Start With the Real Formula for Freestyle Speed

Freestyle speed depends on two broad factors: how much useful propulsion you create and how much resistance your body creates while moving through the water. You can pull and kick harder, but if your hips sink, your legs spread, or your head lifts every time you breathe, much of that effort disappears into drag.

A practical way to think about swimming velocity is:

Speed = effective stroke length × sustainable stroke rate

Stroke length is the distance you travel with each stroke. Stroke rate is how quickly you complete those strokes. Increasing only one side of the equation can backfire. Overreaching for a longer stroke may create dead spots, while spinning your arms faster may shorten the catch and turn your workout into aquatic windmilling.

Your goal is to find the highest stroke rate you can sustain while maintaining alignment, pressure on the water, and control.

Improve Your Body Position Before Adding More Power

Keep Your Head Neutral

A high head usually produces low hips. Look mostly downward, allowing the waterline to sit near the crown of your head. Your neck should remain relaxed rather than craned forward to inspect the tiles approaching from the other end of the pool.

Try swimming several easy 25s while imagining that a laser beam extends from the top of your head directly toward the opposite wall. Avoid nodding, twisting, or lifting your head unnecessarily.

Press Your Chest and Engage Your Core

A horizontal body creates less resistance than a body traveling uphill. Gently press your upper chest into the water while keeping your ribs and pelvis connected. This does not require a heroic abdominal crunch. You are creating controlled tension through the trunk so your hips and legs follow your shoulders in one streamlined line.

A useful drill is side kicking. Push off in a streamlined position, rotate onto one side, keep the lower arm extended, and kick for six to eight beats before switching sides. Focus on making your head, spine, hips, and heels feel connected.

Rotate as a Unit

Effective freestyle includes rotation through the shoulders, torso, and hips. Rotating as one unit helps you engage larger muscles, improves the recovery, and reduces the temptation to pull using only the shoulder.

Avoid rotating so far that you resemble a rotisserie chicken. For most swimmers, moderate rotation is enough to lengthen the stroke and support a strong catch without sacrificing balance.

Build a Stronger Freestyle Catch and Pull

Enter Cleanly and Avoid Crossing Over

Your hand should enter in front of the shoulder rather than crossing toward the centerline. A crossover entry can cause the body to snake from side to side, increasing drag and weakening the pull.

Imagine swimming along two narrow railroad tracks. Each hand enters and pulls on its own track. Your fingertips should enter first, followed by the wrist and forearm, with the arm extending forward without forcing an exaggerated glide.

Develop an Early Vertical Forearm

After the hand enters, begin positioning the forearm so it can press water backward. The elbow should remain relatively high while the fingertips angle downward. This creates a larger surface area using both the hand and forearm.

The purpose is not to shove water toward the bottom of the pool. Downward pressure may lift your upper body temporarily, but it contributes little to forward motion. Apply pressure backward, then accelerate the hand through the pull.

Use Sculling and Fist Drills

Sculling drills improve your feel for the water by teaching subtle changes in hand and forearm angle. Perform short sculling movements in front of the shoulders while maintaining a stable body position.

Fist drill is another excellent option. Swim freestyle with lightly closed fists for 25 yards or meters, then open your hands for the next 25. With your palms temporarily unavailable, you must use your forearms more effectively. When the hands reopen, they may feel approximately the size of dinner plates.

Do Not Force an Artificially Long Stroke

Distance per stroke matters, but fewer strokes do not automatically mean faster swimming. A swimmer who glides too long may lose momentum between pulls. Count your strokes over several 25s, but record your time as well. The best result is not the lowest stroke count; it is the best combination of speed, efficiency, and repeatability.

Fix Your Freestyle Breathing

Breathing should fit into the stroke rather than interrupt it. Exhale continuously or progressively while your face is underwater. Holding your breath causes carbon dioxide to build up, which can make a moderate effort feel like an emergency meeting with Poseidon.

When you breathe, rotate your body and turn your head with it. Keep one goggle in or near the water and inhale quickly through the mouth. Avoid lifting your entire head forward because that pushes the hips downward and creates a large braking effect.

