Measure Spin. It Cannot Fix Disclosure.

The new test is progress. It should not be asked to solve governance problems that a camera cannot measure.

Why Break-In Testing Matters to the OWL Question

John Kew Pickleball published controlled before-and-after testing of the OWL CXE using a high-speed camera, a paddle fixed at a 30-degree angle, and a ball cannon firing at 60 mph. The paddle generated 2,729 RPM in its baseline test, already higher than nearly every paddle Kew’s team had measured.

Kew then subjected the same impact area to 100 accelerated-wear shots at 70 mph and repeated the original spin test. Instead of losing spin, the OWL increased to 2,851 RPM, a gain of 4.5%. His high-speed footage showed the felt grabbing, stretching, and releasing the ball, although he cautioned that the footage did not establish whether elastic snapback added spin beyond friction alone.

A certification test should not ask only what a paddle does before it reaches a player. It should also ask what the paddle is reasonably expected to become through ordinary use.

UPA-A says its certification work is conducted with Pickle Pro Labs and the University of Massachusetts Lowell. Pickle Pro Labs lists “PEF Scan + Break In” among its services, showing that post-wear performance is part of the broader UPA-A testing approach even though every conditioning detail is not public.

A paddle that stays legal only while new is not giving players the protection they think an approval stamp provides.

A worn or damaged paddle does not automatically prove the original model was improperly certified. Enforcement still has to distinguish among the submitted design, retail production, expected break-in, and an individual paddle that became defective or altered.

Current eligibility of removed or investigated models can be checked through PickleTip’s Banned and Decertified Pickleball Paddle List.

What UPA-A Testing Shows, and What It Cannot Decide

UPA-A does not decide whether an OWL model is eligible for a USA Pickleball-sanctioned event. Its procedures do show why direct spin, break-in, and fixed certification periods matter.

UPA-A publishes a direct spin procedure and a 2,200-RPM ceiling, while its certification information says each paddle approval is valid for 24 months. It also works with Pickle Pro Labs, whose services include break-in testing intended to evaluate performance after simulated use.

Those features create a clearer path for asking whether a model still meets the standards being enforced now.

UPA-A should not escape scrutiny. It operates beside the commercial professional-tour system it regulates, and its launch raised legitimate concerns about fees, industry influence, and a separate equipment system tied to the PPA Tour and Major League Pickleball.

USA Pickleball can be too opaque or too slow to adapt. UPA-A can be too commercially connected. Players do not have to pick a team and pretend the other concern disappears.

For the larger authority question, read Who Governs Pickleball? USA Pickleball, UPA-A, and Event Authority. Exact models can be checked through PickleTip’s USA Pickleball Approved Paddle List and UPA-A Certified Paddle List.

What Did OWL Know, and What Could Buyers Reasonably Infer?

OWL’s competition approval and its APP Tour partnership were announced together in 2024. That timing creates an appearance issue, but it does not establish that the partnership caused the approval. The available evidence does not prove bribery, financial corruption, or an improper payment.

OWL told buyers that its paddles were certified and approved for USA Pickleball-sanctioned play. That statement was functionally true: listed models were permitted in those events.

A reasonable buyer could read phrases such as “100% approved,” “tested and certified,” or ordinary USAP approval branding as meaning the paddle completed the ordinary pathway without an unresolved condition.

Before attributing deceptive intent to OWL, we still need to know what USA Pickleball told the company, what its written approval documents said, whether the provisional condition was communicated to OWL, and whether USA Pickleball reviewed the public marketing language.

The PickleTip Five-Part Approval Transparency Standard

A public paddle listing does not need to bury players in laboratory paperwork. It should answer five simple questions:

1. What exact paddle was approved?
   Manufacturer, model, thickness, and version.
2. What status does it have?
   Full, provisional, conditional, under review, expired, or removed.
3. What standards did it clear?
   Approval date, standards version, and major tests completed.
4. What was waived or left unresolved?
   Any replaced test, exception, limitation, or required future reevaluation.
5. When must the status be reviewed again?
   Expiration, retest date, compliance status, and material changes.

