Mastering Speed Skating: 5 Advanced Techniques to Improve Your Lap Times and Performance

Speed skating is a sport of hundredths of a second. Even small improvements in technique can translate into significant gains over a race. Many skaters plateau because they focus only on raw power or endurance, neglecting the subtle mechanics that separate good skaters from great ones. This guide presents five advanced techniques that directly impact lap times, each supported by practical drills and decision frameworks. We draw on common coaching practices and anonymized experiences from training groups. As with any high-intensity sport, consult a qualified coach or medical professional before making major training changes.

Why Lap Times Plateau and How to Break Through

Most skaters hit a performance ceiling after the first few seasons. The initial gains from basic technique and fitness taper off, and lap times stagnate. This plateau often stems from inefficiencies in the skating stroke, such as incomplete weight transfer, premature push termination, or poor body alignment. Understanding the biomechanical principles behind each phase of the stroke is essential for targeted improvement.

Common Causes of Stagnation

One frequent issue is the incomplete push. Skaters often cut their push short, losing potential propulsion from the last few inches of extension. Another is asymmetrical loading, where one leg bears more weight or pushes harder, leading to a curved path and wasted energy. Also, many skaters neglect the role of core stability; a weak core forces the upper body to compensate, disrupting balance and increasing drag.

To diagnose your specific weaknesses, consider video analysis with a coach. A typical drill involves skating a straightaway at race pace while a partner records from the side and front. Reviewing the footage frame by frame can reveal subtle flaws like a bent knee at the end of the push or a slight hip drop. One team I worked with found that simply correcting the push direction—from slightly sideways to more backward—improved lap times by 0.3 seconds per lap over a month.

Technique 1: Optimizing the Push Phase for Maximum Power Transfer

The push phase is the engine of speed skating. It begins when the skate is directly under the hip and ends with full extension behind the body. The goal is to apply force perpendicular to the skate blade for as long as possible, without compromising balance.

Key Elements of an Effective Push

Timing and Range of Motion: Start the push when the skate is beneath the hip, not earlier. Push laterally and slightly backward, keeping the knee over the toes. Fully extend the leg, including the ankle, at the end. Many skaters stop pushing when the knee is still bent, losing about 15% of potential force. Drills like two-footed glides with single-leg pushes help engrain the full range.

Weight Transfer: Shift your weight completely onto the pushing leg before the push begins. If weight remains on the gliding leg, the push becomes less effective. Practice the rocking drill: skate slowly, rocking from one leg to the other, ensuring each leg bears full weight before pushing.

Upper Body Stability: Keep the torso still and aligned over the hips. Any rotation or sway dissipates energy. A strong core is non-negotiable; include planks and rotational exercises in your off-ice training.

Drill: The Delayed Push

On a straightaway, skate at a moderate pace. After each glide, delay the push by half a second, concentrating on maintaining a deep knee bend and stable upper body. Then execute a full, explosive push. Repeat for 200 meters, rest, then do two more sets. This drill teaches patience and full extension.

Technique 2: Mastering Cornering to Maintain Speed Through Turns

Cornering is where races are won or lost. A poor corner can cost 0.5–1 second per lap compared to an optimized one. The key is to maintain as much speed as possible while minimizing the extra distance traveled.

Body Position and Lean

In the corner, lean the entire body as a unit from the ankles, not the waist. The inside shoulder should be lower than the outside, with the head turned to look toward the exit. Keep the inside arm tucked and the outside arm swinging slightly to aid balance. A common mistake is to straighten the inside leg too early, causing the skate to slip. Instead, keep the inside knee bent and the blade parallel to the ice.

Step Sequence and Timing

Long-track corners typically involve 8–12 crossovers. Each crossover should be smooth and rhythmic. The outside leg crosses over the inside leg, landing on the ice just before the inside leg pushes off. The inside leg then pushes to the side, not backward. Practice crossover drills on a circle: start slowly, focusing on the push direction, then increase speed. One composite scenario: a skater I observed reduced lap times by 0.4 seconds after two weeks of daily cornering drills, primarily by delaying the inside-leg push until the outside skate was firmly planted.

