In today’s video, my friend, actor and fitness model Andy McDermott, demonstrates how to load the Valslide Reverse Lunge
to build a ridiculously strong, powerful and fantastic looking butt.
While he’s using a Kettlebell in the video, you can also use a dumbbell, sandbag or other weighted implement with the same technique.
Watch the video to see it in action…
Here are the things to focus on:
The weight should be held on the same side as the foot that’s on the Valslide. (the “NON-working” leg.)
I put “non-working” in quotes, because while it’s not the primary workhouse, it’s still doing work by creating stability, balance and other goodness.
From the top/starting position – stand up tall. Butt squeezed tight. Trunk braced. The working foot is “screwed” into the floor with the weight distributed evenly and a neutral arch maintained.
Initiate the movement with the hips by sitting back into the glutes and hamstrings of the working leg. Keep the weight distributed evenly across the foot.
The sliding foot should be kept as “light” as possible and think about it just going along for the ride. It shouldn’t do much actual work in terms of moving the body through space. It’s just lightly sliding along allowing the other leg and the rest of the body to work it’s magic.
If you’re able to do this in front of a mirror – great – you can use it to keep your hips level.
A common fault is allowing the hip of the sliding leg to drop, which will allow that knee to get closer to the ground sooner and make the exercise feel easier.
Keep the hips level.
Slide as far back as your range of motion allows while keeping an upright trunk and a braced spine.
To return to the starting position… continue screwing the working foot into the floor, stay braced, squeeze the butt and using the non-sliding foot, hip and leg, “pull” yourself back up to the starting position. Exaggerate the butt squeeze as you near the top.
Here are a couple of other awesome ways to load the Valslide Reverse Lunge:
The only difference is the way the load is supported… all of the same movement and stability principles apply.