The Inclined Plate and the Speed Race: What Lies Behind a Golf Gear Recommendation

At six in the morning at a practice range on the outskirts of Osaka, I stood behind the ball net watching a man in his forties hit twenty consecutive balls. The first flew low and left. The fifth struck the ground before the ball. The twelfth ballooned skyward like a popped lid. By the eighteenth, he stopped, leaned on his club, and sighed. I could not hear what he said, but I recognized the shrug — the shrug of a man who has tried everything and still cannot understand why the ball will not travel.

On the grandstand or at the practice range, a sigh is also a form of data. It says the problem is not trying harder, but placing force in the wrong place. Fifteen years behind a microphone at sporting events has taught me one thing: when an athlete or an amateur player fails to get results, their first reaction is to increase effort. But in golf, increasing effort by swinging harder is usually the shortest path to a bad shot.

That is also the starting point of a product I read about on the gear section of GOLF.com — an inclined plate called the Why Golf Power Plate, presented as a tool to increase swing speed. The article bets on a technical argument that sounds entirely reasonable: most of the power in a swing does not come from swinging the arms harder, but from loading pressure into the ground and using it to drive the motion forward.

I spent three weeks re-reading that article, cross-checking it against what I know about golf biomechanics, and noting what it says — as well as what it does not say. I am not an insider of the golf equipment manufacturing industry, but I am an insider of sports observation, and I know how a product recommendation is constructed.

The Speed Race and the Training-Aid Market

Professional golf is in the middle of an era in which distance has become a unit of currency. At the elite level, clubhead speed correlates directly with scoring advantage. As leading players reach clubhead speeds far beyond what the previous generation considered a limit, the entire ecosystem beneath them — from the practice range to the equipment — must adjust. Amateur players do not need to reach a champion's speed, but they want the feeling that they are getting closer to it.

The training-aid market meets that demand with an endless product line: speed bands, weighted practice clubs, grip-mounted sensors, pressure plates. This is a segment with low production costs, high margins and — most importantly — outside every competitive equipment standard. A club must comply with the equipment rules of the USGA and the R&A. A practice plate does not. No body confirms its effectiveness, and no body has the responsibility to refute it.

That is why content like the GOLF.com article deserves a careful read. It appears in a section called Gear — the equipment section — and as I have observed over many years, the gear sections of major golf media outlets often operate on an affiliate-commerce model: the article introduces a product, the reader clicks a link and buys, the outlet earns a commission. That does not automatically make the content wrong. But it does mean the recommendation carries a weight of trust that it may not deserve on its own.

In Vietnam, where the golf movement has grown rapidly over the past fifteen years, players increasingly encounter this type of content through translated channels. And they often have no way to distinguish an independent test from the translation of an advertisement.

Pressure, the Ground and the Ball Throw

The article's central biomechanical argument is worth dissecting.

The core idea is this: swing speed and contact quality do not come from swinging the club faster, but from the ability to move pressure through the feet toward the lead side before impact. When this pressure sequence is correct, the player can deliver the club with a stable lower body, find the center of the face, and compress the ball instead of hitting it fat or thin.

This argument holds up scientifically. In the golf biomechanics literature, the relationship between ground reaction force — the force the ground pushes back on the body when the player pushes down — and clubhead speed has long been studied. Newton's third law is no joke: you push down, the ground pushes you up and forward. Elite golfers exploit this at a level the naked eye cannot see.

The product in the article tries to turn that principle into a drill. By placing both feet on a slightly inclined surface, the trainee is forced to load weight into the trail leg first, then move pressure forward without sliding away from the target. The comparison the article uses is the motion of throwing a ball: you load at the back, then push forward. It is an easy analogy to grasp, and pedagogically it has value.

But this is where I stopped and read it a third time.

The article makes a measurable claim — increased swing speed — but provides no measurement. There is no speed gain in miles per hour. There is no before-and-after data. There is no sample size. There is no testing protocol. There is no coach or biomechanist named to validate the method. There is no tour player named as a user.

For an article whose entire argumentative weight rests on a performance promise, the total absence of quantification is a serious evidentiary gap. The biomechanical principle behind the product is legitimate, but the product's specific efficacy is entirely unproven.

In training-aid advertising content, data is often replaced by feel. The plate responds beneath the foot, and the trainee receives a tactile cue — a sense of the correct motion. Feel-based feedback is useful in teaching. But it is not evidence that the outcome improves. A person can feel they are doing it right and still hit the ball worse.

There is one more detail the article does not state, but I can infer. In essence, this product is a commercialized, low-cost version of the pressure plate — the force plate — used in biomechanics labs at tour level. Those plates have sensors, digital data, analysis software. This product replaces all of it with a mechanical inclined surface. It is an intelligent cost-saving solution. But it also means the entire value lies in the trainee's subjective feel, not in objective data.

When a Recommendation Comes from a Section with an Interest

What struck me most about this article is not the technical content. It is its structure.

A major golf outlet, with editorial credibility, recommends a training product. There is no disclosure of a commercial relationship. There is no description of a testing process. There is no dissenting opinion. There is no real person named — no coach, no player, no researcher — vouching for it. The entire article is built from brand claims, wrapped in reasonable technical language, and published under a headline promising speed.

In the sports media industry, I have seen this pattern many times. Every contract begins with a back-lot story — a story about an amateur who could not find a solution, a small brand that appears, a product packaged as the answer. That story is not false. It is merely incomplete.

There is a paradox here I want to name. Training aids exist in a regulatory blind spot. They are not competition equipment, so no body certifies them. But they are also not medicine or supplements, so no body monitors their advertising. The result is that the entire burden of verification shifts to the buyer — who usually lacks the biomechanical knowledge to judge for themselves.

And in this specific case, there is a technical risk the article does not mention. A drill that exaggerates loading into the trail leg can interact badly with a trainee's existing swing pattern. A golfer who already tends to slide the hips excessively or over-rotate the pelvis may use this device to reinforce their own fault rather than fix it. A technical barrier does not stop emotion; it only makes it accumulate — and the feeling of doing it right can become a subtle trap.

A broader point is also worth noting. The speed-training wave is mature but still durable. Meanwhile, governing bodies such as the USGA and the R&A are pursuing a program to limit ball distance — known as the Ball Rollback. There is a latent tension between a culture of acceleration and a direction of distance control. That does not turn training aids into a regulated subject. But it makes the narrative of speed at any cost a more scrutinized target in the near future.

What Is Worth Keeping

I do not deny the value of pressure training. What I find missing is honesty about the level of evidence.

If you are an amateur player struggling with fat and thin shots, understanding the principle of pressure transfer can change how you practice. But an inclined plate does not replace a coach's eye, and does not replace a slow-motion camera. It only adds a sensory cue. That cue may be useful in the first three weeks, and become an ornament in the equipment cabinet by the third month — like most other training aids on the market.

What I want you to take from this article is a reading habit. When a performance recommendation appears without a measurement, treat it as the beginning of a question, not the answer. When a section with a commercial interest recommends a product, seek independent confirmation before opening your wallet.

The man at the Osaka practice range I described at the start will probably buy that plate. He has tried everything. And I understand that feeling — the feeling that one more tool will make everything click. But in golf, as in every sport I have followed, what changes the game is not a tool. It is a person who understands what they are doing and patiently repeats it thousands of times. The rest is just inclined plates sold with a good story.