How To Become A Faster Swimmer: Proven Drills, Techniques, And Training Strategies

Increasing swimming velocity requires a strategic synthesis of reduced frontal drag, maximized propulsive efficiency, and optimized aerobic capacity. By mastering stroke mechanics such as high-elbow catch and rotation-based streamlining, swimmers can significantly decrease their stroke count while increasing distance per stroke, the two primary metrics for sustained aquatic speed.

Foundational Requirements and Performance Benchmarks

Achieving top-tier swimming speed is not merely a product of physical exertion; it is a discipline of hydrodynamics. Before embarking on a speed-focused training program, swimmers must ensure their equipment is optimized to reduce parasitic drag and that they possess the prerequisite aquatic literacy to maintain body position.

• Essential Gear:
  
  
  • Technical racing suit: Designed for compression and water-repellent properties (Polyurethane-based).
  • Silicone swim cap: Reduces surface friction on the scalp.
  • Hydrodynamic goggles: Low-profile lenses to minimize drag during high-velocity turns.
  • Training aids: Center-mount snorkel to fix head position, drag shorts to build anaerobic resistance, and specialized finger paddles for catch mechanics.
• Performance Benchmarks:
  
  
  • Distance Per Stroke (DPS): Aim for a 5-10% increase over an 8-week mesocycle.
  • Stroke Rate (SR): Measured in strokes per minute; speed is the product of SR multiplied by DPS.
  • Training Duration: A minimum of four sessions per week totaling 8,000 to 12,000 meters to drive physiological adaptation.

Technical Execution for Maximized Aquatic Velocity

Step 1: Refining the High-Elbow Catch (EVF)

The Early Vertical Forearm (EVF) position is the gold standard for creating a stationary anchor point in the water. As your hand enters the water, focus on keeping your elbow higher than your wrist. Your forearm should act as a paddle, pulling water backward rather than pushing it downward.

1. Extend the arm fully upon entry, keeping the shoulder retracted.
2. Initiate the pull by rotating the forearm downward while maintaining a high elbow position.
3. Ensure the palm faces directly toward the back wall throughout the entire catch phase.

Pro-Tip: Visualize yourself reaching over a barrel. This mental cue forces the elbow to rise above the wrist, preventing the common "dropped elbow" error that leaks power.

Step 2: Optimizing Body Rotation and Core Engagement

Speed is generated through the hips, not just the shoulders. Proper rotation allows for a longer reach and a more powerful pull phase. A flat body position is slow because it increases the surface area exposed to water resistance.

1. Rotate your body along the longitudinal axis, moving between 30 and 45 degrees toward each side.
2. Engage the core muscles to ensure the hips move in unison with the shoulders.
3. Use the rotation to generate momentum for the recovery arm, allowing for a relaxed, high-recovery path.

Step 3: Mastering the Flutter Kick and Propulsive Rhythm

The kick provides stability and, in sprint events, critical forward momentum. However, an inefficient kick acts as an anchor.

1. Initiate the kick from the hip, not the knee. The motion should feel like a whip originating from the core.
2. Keep the feet slightly plantar-flexed with toes pointed inward (pigeon-toed) to maximize surface area.
3. For middle-distance events, utilize a two-beat or four-beat kick rhythm to conserve oxygen while maintaining body alignment.

Step 4: Streamlining and Turn Efficiency

The most significant speed gains occur off the walls. A swimmer spends approximately 20-30% of any pool race in a glide or underwater phase.

1. Execute a tight tuck during the flip turn, bringing your heels close to your glutes to increase rotational speed.
2. Plant your feet firmly on the wall and push off into a tight, hands-over-hands streamline position.
3. Perform a dolphin kick underwater until your velocity matches your surface swimming speed, then initiate the transition to surface strokes.

Comparative Analysis of Swimming Training Methodologies

Addressing Performance Plateaus and Common Errors

Even elite swimmers encounter mechanical failures that hinder speed. Addressing these at the root cause is essential for consistent progress.

• Root Cause: Fishtailing. The swimmer’s legs swing side-to-side, increasing drag significantly.
  
  
  • Actionable Fix: Focus on core bracing. Tighten the abdominals and imagine swimming through a narrow pipe; ensure your heels remain within the shadow of your torso.
• Root Cause: Breathing Stalls. The swimmer pauses their pull or lifts their head too high to breathe, causing the hips to sink.
  
  
  • Actionable Fix: Practice "one-goggle" breathing, where only one eye exits the water surface. Keep the lower half of the face in the water to maintain head stability.
• Root Cause: Over-gliding. The swimmer holds a position at the front of the stroke for too long, losing momentum.
  
  
  • Actionable Fix: Implement a "continuous motion" drill. Ensure that as soon as the lead hand catches, the recovery arm begins its entry to keep the kinetic chain moving.

Frequently Asked Questions

How many sessions per week should I swim to get faster?

To see significant velocity gains, you should commit to at least 4 to 5 sessions per week. Consistency is more critical than total volume, as swimming is a highly technical sport that requires frequent repetition to maintain a "feel" for the water.

What is the fastest way to improve my kick?

The fastest way to improve your kick is through vertical kicking drills. By treading water while holding a heavy object or with your arms crossed above your chest, you force your hips to engage and your ankles to find the optimal whipping motion.

Why do I feel fast during practice but slow during races?

This usually stems from "over-spinning"—increasing stroke rate without a corresponding increase in distance per stroke. Focus on maintaining your technique under fatigue during your most intense training sets to ensure your race-day mechanics remain intact under pressure.

Does lifting weights actually help me swim faster?

Yes, dry-land strength training is essential for increasing power-to-weight ratio. Focus on compound movements like pull-ups, overhead presses, and core rotational work to enhance the power you can apply against the water during the catch and pull phases.

Should I prioritize distance per stroke or stroke rate?

Prioritize distance per stroke first. Once you have maximized your glide and pull efficiency, then focus on increasing your stroke rate while maintaining that efficiency. If you increase rate before fixing your stroke mechanics, you will simply be moving inefficiently at a higher velocity.

Take control of your aquatic performance by implementing these technical drills into your next training cycle today. Sign up for our advanced stroke analysis newsletter to receive weekly mechanical drills and performance-tracking templates directly to your inbox.