A paddle specification sheet can become very long. Materials. Thickness. Core construction. Weight. Balance. Surface treatment. But throughout the development of QUEST, we kept reminding ourselves of one thing: Specifications are not the answer. What remains after you hit the ball is.

So we did not begin by deciding what construction our first paddle had to use and then work backwards to justify it. We started earlier. During our initial manufacturing research and product evaluation, we explored and compared different constructions, thicknesses and performance directions.

The candidates that showed real potential went onto the court. Some were removed quickly. Some created an exceptional first impression but became less convincing with time. Others were less dramatic at first, yet remained consistent round after round. Eventually, QUEST converged on its current foundation:

MPPStructure. 16mm. It was not the answer we wrote down before testing began. It was the answer that remained after testing.

When developing our first product, we did not want to use the number of prototypes as proof of how seriously we took R&D. More samples do not automatically create a better paddle. What mattered more was this: Did each round of testing help us eliminate a wrong answer? So the process became one of continuous convergence.

We evaluated manufacturing capabilities. Compared different paddle platforms. Observed how construction, thickness, overall weight and balance translated into actual play. Put the candidates into real games. Used ball-machine sessions for more concentrated and repeatable hitting.

Then placed them into the hands of coaches and players with different backgrounds. After every stage, fewer options remained. That became one of the ways we think about product development: not continuously adding more, but continuously removing what no longer has a strong enough reason to stay.

One prototype made an especially strong first impression. It was a 12mm thin-profile paddle. The first few minutes were impressive. It moved quickly. Response felt immediate. Players with a badminton background in particular found that sense of speed instantly familiar. If our evaluation had lasted ten minutes, it might have scored extremely well.

But we kept playing. As the number of hits and actual games accumulated, we began to judge it differently. The quickness that stood out at first did not translate as strongly into the complete long-term experience we were looking for. That taught us something more valuable than any individual specification:

First impression is easy. Long-term balance is harder.

A product can be designed to impress quickly. The harder test comes after the novelty disappears. The 12mm prototype therefore did not become the direction for QUEST. Not because 12mm is inherently inferior. It simply was not the most complete answer for the first paddle we wanted to build.

We eventually kept 16mm. But there is an important distinction: we do not believe that 16mm means better. Different thicknesses serve different product goals. For certain playing styles and players, 12mm, 14mm or another specification may be entirely appropriate. QUEST uses 16mm because, within the product we were building, it delivered the overall balance we valued more.

As testing continued, the strength of the 16mm platform was not that it became increasingly dramatic. It became increasingly dependable. Contact feedback. Control. Comfort over longer sessions. And the relationship between those qualities. It did not rely on one extreme characteristic to make its case.

Instead, it did several important things well at the same time. For the first LUCORAS paddle, that mattered more to us than winning a single specification. We did not want QUEST to be a paddle you only enjoy for the first ten minutes. We wanted it to be the paddle you still want to use after the first match.

And after the fifth. A paddle whose logic becomes clearer the longer you know it.

MPP survived the process for much the same reason. We never wanted it to begin as a marketing term. During development, the more important question was simple: Could this construction deliver the complete playing experience we were looking for? Across our own court sessions, ball-machine work, coach evaluation and player testing, the MPP platform continued to receive the most consistent positive feedback.

The words that appeared repeatedly were not technical ones. They were simpler: Comfortable. Stable. Clear feedback. Something I would keep playing with. Those descriptions may look less impressive than a complicated material diagram. To us, they matter more. Materials and construction ultimately exist for one reason:

to make the paddle perform on court. If a technology only makes sense on a product page, but cannot be felt when the ball meets the paddle, it has limited value to QUEST. So for the first generation of QUEST, we kept MPP. Not because we believe it is the universal final answer. But because:

for this product, this testing process and this design objective, it was the answer that made the most sense.

After our internal testing, we still needed to answer another question: Were we simply choosing what we personally liked? We took the shortlisted paddles to different courts and asked coaches to evaluate them. They did not need to understand our product strategy. They did not need to know which option we preferred.

We wanted the simplest possible response: If you judge only the paddle in your hand, which one would you choose? All coaches pointed toward the same MPP platform. We then placed the paddles into a real club session, allowing more players to test them and recording feedback through conversation and questionnaires.

The direction remained consistent. Among players with more established playing experience in particular, the preference for the MPP platform became clearer. That was when it began to move from: “the sample we like” to: “the platform that deserves to become QUEST.”

Testing is not only a way to discover what should be changed. It should also tell us what should not be changed casually. Balance was one example. Some players suggested shifting the balance slightly farther forward. That preference is valid. A more forward-biased weight distribution may suit certain aggressive players.

But we chose not to immediately change it for the first version. A paddle is a system. Moving one variable can change several others. The existing relationship between weight and balance had already produced a relatively coherent experience through repeated testing. So we did not change every adjustable part simply to demonstrate that LUCORAS had “developed” the product.

Instead, we arrived at a simpler principle: Keep what works. Change what matters. We later chose to improve surface friction because that feedback appeared consistently enough to justify action. But with the construction, thickness and fundamental balance, we chose restraint. Sometimes,

not changing something is also a product decision.

QUEST also showed us what comes next. Finding a paddle that plays well is only the beginning. Over time, we need to understand more deeply: Why does it produce this type of contact feedback? What role does each material play? How does construction influence energy transfer? How do thickness, weight and balance interact?

How do manufacturing variables and material batches affect consistency from one paddle to another? Not every one of those questions belongs on the QUEST 1.0 product page. But they will shape every version that follows. We will continue studying materials, processes and testing results with our manufacturing partners, gradually turning experience into our own product judgment.

So that when we change something in the future, it will not be because the market suddenly made it fashionable. And not because another brand just launched it. It will be because we understand: why it should change.

So QUEST 1.0 keeps: MPP STRUCTURE 16MM Not because it won a specification contest. Not because it gave us the most dramatic first impression. It stayed because after repeated comparison, use, elimination and validation, it was still there. We do not assume it is the answer forever.

But until we have better evidence, we will not change something that already works simply to create the next product.

We kept what kept working.