Practice Bilateral Breathing Without Worshiping It

Breathing to both sides during training can promote symmetry, improve awareness, and prepare you for waves, sunlight, competitors, or lane traffic. However, you do not have to breathe every three strokes during every hard effort.

Practice both sides during warm-ups and technique sets. During races or intense intervals, use the breathing pattern that provides enough oxygen while preserving your rhythm. For some swimmers, that means breathing every two strokes and occasionally switching sides.

Try This Breathing Set

• 4 × 50 easy freestyle, breathing every three strokes
• 4 × 50 moderate, breathing every two strokes and changing sides each length
• 4 × 25 fast, using your natural race breathing pattern
• Rest 15 to 25 seconds between repeats

Keep the head movement small and compare how each pattern affects your speed and control.

Make Your Flutter Kick Faster and More Economical

A good freestyle kick supports body position, connects the hips to the upper body, and contributes additional propulsion. The movement should originate from the hips, with relaxed knees and flexible ankles. A knee-dominated kick produces excessive resistance and often looks suspiciously similar to riding an invisible bicycle.

Keep the kick relatively narrow. Your heels may approach or lightly break the surface, but your feet should not launch buckets of water onto innocent people in neighboring lanes.

Choose the Right Kick Rhythm

Sprinters commonly rely on a powerful six-beat kick, producing six kicks during each complete arm cycle. Distance swimmers may use a lighter two-beat or four-beat kick to conserve energy. There is no universal rhythm for every swimmer or event.

Practice multiple patterns and determine which one keeps your hips high without exhausting your legs prematurely.

Use Short, High-Quality Kick Sets

Instead of surviving endless slow kickboard laps, include fast repeats with generous rest:

• 8 × 25 kick fast with 20 to 30 seconds of rest
• 4 × 50 kick, descending from controlled to fast
• 6 × 15-second vertical kick efforts with 30 seconds of recovery

Fins can help you experience higher speeds, improve ankle rhythm, and practice fast body rotation. Use them as a teaching tool, not as permanent emotional support.

Train at the Speed You Want to Swim

Swimming long, steady laps can build aerobic fitness, but it does not automatically develop top-end speed. To swim fast, you must regularly practice swimming fast while preserving your technique.

Add Short Sprint Repeats

Short sprints allow you to produce high speed before fatigue destroys your mechanics. Begin with repeats such as:

• 12 × 25 at 90% to 95% effort with 25 to 40 seconds of rest
• 8 × 25 all-out with 45 to 60 seconds of rest
• 6 × 50 as 25 fast and 25 easy

Stop the set or increase the rest if your times deteriorate sharply. Speed training is about quality. Twelve slow, exhausted “sprints” are merely cardio wearing a fake mustache.

Use Race-Pace Training

Race-pace sets teach your body to reproduce the speed, stroke rate, kick rhythm, and breathing pattern required for a target event. Suppose your goal is to swim 100 yards in 1:20. Your target pace is approximately 20 seconds per 25 yards.

A race-pace progression might include:

• 16 × 25 at goal pace with 20 seconds of rest
• 8 × 50 at goal pace with 30 seconds of rest
• 4 × 75 at goal pace with 45 seconds of rest

You do not need to complete all three sets in the same workout. Progress gradually and prioritize accurate pacing.

Develop Threshold Speed

Threshold training improves the fastest pace you can sustain aerobically for an extended period. One practical approach is to perform repeated 100s at a demanding but controlled pace with short rest.

For example, swim 6 × 100 at a pace you can hold consistently, resting 10 to 15 seconds. Over several weeks, progress toward 8 or 10 repeats, reduce the send-off slightly, or improve the average time without allowing your technique to collapse.

Improve Starts, Streamlines, Underwaters, and Turns

Pool races are not won exclusively in the middle of the lane. Starts, push-offs, breakouts, and turns can provide speed without requiring a faster surface stroke.

After every push-off, lock your hands together, squeeze your head between your arms, tighten your core, and point your toes. A loose streamline behaves like an open parachute. Remain streamlined while you are moving faster than your normal swimming speed, then transition into your kick and breakout before momentum disappears.

