The following post was originally published by Terry Laughlin on February 15, 2013.

Describing swimming as “slow” or “fast” is too imprecise to be meaningful. A pace that is slow for 100 meters can be very fast for 1500 meters. A time that is slow for a 25 year old can be world-record pace for a 75 year old.  And even for the same swimmer and distance, “slow” or “fast” tells us surprisingly little.

If I swim a series of 100-yard repeats at a pace of 1 minute 24 seconds that would be nothing to write home about if I swam them at a tempo of 1.0 seconds/stroke (which would be 16 strokes per length.)  But I’d feel inclined to shout from the rooftops (or at least post on the TI Forum, Facebook and Twitter) if I swam at a tempo of 1.5 seconds/stroke —  which would require me to complete each length in 11 strokes.

Drilling much deeper into the slow/fast dichotomy, have you considered that even within the same stroke, some parts should be “slow” while others should be fast? In fact, the ability to do this–called asynchronous timing–is a high level skill that is critical to swimming your best.

The catch (not the entire stroke) should be as slow as possible–all other things being equal. Taking more time on the catch improves streamline by keeping your bodyline extended a bit longer. It also improves propulsion by allowing you to cultivate a firmer grip and keep the water molecules behind your hand and arm quieter.

With a faster catch, you’re liable to move the water more. With a slower catch, you move your body more. The most notorious example is the anchor leg on the Mens 4 x 100 Freestyle Relay at the 2008 Olympics in Beijing. The main Jason Lezak passed Alain Bernard was his dramatically-slower catch–which resulted in him traveling much farther on each stroke.

In contrast, the recovery should be as quick as possible–all other things being equal. This is because the more time your arm is out of the water–where it weighs 10x more– the more “stress” is imposed on your balance and stability. And thus the more chance you’ll use arms and legs to “steady” yourself. Also the more time the recovery arm is out of water, the more time you spend as a “shorter vessel.”

But here’s the conundrum. You shouldn’t try to speed up your recovery by moving your arm faster. Instead, strive to (i) travel the shortest distance between exit and entry — a straight line with fingertips barely clearing the water; and (ii) have your hand out of water as briefly as possible.

And here’s one more benefit to practicing a super-slow catch: It will improve your Balance and Stability by tuning up spinal-stabilizer muscles.

Master the skills of efficient freestyle with the Total Immersion Effortless Endurance Self Coaching Course!

The post How to Swim Faster by Stroking Slower (AND Faster) appeared first on Total Immersion.

October 11, 2014

Is there a technique that allows you to swim much faster–while also minimizing the potential for shoulder pain? There is! And it’s one that nearly all coaches and swimmers overlook.

Most people treat the recovery portion of the crawl stroke as incidental. Since it’s not involved in propulsion, they figure, it serves only to get the arm back to where it can resume pushing water back—the part they consider all-important.

But Total Immersion—virtually alone in the swim world—considers the recovery phase consequential. We know  that small errors in recovery can create large problems elsewhere–increasing drag and reducing propulsion.

The Rag Doll (aka Marionette) Recovery—the name we initially gave the focal point for suspending a fully relaxed forearm from the elbow during recovery—is one of three essential elements of an efficient recovery. (Swinging the elbow away on exit—not lifting it—and cleanly entering hand before forearm are the others.)

Origins

Like Balance, Streamlining, and most TI technique fundamentals, the Rag Doll Recovery emerged from a problem-solving process.

In Oct 2004, I ruptured the biceps tendon in my right shoulder while lifting weights. It was an almost crippling injury. Normally undemanding actions –like donning a seat belt, or pouring water from a kettle–were too painful to perform with my right arm.

Despite this, I continued swimming. My health insurer required five months of therapy before approving surgery, and I knew that I was likely to regain strength and function more quickly post-surgery if I remained active.

Three Techniques for Pain-Free Swimming

Within a week or two following the injury, I began seeking stroke modifications that would allow me to swim with minimal pain. I discovered that I could minimize discomfort by doing the following:

• ‘Turning off’ arm muscles as I lifted it from the water–relying on a highly-mobile shoulder blade to bring the arm forward.
• Dropping my hand in earlier and steeper on entry.
• Letting my arm sink until my shoulder was in a highly stable position, and I felt natural—even effortless–leverage, before applying pressure.

To my great surprise I was soon swimming pain-free. Then, within weeks, I was stunned to find myself  swimming slightly faster than before the injury.

Even with my right biceps detached from my shoulder—and despite still being unable to pour tea without searing pain!

I was so struck by the advantage I seemed to have gained through pain-avoidance that these three modifications eventually became standard TI crawl techniques. You know them today as the Rag Doll (or Marionette) Recovery, Mail Slot Entry, and Patient Catch.

Why It Works

Though the Rag Doll Recovery emerged as a workaround to a painful injury, I was intensely curious why this combination of technique adjustments allowed me to swim faster with what would have been a disabling injury for the vast majority of swimmers.

Thinking about anatomy, physics, and stroke mechanics, I recognized several critical advantages in the Rag Doll Recovery:

1. It provided a rest break for arm muscles that had work to do during propulsion–maintaining a firm hold on the water. Turning off muscles when they’re not needed saves energy and eliminates a common source of muscle fatigue.
2. Suspending a relaxed forearm from the elbow during recovery—instead of swinging it stiffly through the air eliminates ballistic forces that would destabilize the core or divert momentum sideways. (This evolved into a core TI efficiency principle: Any body part which leaves the water should move in the direction of travel.)
3. It moves the hand from exit to entry by the shortest possible path. This enables higher strokes rates with no loss of length. I.E. You swim faster efficiently.

How I’ve Used It

In the years since I made the Rag Doll Recovery a core element of technique, I’ve discovered it provides distinct advantages in several challenging situations:

1. Because my arms never tire, I’ve been able to swim great distances—8+ hours in the Manhattan Island Marathon and nearly 12 hours in the Tampa Bay Marathon—on quite moderate training and with minimal fatigue.
2. A compact recovery lets me swim in undisturbed comfort and control in the congested conditions of pack swimming in open water
3. Because my forearm is so relaxed, my core remains stable in rough water. My forearm yields when waves or chop hit it, instead of communicating the impact to my core body.

But even more important, these techniques are so biomechanically sound that it’s been nearly 10 years since I experienced any swimming-related shoulder pain.

Learn the skills of relaxed arm recovery and the other elements of efficient freestyle with the Total Immersion Effortless Endurance Self Coaching Course!

The post PRACTICE TIPS: How to Swim Faster AND Pain-Free with a Relaxed Recovery Arm appeared first on Total Immersion.