Improving Stroke Count: Drills for Efficient Breaststroke Swimming

Ask most swimmers what makes breaststroke fast, and they'll talk about power — a strong pull, a snappy kick, a explosive push off the wall. Ask a coach who's spent years refining the stroke, and the conversation usually turns somewhere else entirely: stroke count. Of the four competitive strokes, breaststroke rewards efficiency more than almost any other, because its stop-start rhythm — pull, breathe, kick, glide — means every wasted movement, every moment of unnecessary drag, and every rushed transition between phases directly costs distance per stroke. A swimmer who reduces their stroke count across a pool length without losing speed isn't just swimming prettier breaststroke. They're swimming genuinely faster breaststroke, with less energy spent per metre travelled.

This article is a practical guide to improving breaststroke efficiency through stroke-count-focused coaching: why stroke count matters as a diagnostic and training tool, the specific technical faults that inflate it, and a set of drills that directly target those faults — organised so coaches and swimmers can build a structured improvement plan rather than randomly trying isolated exercises.

Why Stroke Count Matters in Breaststroke Specifically

In freestyle and backstroke, stroke count still matters, but the stroke's continuous, cyclical nature means inefficiencies tend to be smaller and more evenly distributed across the stroke cycle. Breaststroke is different. It's the only competitive stroke with a built-in glide phase — a moment where, if the body position and timing are right, the swimmer travels through the water using stored momentum rather than active propulsion. That glide is where the real efficiency gains live, and it's also the phase most commonly shortened or skipped by swimmers eager to "get to the next stroke."

Because of this glide phase, small technical improvements in breaststroke tend to produce outsized reductions in stroke count. A swimmer who tightens their kick, streamlines their glide, and times their breath correctly might drop from 10 strokes per 25m to 7 or 8 — a dramatic efficiency gain that would be unusual to see from equivalent technical tweaks in freestyle. This makes breaststroke uniquely rewarding to coach with a stroke-count lens: progress is measurable, motivating, and directly tied to identifiable technical causes.

Stroke count is also a useful diagnostic tool in itself. A sudden increase in stroke count partway through a set — a swimmer going from 8 strokes per length to 11 as fatigue sets in — tells a coach exactly where technique is breaking down under fatigue, which is often more useful information than watching for a specific visual fault.

The Four Phases of Efficient Breaststroke

To coach stroke count effectively, it helps to break breaststroke into its four sequential phases and understand where inefficiency typically creeps into each one.

The pull. An outward and downward sweep of the arms from a streamlined position, transitioning into an inward scull that generates propulsion, finishing with the hands coming together under the chest before shooting forward again. Common faults: pulling too wide, pulling too far back past the shoulder line (which increases drag and delays the recovery), or rushing the pull without a clean catch.

The breath. Timed with the end of the pull, as the shoulders and head rise naturally out of the water. Common faults: lifting the head too early or too high, breathing on every single stroke without ever taking a "stealth" low-profile stroke, or breathing so late that it disrupts the timing of the kick that follows.

The kick. The whip kick (or occasionally wedge kick), where heels are drawn toward the hips with feet turned outward, then swept back and together to generate propulsion. Common faults: kicking too early (before the arms have finished recovering forward), an asymmetrical kick, or a kick that's too narrow to generate meaningful propulsion.

The glide. The streamlined phase following the kick, where the swimmer travels with arms extended and body flat, before the next pull begins. This is the phase most often shortened. Common faults: rushing into the next pull before speed from the kick has been fully utilised, or gliding with a poor body line (head up, hips dropped) that increases drag and bleeds speed prematurely.

Almost every stroke-count problem in breaststroke traces back to a fault in one or more of these four phases — which means drills should be chosen deliberately to target the specific phase that's breaking down, rather than applied generically.

Drills for the Pull Phase

Breaststroke arms with a pull buoy (no kick). Isolating the arm action removes the kick entirely, letting the swimmer focus purely on pull timing, sweep width, and hand path without compensating with leg power. This is particularly useful for swimmers who "muscle through" a sloppy pull using kick power to disguise it.

Sculling breaststroke pull. A slow-motion version of the pull, emphasising the feel of water pressure on the palms and forearms during the outward and inward sweep. Swimmers exaggerate the catch at the top of the pull, holding the "grip" on the water for a beat before initiating the inward scull. This drill builds the same kind of tactile water awareness that sculling drills build in front crawl, and directly addresses the "pulling too wide, too late" fault.

One-arm breaststroke pull. With one arm remaining extended forward while the other performs the pull, this drill isolates the propulsive phase and makes it easier for swimmers to feel whether they're finishing the pull cleanly under the chest rather than dragging it too far back.

Drills for the Breath Phase

Head-still breaststroke. Swimming a length of breaststroke with an explicit focus on keeping the head rising only as high as necessary to clear the mouth for a breath, rather than lifting the whole head and shoulders excessively. Coaches can cue this as "chin skims the water" to give swimmers a concrete image to aim for.

Every-other-stroke breathing. Alternating a normal breathing stroke with a "stealth stroke" where the head stays low and no breath is taken. This directly trains the low-profile stroke that reduces drag and stroke count over race distances, since not every stroke in a race needs a full breath.

Breath-timing count-out. The coach counts out loud "pull... breathe... kick... glide" at a controlled tempo while the swimmer matches movement to the count. This is especially effective for swimmers whose breath is either too early (disrupting the kick timing that follows) or too late (rushing the whole cycle to catch up).