Attack the Wall

Do not coast into a flip turn. Maintain speed, tuck tightly, place your feet firmly on the wall, and push in a straight line. Practice turning at different distances so you can judge the wall without taking a tiny emergency stroke or gliding long enough to reconsider your life choices.

Include eight to twelve focused turns during warm-up rather than waiting until the end of practice, when coordination has packed its bags and gone home.

Use Drills Without Becoming a Professional Driller

Drills are useful only when they correct a specific problem and transfer into normal swimming. Choose one technical goal at a time.

• Side-kick drill: Improves balance, alignment, and rotation.
• Six-kick switch: Connects body rotation to the stroke.
• Fingertip drag: Encourages a relaxed recovery and controlled elbow position.
• Fist drill: Develops forearm awareness and feel for the water.
• Single-arm freestyle: Isolates catch mechanics and breathing timing.
• Sculling: Improves hand pressure and water sensitivity.

A simple pattern is 25 drill followed immediately by 25 regular freestyle. During the regular length, preserve the sensation emphasized by the drill. Otherwise, you may become wonderfully skilled at drills while continuing to swim exactly as before.

Strength Train for Better Freestyle Performance

Dryland training can increase force production, improve body control, and help swimmers tolerate repetitive training. The objective is not to collect random gym exercises until your shoulders file a formal complaint.

Prioritize movements that train the back, shoulders, hips, legs, and trunk:

• Pull-ups or assisted pull-ups
• Rows and lat pulldowns
• Push-ups and controlled pressing exercises
• Squats, split squats, and deadlift variations
• Planks, dead bugs, Pallof presses, and carries
• External shoulder rotations and scapular-control exercises

Two well-designed strength sessions per week are enough for many recreational and Masters swimmers. Begin with manageable resistance, use excellent technique, and avoid placing demanding upper-body lifting immediately before your most important speed workout.

Persistent shoulder pain is not a motivational challenge. Reduce the aggravating workload and consult a qualified medical or rehabilitation professional.

Track the Metrics That Actually Matter

Swimming harder without measuring anything makes improvement difficult to evaluate. Track a few simple indicators:

• Time per 25, 50, or 100
• Average pace across a repeated set
• Stroke count per length
• Stroke rate during controlled and fast swimming
• Number of successful repeats at target pace
• Rest required to maintain consistent speed

Test yourself every four to six weeks under similar conditions. A useful test could be a timed 100, a timed 400, or a set of 10 × 100 with consistent rest. Avoid racing the clock every day. Improvement develops through training; testing merely reveals it.

A Practical Weekly Freestyle Training Plan

The following three-session schedule works well for swimmers who already have basic freestyle skills. Adjust distances and send-offs to your current ability.

Session 1: Technique and Aerobic Efficiency

• 300 easy swim
• 8 × 25 drill/swim by 25
• 6 × 100 moderate with 15 seconds of rest
• 4 × 50 descending from easy to strong
• 200 easy cool-down

Session 2: Sprint Speed

• 400 progressive warm-up
• 8 × 25 kick, alternating easy and fast
• 12 × 25 fast with 30 seconds of rest
• 6 × 50 as 25 fast and 25 easy
• 4 × 50 controlled freestyle focusing on length and alignment
• 200 easy cool-down

Session 3: Threshold and Pace Control

• 300 easy swim
• 6 × 50 build within each repeat
• 8 × 100 at a challenging, repeatable pace with 10 to 20 seconds of rest
• 4 × 25 at target race pace
• 4 × 50 easy choice
• 200 relaxed cool-down

Increase the workload gradually. Add repeats, slightly reduce rest, or improve target pace, but avoid changing all three variables at once.

Recover So Your Speed Can Improve

Training creates the stimulus for improvement; recovery allows your body to adapt. Eat balanced meals containing carbohydrates, protein, healthy fats, fruits, and vegetables. After a difficult session, replenish fluids and consume a meal or snack that supports muscle repair and energy restoration.