Exit Speed

The last crossover before the straightaway is critical. Push hard with the inside leg to accelerate out of the turn. Many skaters relax at the exit, losing momentum. Instead, maintain a low position and drive the knee forward. A useful cue is to imagine pushing the ice away behind you as you exit.

Technique 3: Drafting and Positioning for Energy Savings

Drafting can reduce energy expenditure by 10–20% at racing speeds, allowing you to conserve strength for a final sprint. However, poor drafting can be dangerous or counterproductive.

Optimal Drafting Distance

The ideal draft zone is 30–50 centimeters behind the leading skater's hip, slightly to the side (not directly behind). This position reduces wind resistance while allowing you to react to pace changes. Being too close risks a fall; too far reduces the draft benefit. Practice following a partner on the straightaways, maintaining a consistent gap. Use peripheral vision to monitor distance; do not stare at the leader's skates.

When to Lead vs. Draft

In a race, leading requires more energy, so it's often strategic to draft for most of the race and lead only at the end. However, if the pace is too slow, leading can break away from the pack. Consider your strengths: if you have a strong sprint, draft until the final lap; if you have sustained power, take short pulls to tire opponents. One common mistake is to stay in the draft too long and lose the ability to accelerate when needed. Practice surge drills: from a drafting position, accelerate past the leader and hold the lead for 200 meters, then drop back. This simulates race tactics.

Drafting in Packs

In mass start events, drafting in a pack requires constant awareness. Avoid sudden movements; signal your intentions with slight head turns. Stay relaxed to conserve energy. If you feel boxed in, drop to the back of the pack and find open ice.

Technique 4: Pacing Strategies for Consistent Lap Times

Pacing is often overlooked but can make or break a race. Starting too fast leads to a crash in later laps; starting too slow leaves too much ground to make up.

Understanding Your Threshold

Your optimal pace is just below your anaerobic threshold—the point where lactate builds up faster than it can be cleared. Many skaters can sustain about 90–95% of their maximum heart rate for a 1500-meter race. Use a heart rate monitor during training to identify your threshold pace. A typical session: skate 3×500 meters at race pace with 2-minute rests, recording heart rate at the end of each. The average heart rate gives a target for race effort.

Negative Splitting

For distances 1500m and longer, negative splitting (running the second half faster than the first) is often effective. Start at about 95% of goal pace for the first lap, then gradually increase. This approach spares energy for a strong finish. A common error is to overcompensate and start too slow, then have to sprint the last lap, which is inefficient. Practice pace drills: skate 3 laps at a steady pace, then the last lap at 105% effort. Learn to judge effort by feel, not just the clock.

Adjusting for Conditions

Indoor and outdoor tracks differ. Outdoor tracks may have wind and variable ice quality. On windy days, increase effort into the wind and recover on the backstretch. On soft ice, shorten your stroke to maintain grip. Always have a pre-race plan but be ready to adapt.

Technique 5: Refining the Glide and Recovery for Efficiency

The glide phase is not passive; it's an opportunity to prepare for the next push. Efficient gliding reduces drag and conserves energy.

Body Position During Glide

Maintain a low, aerodynamic stance with the back flat and head up. Arms should be tucked close to the body, with hands at hip level. On the straightaway, the gliding skate should be directly under the hip, not to the side. A common fault is to let the gliding skate drift outward, increasing drag. Practice one-skate glides: push off and glide on one skate as far as possible, keeping the other skate off the ice. This builds balance and awareness.

Recovery Mechanics

After the push, bring the skate back under the body quickly and smoothly. The recovery leg should swing close to the ice, not lift high. A high recovery wastes energy and disrupts rhythm. The quick recovery drill: focus on snapping the skate back immediately after full extension. Perform 10–15 pushes on each leg, emphasizing speed of recovery.