A transparent public listing could have used language like this:

Illustrative provisional listing:
USAP Approved — Provisional
Conventional roughness measurement waived because the surface could not be evaluated through the ordinary procedure. Model passed applicable CoF and PBCoR testing. Direct spin reevaluation required after implementation of the Spin Rate Test.

That one public note would have answered the central questions players and competing manufacturers were left to reconstruct later.

Questions USA Pickleball and OWL Still Need to Answer

Questions for USA Pickleball

• Is the existing OWL lineup still provisionally approved?
• Will every existing OWL model be tested under the 2,100-RPM procedure?
• Will testing include meaningful break-in?
• What happens if an existing model exceeds the new limit?
• Have other models received provisional or alternative treatment?
• Was the alternative pathway available to every manufacturer?
• Will future conditional approvals receive a public status label and review date?

Questions for OWL

• When did OWL learn that competition approval was provisional?
• What written conditions accompanied the approval?
• Did USA Pickleball review or approve OWL’s public approval language?
• Were later models separately tested or approved by similarity?
• Will OWL publish direct spin results for new and broken-in paddles?

Those answers would tell current OWL owners what happens next, and whether the next unusual paddle gets the same opportunity.

Coach Sid’s Take: An Approval Stamp Should Not Require an Investigation

I like that someone tried to solve pickleball’s noise problem instead of pretending it would disappear. I have played against OWL paddles and hit with the demos, and the technology is genuinely different.

I also do not want a standards organization to punish every unusual idea simply because the current test equipment was built for yesterday’s paddles. Sometimes a temporary pathway is the sensible call.

My line is simple: once you make that exception, own it publicly. Do not make players guess what the stamp means, make tournament directors interpret marketing language, or leave other manufacturers wondering whether the same door was ever open to them.

An approval stamp should work like a line call. We may debate whether the line belongs in that exact spot, but every player and every manufacturer has to see the same line.

I do not care which organization wins the press release. I care whether a player can look up a paddle and get an honest, complete answer.

An approval stamp should not require an investigation to understand it.

OWL Paddle Approval FAQ

Related Paddle Rules and Approval Guides

• Paddle Rules & Approvals: choose the current lookup, testing, governance, watchlist, or case-study page.
• Who Governs Pickleball? USA Pickleball, UPA-A, and Event Authority
• How Pickleball Paddles Are Tested: USA Pickleball vs. UPA-A
• USA Pickleball Approved Paddle List
• UPA-A Certified Paddle List
• Banned and Decertified Pickleball Paddle List
• Are Paddle Brands Moving From USAP to UPA-A?
• New Pickleball Paddle Approvals Worth Watching in 2026

Sources, Attribution, and Further Reading

USA Pickleball and UPA-A pages support published standards and status. Sutton supplies USAP’s reported explanation of OWL’s waiver and provisional path. John Kew supplies independent measurements under his stated protocols. OWL’s FAQ shows what buyers were told. PickleTip’s approval-strategy article contains private industry reporting about intentional movement toward UPA-A. None of those sources, alone, proves corruption or establishes how every OWL unit performs.

• How the OWL Paddle Got USAP Approved: The Untold Story — Pickleball.com
• USAP Fixed the Spin Test, but the Bigger Certification Problem Remains — The Dink
• 95% of These USAP-Approved Paddles Fail Its Own Surface Test — The Dink
• These Two Paddles Gained Spin After Wear — John Kew Pickleball
• John Kew’s 42-Brand Profilometer Experiment
• USA Pickleball Spin Rate Test Update and Implementation Timeline
• 2026 UPA-A Paddle Testing Procedures and Certification Information
• UPA-A Paddle Certification Information
• OWL Sport Frequently Asked Questions
• Are Paddle Brands Moving From USAP to UPA-A? — PickleTip