font size A A A

All Strokes - The Ins and Outs of Sculling

Posted by Glenn Mills on May 19, 2009 12:55PM

Sculling is a back-and-forth movement of the hands and forearms that provides almost constant propulsion. It may not be a FAST way to get to the end of the pool, but if you keep at it, you will soon be faster when you try to swim to the other end. Sculling teaches your hands how to propel at every point in the pull cycle.

Add to Cart View Cart - Learn more basic skills with Steve Haufler Progressions DVD

Sculling is one of the most important skills in swimming. It’s part of having that elusive “feel” for the water – the ability to hang on to the water at every stage of the pull.

To understand it, think of a propeller. A propeller -- rather than moving backward or forward -- cuts sideways through the water (or through the air, if it’s an airplane propeller). It’s the pitch of the propeller that causes the water (or wind) to be directed away from the surface, thus creating forward motion. The blade on your summer fan works in exactly the same way.

Another useful image is to think about what happens when you stick your hand out the car window at 60 miles per hour. You can feel how a slight change in the pitch of your hand has a dramatic effect on how the air travels around your hand and how much resistance is created.

The same thing happens in the water. A slight change in the pitch of your hand has a big effect on drag, lift, and propulsion. Sculling is nothing more than the constant changing of the pitch of the hands and forearms to create propulsion.

This video illustrates an easy sculling drill that can lead to a more efficient, propulsive stroke.

Start by treading water in the deep end, but without using your legs (or use them as little as possible). Sweep your hands back and forth, in and out, with very little movement in the upper arm (elbow to shoulder). Try to apply constant pressure on the water with your palms, and try to keep your back-and-forth movements rhythmic and steady – as if your hands and forearms were a windshield wiper.

As you continue this back-and-forth movement, start to focus on HOW you change the pitch of your hands. As you send the hands AWAY from the center, the palms will face slightly away from each other, but not directly away. As you bring them back to center, the palms face slightly toward each other, but not directly at each other.

The angle of pitch should be about 45 degrees. An easy way to remember this is “thumbs down out; thumbs up in.” As you sweep out, the thumbs are angled slightly down; as you sweep in, the thumbs are angled slightly up.

Focus on making your motions very even. If your outward push is stronger or faster than the inward push, it’s hard to create any lift. You should always apply a slight downward pressure on the water with some part of the palm.

Remember the image of the propeller. You’re trying to create LIFT with your hands, simply by sweeping them back and forth. The downward pressure on your palms, combined with the lift from the back-and-forth movement, keeps your body from sinking in the water, and allows you to breathe.

This eventually becomes very important. If you point your hands directly to the sides, you will lose your downward pressure. If your movements are uneven, you don’t create lift.

Continue to sweep the hands back and forth, monitoring your ability to hold your body still, and high enough in the water to continue to breathe without struggle. As you get better at this, start to experiment with rate, or how quickly you sweep your hands. The faster you sweep, or scull, the higher you’ll hold your body in the water. Of course, this takes much extra energy.

When you want to see how sculling can actually propel you down the pool, lie face down and flat on the surface of the water (you may want to use a pull buoy to support your legs). Keep your upper arms and elbows as still as possible, and begin to sweep, or scull, your forearms and hands back and forth, just as you did when treading water.

Your progress may be very slow at first, but you should begin to move forward. As you practice, make sure you’re not bobbing, or bouncing up and down in the water. Keep your entire body stable, except for the hands and forearms. This helps to ensure that you’re actually sculling and not pulling.

Archived Comments

Responded May 20, 2009 03:30PM

I've always had a hard time "understanding" sculling. Should one pull back in a stright line or much slower but in a sculling movement?
One point I one to make is that I believe that during underwater dolphining, swimmers actually scull with their feet...they don't "kick"...and yes that sculling movement starts near the sternum.

Responded May 20, 2009 03:56PM

It's a good question Tomas, and think of it more along the lines of building awareness of the water. In reality, during swimming, you won't have time to think about the scull, but understanding the connection is the important part. If you're thinking of the sculling action while swimming, you may be missing something.