Drills for the Kick Phase

Kick-only with a kickboard, feet-turnout focus. Isolating the kick lets swimmers and coaches focus purely on foot rotation and the timing of the propulsive sweep, without the distraction of arm coordination. A common cue here is "toes to the sky" during the sweep phase, encouraging the outward foot rotation that generates propulsion rather than just moving the legs back and forth.

Kick-only, streamline position, no board. Removing the kickboard and swimming kick-only in a streamlined position (arms extended, face down, breathing to the front as needed) more closely mimics the body position used in full-stroke swimming and builds the core stability needed to kick effectively without a board's artificial support.

Vertical breaststroke kick. Performed in deep water without touching the bottom, this drill isolates the kick entirely and forces symmetrical, controlled technique, since an inefficient or asymmetrical kick becomes immediately obvious (and tiring) when it's the only thing keeping the swimmer afloat.

2-kicks-1-pull drill. Performing two kick cycles for every one arm pull, deliberately over-emphasising the kick's contribution to propulsion and giving swimmers extra repetitions to refine kick technique within the context of the full stroke cycle, rather than in isolation.

Drills for the Glide Phase

Glide-count drill. After each kick, the swimmer counts a fixed number (starting with "one-one-thousand" and building up) before initiating the next pull, deliberately extending the glide phase beyond what feels natural. This directly targets the most common stroke-count-inflating fault: rushing into the next stroke before the glide's momentum has been used.

Streamline-glide-to-wall. Pushing off the wall in a tight streamline and gliding as far as possible before beginning the first stroke, used to build awareness of what a truly efficient glide position feels like — flat, narrow, minimal drag — as a reference point the swimmer can then try to replicate mid-stroke.

"Long stroke" length swims. Swimming a length of breaststroke with the explicit instruction to take the minimum number of strokes possible to complete the length, regardless of speed. This forces swimmers to consciously extend the glide and avoid rushing, directly training the stroke-count habit the coach is trying to build.

Building a Stroke-Count Training Progression

A structured approach to reducing stroke count across a training block might look like this:

Week 1–2: Establish a baseline. Have swimmers count and record their own strokes per length across a set of repeats at moderate effort, ideally with a coach double-checking the count. This gives both swimmer and coach a concrete number to work from rather than a vague sense of "efficiency."

Week 3–4: Phase-specific drill focus. Identify, from observation and stroke count patterns, which phase is the primary source of inefficiency for each swimmer — rushed glide, sloppy pull, early kick, or poor breath timing — and assign a focused drill block targeting that specific phase.

Week 5–6: Integration. Combine drill work with "target stroke count" swim sets, where swimmers are given a specific stroke count to hit for a length (typically one or two fewer than their established baseline) and asked to swim to that target rather than to a time. This reframes the swimmer's goal from "swim fast" to "swim efficiently," which often produces speed gains as a side effect.

Week 7–8: Speed application. Reintroduce pace and race-effort swimming, with stroke count still tracked as a secondary metric, checking whether the efficiency gains built in the drill and integration phases hold up under increased effort and fatigue. It's common for stroke count to creep back up under fatigue initially; this is useful diagnostic information about where the technique is least durable, not a sign that the training block failed.

Coaching Cues That Work

Certain verbal cues tend to translate especially well from coach to swimmer when targeting stroke count specifically:

• "Finish the glide" — for swimmers who rush the next pull before using the kick's momentum.

• "Chin skims" — for swimmers who over-lift during the breath, disrupting body position.

• "Toes to the sky" — for swimmers with a narrow or weak kick sweep.

• "One more count" — a simple, immediate cue during a set to extend glide length in real time.

• "Count your strokes" — sometimes the simplest and most effective cue of all, since actively counting naturally slows a swimmer down and encourages more deliberate technique, even without further instruction.

Common Mistakes When Coaching Stroke Count

Chasing a lower number at the cost of speed. Stroke count is a means to an end — efficiency — not the end itself. A swimmer who drastically over-extends their glide to hit an artificially low stroke count, at the cost of overall speed, has misunderstood the goal. Stroke count should always be considered alongside time, ideally tracked together so swimmers can see the relationship between the two.

Applying a uniform target stroke count across a squad. Optimal stroke count varies by swimmer height, strength, and stroke rate preference. Coaches should personalise stroke count targets to each swimmer's baseline and physical proportions rather than pushing everyone toward a single number.

Neglecting kick strength as a limiting factor. Sometimes a rushed glide isn't a timing problem at all — it's because the swimmer's kick isn't generating enough propulsion to make an extended glide worthwhile, so they intuitively compensate by kicking and pulling more frequently. In these cases, dryland or in-water kick-strength work may need to precede glide-extension drills for the technical correction to actually stick.

Ignoring underwater pull-outs. Stroke count for a length should typically account for the underwater pull-out following a start or turn, which itself has significant efficiency implications (timing of the pull-down, the second kick, and the transition to the first stroke). Coaching stroke efficiency without addressing pull-out technique leaves a significant piece of the puzzle unaddressed, particularly for competitive swimmers.

Conclusion

Breaststroke rewards patience in a way no other stroke quite does — the swimmer who resists the urge to rush from one phase to the next, who trusts the glide to do some of the work, and who breathes and kicks with clean timing, will consistently out-swim a more powerful but less efficient competitor over race distance. Stroke count gives coaches and swimmers alike a concrete, trackable measure of that efficiency, and a clear framework for diagnosing exactly where technique is breaking down. By targeting drills to the specific phase causing inefficiency — pull, breath, kick, or glide — rather than applying generic corrections, clubs can build a structured, measurable path toward faster, more efficient breaststroke that holds up not just in practice, but under the fatigue and pressure of race conditions.