In most swim systems, the blueprint is obvious.
More lanes. More pool time. More staff. More specialization.
Sprint group here. Distance group there. Bigger facilities, bigger resources, bigger margin for error.
Emma Hesterman did not have any of that.
What she had was a program in Okotoks, Alberta, a six-lane pool, limited water time, shared space with other aquatic sports, and a belief that if her athletes were going to succeed, they could not afford to train like everyone else.
They had to train smarter.
That belief shaped everything that came next.
Today, Hesterman is in her 20th season with the club and her fifth as head coach. Over those two decades, she has helped turn a once-underperforming team into one that consistently develops fast swimmers, produces national-level athletes, and keeps finding ways to create fast swimming without the infrastructure larger clubs take for granted.
This is not a story about technology changing everything overnight.
It is a story about a coach building a system, staying curious, and using every tool available to help a team punch far above its weight.
When Hesterman and former head coach Todd Melton began reshaping the program, the challenge was obvious.
They were not working in a big-city performance environment. Pool space was tight. Practices were often only an hour and a half. The club shared water with summer swim, water polo, and synchro. There was no room to build separate sprint, middle-distance, and distance programs the way larger clubs could.
That mattered.
A lot of traditional swim training assumes volume can solve almost anything. But for a team with limited pool time, limited lanes, and a small athlete base, volume alone was never going to be the answer.
“We really wanted to think outside the box,” Hesterman said. “How do we create fast swimming with what we have?”
That question led the club toward race-pace training in 2014.
At first, they followed USRPT closely. The appeal made sense. The structure was more precise, more race-relevant, and better suited to shorter training windows. It also aligned with something the club had always valued: strong technique.
But as they worked with it, Hesterman and Melton did not treat the model like doctrine. They treated it like a starting point.
They saw where it helped. They saw where it did not fit their athletes. Then they adjusted.
Traditional fail-based structure became “assigned fails,” which preserved the integrity of the set while keeping age-group swimmers more honest. Warm-ups evolved. Aerobic work was reintroduced with more purpose. Skills and drills were folded into the front end of practice instead of sitting in a separate block. Over time, the club built its own hybrid.
Not pure volume. Not pure race pace. A system built for their swimmers, their schedule, and their reality.
It worked.
Race-pace training only works if athletes actually know whether they are hitting the work.
That was the next problem.
The swimmers were training off a round clock. Digital clocks were inconsistent. Reps were short. Precision mattered. The difference between holding pace and missing it could be tiny, but those details are exactly where race-specific training either succeeds or falls apart.
That is where TritonWear entered the picture.
In the early days, the hardware was bigger and clunkier than it is now. But Hesterman and Melton saw the value immediately. If their athletes could see what they were doing in real time, the quality of practice could rise.
First came TVs on carts. Later, with the help of a parent who worked at Smart Board, those were replaced by mounted smart boards on deck. Today, that setup has become a central part of how the program runs.
By the time practice begins, the system is already in motion. Hesterman has the units charged, the iPad connected, the workout prepared, and the boards ready. Athletes come in, do activation, pick up their gear, shower, and get in. Warm-up starts. Then the main set begins, and the data is there in front of them.
They know the pace they are supposed to hold. They know the tempo they are supposed to swim to. They know the zone they are supposed to hit. They know whether they are getting it right.
And that changes everything.
“They don’t want to miss a 25 or 50 of where they’re at,” Hesterman said. “If I accidentally forget to plug the iPad in, they’re telling me right away.”
That sentence says a lot.
This is not athletes tolerating technology because their coach makes them. This is athletes depending on it because it has become part of how they understand the work.
The real win was not more data. It was better accountability.
Hesterman does not describe herself as someone who wants to spend hours buried in spreadsheets.
That is part of what makes this story useful for other coaches.
She is not building her program around endless post-practice analysis. She is building it around daily accountability.