Responded May 20, 2009 04:54PM

fun drill........what about the position the head????....does this have some sculling motion effect to???? rotation during freestyle?????

Responded May 20, 2009 06:18PM

Juliette, the head will change your direction if you move it but not in terms of propulsion. Posture is key as well because a lack of tension in the body will affect your ability to move by sculling. A fun way to try to master this is to stand upright on akick board holding excellent posture and then sculling to move forward and backwards whilst retaining the great vertical posture

Responded May 20, 2009 06:54PM

Sounds like an upcoming drill of the week....

Responded May 20, 2009 10:03PM

That'd be great Barbara!!!!

Responded May 21, 2009 05:39PM

do you have a pain wish??????hahahahhaa

Responded May 21, 2009 05:44PM

what the about the rotation on bakstroke????? a goes in better at a board then a nail......but your has nothing to do with propulsion....

Responded May 22, 2009 02:32AM

What I like about this type of sculling is the whirls that sometimes form on the surface and that go well below it. Sometimes I have a very hard time trying to produce these whirls. It's always a challenge to see how big can I make them.

Responded May 22, 2009 10:16AM

Vortex. I saw that too after we filmed it. It shows some nice interaction with the water. I liked it.

Responded May 23, 2009 02:18AM

why I couldn`t watch the video?

The Pool

Subscribe RSS Feed

Underwater Tag Cloud

1650 Aaron Peirsol active drag active recoveryswimming Adam DeJong aerobic endurance age-group Amanda Beard anchoring android Android app ascending sendoff ascending sendoffs Ashley Delaney backstroke balance Barry Murphy beach reading bilateral breathing birthday swim blueseventy Bobby Savulich Body Shape bodyline brain training breakout breaststroke breath control breathing Brendan Hansen broken swims buoy butterfly Carlos Almeida catch challenge set coaches coaching combat side stroke competition crossover turn Cullen Jones Cullen JonesKarlyn Pipes-Neilsen cycle rate Dave Denniston descend set distance per cycle distance training dive dolphin dolphin kick Dominik Meichtry DragSox Drills dryland DVD efficiency eggbeater kick Endless Pools Eric Shanteau Eric Vendt etiquette EVF fatigue feel Finis finisFinis finish fins fist drill flip turn flip turns flutter kick Fran Crippen freestyle gallop stroke goals hand entry hand exit head position heart rate hips hybrid IM inner strength iPhone app Jason Lezak Jeff Rouse Jessica Hardy Kaitlin Sandeno Kara Lynn Joyce Karlyn Pipes-Neilsen Kevin Clements kick kids Kim Vandenberg learn-to-swim Lia Neal long axis strokes loping Margaret Hoelzer Martyn Forde masters Matt Patton medball Michael Phelps middle distance Misty Hyman mobile video monofin negative split neural Olympics one-hour swim open turns open water Over training pace pace clock paddles paralympics parents passive drag propulsion pull pulling pulse rates pushoffs pyramid questiontaper race specific training Rachel Stratton-Mills racing recovery relay starts resisted swimming rhythm Ricky Berens Robert Margalis Roland Schoeman Roque Santos rotation same sendoff Sara McLarty science Scott Tucker sculling SEALs shoulders sighting snorkel speed work sprint Staciana Stitts Starts stations Steve Haufler straight arm recovery streaming streamline stretch cord stretching stroke count stroke rate subscription support swim across america swim camps swim fun swim technique swim training swim video swimming Swimming Golf swimming music Swimsense swimsuit taper teaching Tempo Trainer tether timing training Triathlon tuck turn Turns underwater dolpin underwater pull Vasa water poloswimming water temp weights work to rest ratio Wu Peng

Who is GoSwim?

We are a group of swimmers who swim really fast, and like to help others learn how to reach their competitive potential in the area of professional swimming.

Want More GoSwim?

Subscribe to our RSS feed Subscribe to our RSS feed

built by devtwo