Sleep is especially important when training intensity rises. A swimmer who repeatedly sacrifices sleep may complete every scheduled workout yet absorb less of the benefit.

Plan at least one easier day each week. Every three to five weeks, consider reducing total training volume before beginning another progression. Faster swimming requires consistency, not a heroic seven-day battle followed by two weeks of exhaustion.

Experience-Based Lessons From Swimmers Who Got Faster

The following section distills recurring real-world lessons reported by adult swimmers, competitive athletes, and coaches rather than presenting a single swimmer’s personal diary.

One of the most common experiences among improving swimmers is that their first breakthrough comes from slowing down. That sounds ridiculous until you watch underwater video. Many swimmers discover that what felt like aggressive speed was actually frantic movement combined with a dropped elbow, crossed hand entry, lifted head, and legs wandering through different zip codes.

When they spend several weeks swimming controlled 25s and 50s, the water begins to feel different. A well-positioned forearm creates pressure. A quieter head keeps the hips near the surface. Rotation makes the recovery easier. The swimmer is not necessarily fitter yet, but the pace improves because less energy is being wasted.

Another frequent lesson is that a single technical cue works better than six simultaneous instructions. A swimmer who enters the pool thinking, “High elbow, point toes, rotate hips, breathe early, engage core, relax shoulders, count strokes,” usually completes the first length with the mental tranquility of an air-traffic controller during a thunderstorm.

Experienced coaches often select one focus for each set. During warm-up, it might be head position. During drill work, it might be forearm pressure. During the main set, it might be holding pace. This narrow focus helps the correction become automatic rather than remaining an idea the swimmer understands on deck but forgets underwater.

Swimmers also report that their progress accelerates when they stop treating every workout as a continuous endurance swim. Twenty or thirty uninterrupted laps may improve general fitness, but the swimmer often settles into one comfortable speed. Interval training introduces structure. The pace clock creates accountability, and short rest periods allow athletes to repeat good swimming at a higher intensity.

For example, an adult swimmer who normally completes 1,500 yards continuously might replace part of that distance with 10 × 100. At first, the final repeats may be much slower than the opening ones. Over time, the swimmer learns to control the first 25, maintain pressure through the middle, and finish without losing alignment. The average pace improves even before maximum sprint speed changes.

Many swimmers experience another breakthrough when they begin practicing genuine speed. Their regular workouts may feel difficult, yet they rarely move at race velocity. Adding a small number of rested 25s teaches faster turnover, stronger kicking, and sharper breakouts. The first attempts can feel uncoordinated, but the nervous system gradually learns what fast swimming is supposed to feel like.

Video feedback is often the most humbling and productive experience. A swimmer may believe the head is neutral, only to discover it is facing forward like a submarine periscope. The hand that supposedly enters in front of the shoulder may cross the centerline on every stroke. Even a brief recording can reveal problems that are difficult to feel.

Finally, swimmers who improve steadily tend to respect recovery. They do not ignore persistent shoulder discomfort, add intense paddles to every practice, or assume that soreness proves a workout was effective. They build volume progressively, protect technique when tired, eat after hard sessions, and sleep enough to return with useful energy.

The broad lesson is reassuring: getting faster at freestyle rarely requires one magical drill or revolutionary piece of equipment. Progress comes from collecting small improvementsa cleaner entry, a stronger catch, a calmer breath, a tighter turn, one more repeat at goal paceand repeating them until the stopwatch finally notices.

Conclusion

To get faster at swimming freestyle, begin by reducing resistance. Establish a neutral head position, stable core, high hips, and controlled body rotation. Then improve propulsion through a clean hand entry, effective catch, accelerating pull, and purposeful kick.

Combine technical practice with sprint repeats, threshold intervals, race-pace training, strong turns, and consistent dryland work. Measure your pace and stroke efficiency, but do not chase numbers at the expense of good movement. Most importantly, allow enough recovery for your training to produce adaptation.

You do not need to fix your entire stroke in one practice. Select one weakness, train it deliberately, and retest after several weeks. Freestyle speed is built one efficient length at a time.