Her swimmers use laminated pace sheets that are updated after each tapered meet. Each athlete knows their best time, their goal time, their 25 pace, their 50 pace, and the tempo required to hit that work. They change the tempo trainer in their cap, look at the sheet, check the board, and go.
The standard is clear.
The feedback is immediate.
The responsibility belongs to the swimmer.
That accountability has changed the culture of the group.
Athletes know what they are supposed to hold. They know what skill the set is targeting. They know whether they are landing in the right heart rate zone. They know what changed from last week. And when Hesterman asks them what happened in a race or set, they usually already know the answer.
That matters because athlete development is not just physiological. It is cognitive.
The swimmers are learning how to self-monitor, how to understand their own racing, and how to connect technical changes to outcomes. Their buy-in is not abstract. It is built from repetition, clarity, and evidence.
And because the data is doing the timing work, Hesterman can do what she believes coaches are actually there to do.
Coach.
“I’m not walking the deck with a stopwatch,” she said. “That takes away from me coaching and giving them technical feedback.”
Instead, she walks the deck every 25. She watches the strokes. She corrects one or two things. She gives feedback rep after rep.
Less stopwatch jockeying. More actual coaching.
That is a meaningful shift.
Every good case study needs a moment where the philosophy gets tested.
For Hesterman, one of the clearest examples came with one of her top backstrokers last season.
The swimmer had the talent, but the path was not smooth. Illness and setbacks had interrupted momentum. Going into short course nationals, Hesterman knew surface speed alone was not going to be enough. If the swimmer was going to move forward, the gains had to come somewhere more specific.
So they got specific.
Using TritonWear, Hesterman zeroed in on the details that were leaving time on the table: turns, underwaters, breakouts, and how effectively speed was carrying off the wall.
The data gave shape to what she was seeing. More importantly, it told them where improvement would actually matter.
That sharpened the training block.
Instead of chasing vague speed, they targeted the pieces that could move the race. They worked the turns. They worked the underwaters. They tracked whether the changes were real.
By the time they arrived at nationals in Quebec, the swimmer was better where it counted most.
Not just fitter. More efficient. More dangerous off every wall.
“She placed third,” Hesterman said. “And then she got selected for World Cup.”
That is the kind of moment coaches remember, because it validates the entire chain.
Not just the result, but the process that got there.
The daily precision. The technical focus. The athlete ownership. The ability to identify where speed could still be found when a race felt stuck.
This is where TritonWear’s role becomes clear.
It did not replace coaching instinct.
It sharpened it.
It gave Hesterman a better way to confirm what mattered, communicate it clearly, and track whether the athlete was actually improving in the right places.
The bigger story goes beyond one swimmer.
When Hesterman first arrived, the club was not consistently producing championship-level athletes. In some cases, swimmers who got fast enough were simply expected to leave for larger programs.
That mindset changed.
Over time, the club developed swimmers who stayed, improved, and rose. Athletes like Finlay Knox came through the system. Other national-level swimmers followed. More are coming behind them.
That does not happen by accident.
It happens when a team gets clear about what it is trying to build.
For Hesterman, that means emphasizing technique from the youngest ages, using experienced senior swimmers as coaches for developing groups, and creating a structure where athletes are expected to think, understand, and participate in their own progression.
It also means staying open.
Open to changing the training model. Open to changing the workflow. Open to using tools that support better coaching.
“I think outside the box,” she said. “Try things. Be a constant student of the sport. Use TritonWear to aid in your ability to do that. Let TritonWear do the work, so you can actually do what you are trained to do, and that is to coach swimmers into being better technical swimmers and to race fast at competitions.”
That might be the clearest takeaway in the whole story.
In Okotoks, technology is not the philosophy, It is part of the support system around one, and that is why the story resonates.
Because it is not about chasing data for its own sake.
It is about a coach with limited resources building a system where swimmers know the standard, see the work, own the process, and keep finding ways to get faster.
That is what punching above your weight really looks like.