Breathing and Relaxation

Tension is the enemy of efficiency. Consciously relax your shoulders, hands, and jaw during the glide. Breathe deeply and rhythmically. Many skaters hold their breath during intense efforts, causing premature fatigue. Practice exhaling fully during the push and inhaling during the glide.

Common Pitfalls and How to Avoid Them

Even with good technique, skaters often fall into habits that undermine performance. Recognizing these pitfalls is the first step to correction.

Overstriding

Trying to take longer strokes often leads to overreaching, where the skate lands too far forward, causing a braking effect. Instead, focus on a quick, powerful push and a short glide. A good rhythm is about 2–3 pushes per second on the straightaway. Use a metronome app to find your natural cadence, then increase it slightly over weeks.

Leaning Too Far Forward

While a low position is aerodynamic, excessive forward lean shifts weight to the toes, making it hard to push effectively. The shins should be at about a 45-degree angle to the ice. If you feel pressure on your toes, raise your torso slightly. A coach can help you find the optimal angle.

Neglecting Off-Ice Training

Skating technique is built on a foundation of strength, flexibility, and balance. Neglecting off-ice work is a common mistake. Include exercises like lunges, squats, single-leg deadlifts, and ankle mobility drills. Plyometrics (box jumps, bounds) improve explosive power. Yoga or Pilates can enhance flexibility and core strength.

Ignoring Equipment Fit

Skates that are too tight or too loose can cause pain and inefficiency. Ensure a snug fit with no heel lift. Blades should be sharp and properly aligned. A dull blade forces you to work harder to grip the ice. Check your skates regularly and consult a professional fitter if needed.

Frequently Asked Questions

This section addresses common questions skaters have about technique improvement.

How often should I practice these techniques?

Dedicate at least two on-ice sessions per week to technique drills, separate from endurance or sprint workouts. Consistency matters more than volume; 20–30 minutes of focused drill work per session is effective. Off-ice strength training two to three times per week supports technique improvements.

Can I improve lap times without a coach?

Yes, but progress may be slower. Video yourself and compare to online resources from reputable sources. Join a club or find a training partner for feedback. Be honest about your weaknesses; it's easy to overlook flaws without external input. Consider a few coaching sessions periodically to correct major issues.

How long does it take to see results?

With consistent practice, noticeable improvements can appear within 4–6 weeks. However, mastering a technique like cornering may take months. Patience is key; focus on the process, not just the outcome. Keep a training log to track drills and lap times.

What if I feel pain during skating?

Pain is a signal to stop. Common issues like shin splints, knee pain, or lower back pain often stem from technique errors or ill-fitting equipment. Rest, ice, and consult a sports medicine professional. Do not push through pain; it can lead to chronic injury. Adjust your technique under guidance.

Bringing It All Together: Your Next Steps

Improving lap times requires a systematic approach. Start by diagnosing your weakest area using video analysis or coach feedback. Then, focus on one technique at a time for two to three weeks, integrating it into your regular skating. For example, if your cornering is weak, spend 15 minutes each session on cornering drills, then incorporate the improved technique into full-lap efforts. Track your lap times weekly, but also measure qualitative factors like perceived effort and smoothness.

Remember that technique work is cumulative. The five techniques outlined—push optimization, cornering mastery, drafting, pacing, and glide efficiency—are interconnected. A better push reduces the energy needed for the glide; efficient gliding sets up a stronger push. As you improve each element, the overall effect multiplies. One skater I know combined all five over a season and dropped her 1500m time by 4 seconds, a significant gain at the elite level.

Finally, stay adaptable. What works for one skater may not work for another. Experiment with different drills and pacing strategies to find what suits your body and style. Keep a training journal to document what you try and the results. And always prioritize injury prevention: warm up thoroughly, cool down, and listen to your body.

Speed skating is a journey of continuous refinement. By applying these advanced techniques with patience and consistency, you'll not only improve your lap times but also deepen your enjoyment of the sport.