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HomeHealth & FitnessSkater Squat: The Ultimate Unilateral Exercise? - Bigger Stronger Leaner - Forums

Skater Squat: The Ultimate Unilateral Exercise? – Bigger Stronger Leaner – Forums


by Mike Over

7 Variations for Size and Strength

It builds muscle, boosts performance, and strengthens the squat and deadlift, all while being joint-friendly. The skater squat does it all.

The Skater Squat

The skater squat is a hybrid exercise. It’s more hip-dominant than a squat and more knee-dominant than a deadlift. This unilateral, one-legged lift builds size and improves hip strength, stability, and power.

Use it as a squat or deadlift alternative, or use it to boost your numbers in those big lifts. It’s joint-friendly and back-friendly. And since you don’t have to load and unload plates, it’s even a time-saver.

Here’s how to do it, eight variations to try out, and the science of single-leg training.

Quick Lesson: How to Do Them

Quick Lesson: How to Do Them

  1. First, use a counterbalance. Even just two-pound dumbbells in your hands can work as a counterbalance. Or you can squeeze a tennis ball between your hamstring and calf on the non-working leg. This will help keep your back leg in a better, tighter position and keep you from turning it into a reverse lunge.
  2. Next, think of an invisible line coming out of your middle toe of the working leg going toward the wall in front of you. Reach your hands through it.
  3. Lower yourself down and keep your back foot from touching the ground.
  4. Then drive your hands down as you push through your front foot to return to the starting position.

Tip: Your knee doesn’t have to touch the floor when you’re first starting out. So ease into this exercise by stacking a few foam pads on the bottom on your again knee to the touch. As you get stronger, take away them steadily so you may get decrease and improve the vary of movement.

Now let’s get to the variations.

8 Kinds of Skater Squats

8 Types of Skater Squats

1. SLIDER SKATER SQUAT

Do this version to dip your toes in the skater squat water. It’s like a reverse lunge but with a slightly different torso angle.

To really get the feel of a skater squat, try to put as little weight as possible on the rear leg and instead focus on keeping your weight on the heel of the working leg.

2. ECCENTRIC-ONLY SKATER SQUAT

This is another version that’ll help you ease into the exercise. Lower down with one leg and stand back up on two. The strategy here is to control the eccentric/negative and not just free fall to the floor.

It takes a bit of practice, and even though you’re not doing the concentric portion with one leg, the focus to lower yourself slowly can give you just as many benefits as doing the full rep on one leg.

3. DEFICIT SKATER SQUAT

Before adding load, try to increase the range of motion slightly. When you do a regular skater squat standing on the floor, the femur usually ends up a few inches short of parallel at the bottom, especially if you put a pad underneath the rear leg (which you definitely should).

Standing on a four-inch aerobic step will allow you to get down to parallel or even slightly below, depending on your body’s mobility allowance. If doing this causes pain or is too challenging, stick to the floor and build there or even work on smaller ranges. Never force square pegs into small holes!

4. THE 1.5 REP SKATER SQUAT

Squat all the way down, come halfway back up, squat down again, and come up. That’s one rep. Now do that 5-8 times. That’s one set.

This is a quick way to get a serious leg burn and pump. Master it and it’ll improve your motor control since you’ll have to retrain your brain on what the full rep entails.

5. PAUSE SKATER SQUAT

Pausing each rep at the bottom makes it harder by killing the stretch reflex. It also forces you to control the eccentric portion of the rep to avoid free-falling to the floor.

This is also a great way to increase mind-muscle connection.

6. LANDMINE SKATER SQUAT

Set up your barbell in a landmine and maintain the tip of it within the hand reverse the leg you’re working. Place the barbell a couple of inches in entrance of your torso.

That is referred to as “contralateral loading,” and it will increase glute recruitment and challenges hip and core stability. That is more durable than it appears, so be conservative with the burden. You may very well need to begin with the empty bar as you regulate to the offset loading.

7. SANDBAG SKATER SQUAT

Once you’ve got the basic skater squat down, you’ll be able to get the technique on this one pretty quickly. Be prepared; this variation will challenge your core, making it harder to brace and stay upright.

8. ZERCHER (FRONT LOADED) SKATER SQUAT

If you’re familiar with Zercher exercises, you’ll love this. It’s a tricky variation that’ll problem your core and stability.

The right way to Get Them Into Your Exercises

How to Get Them Into Your Workouts

Stick to 5-12 reps. That’s the sweet spot. Anything more and you risk messing up your form. And don’t forget, you can still benefit from lighter loads and get an equal payoff using a skater variation.

If you’re not sure where in your weekly workouts to add it, you’ve got a lot of options. Remember, the skater squat is a hybrid exercise: more hip-dominant than a squat and more knee-dominant than a deadlift. So it could potentially replace either.

It’s a super joint-friendly option, so you can program it more frequently. Use it as a primer for heavier squat or deadlift days, or use it as a stand-alone exercise and progressively work on loading and range of motion.

Either way, it’s a back-friendly choice that can improve your lifts in more ways than one. You might end up boosting your deadlift and improving hip strength, stability, and power.

Single-Leg Science (The Nerd Stuff)

Single-Leg Science (The Nerd Stuff)

Let’s talk about the research on single-leg work. In a recent study, researchers challenged the assumption that the load taken on by the working leg during single-leg squats is half that of bilateral squats. To do so, they used a model based on segmental weight distributions (load acting above or rotating about the hip joint) with force data to determine how much true load the legs take on in both movements.

They discovered two things:

  1. The combined bodyweight that acts above the hips during unilateral movements is 16% greater than during bilateral movements (84% vs. 68%).
  2. Unilateral movements equate to 1.62 times the intensity (per leg) of bilateral movements (in sum).

Furthermore, unilateral work could lead to better gains than bilateral exercises on changes of direction (Francisco Javier Nuñez, 2018). The exercise can better mimic an athlete’s running and sprint form and can even help produce faster sprint times and even jumps (Rhea, 2016).

Remember, unilateral training elicits significant metabolic stress because the muscles of the lower body are being asked to produce ATP at a much more significant rate. This is a potent stimulator of hypertrophy and thus produces metabolites such as lactate, hydrogen ions, inorganic phosphates, and creatine which further promote gains in muscle size.

In addition to metabolic stress, unilateral work causes a high amount of muscular tension and muscle swelling. In most cases, it causes significant muscular damage to a greater degree than standard (two-leg) training. Studies show that unilateral work could recruit more fast-twitch fibers than bilateral work (T. J. Koh, 1993).

References

References

  1. Speirs DE et al. Unilateral vs. Bilateral Squat Training for Strength, Sprints, and Agility in Academy Rugby Players. J Strength Cond Res. 2016 Feb;30(2):386-92. PubMed.
  2. Isik O et al. Results of bilateral or unilateral lower-body resistance workout routines on markers of skeletal muscle injury. Biomed J. 2018 Dec;41(6):364-368. PubMed.
  3. Moran J et al. Results of Bilateral and Unilateral Resistance Coaching on Horizontally Oriented Motion Efficiency: A Systematic Assessment and Meta-analysis. Sports activities Med. 2021 Feb;51(2):225-242. PubMed.
  4. Baechle TR et al. Necessities of energy coaching and conditioning third ed. Human Kinetics. June 2, 2008.
  5. Rhea MR et al. Joint-Angle Particular Power Variations Affect Enhancements in Energy in Extremely Skilled Athletes. Human Motion. 2016;17(1):43-49.

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