The 8 Moves You Need to Be Fit

About The 8 Moves You Need to Be Fit Android App

Human movement can be reduced to three basic categories: pushing, pulling, and hip extension (squatting, jumping, running, and even riding a bike). Functional fitness begins with learning good form for this essential repertoire and then gradually adding weight and difficulty to build stability and strength. Doing these exercises correctly with five pounds, in other words, is better than doing them poorly with 100. In the words of Gray Cook, one of the founding fathers of functional training, "Don't add strength to dysfunction."
Push-ups activate a chain of muscles – particularly in your arms, shoulders, chest, and back – that are key for everything from getting up off the ground to shoving something heavy into the back of an SUV. The humble push-up beats the bench press for developing this functional push strength because the push-up doesn't take your back and legs out of the movement.
We rarely press overhead while sitting down in real life. Shooting a basketball, putting something up onto a high shelf – it all happens while we're standing up, so standing presses are the way to go, creating a linked muscular chain from your hands down through your body core into your feet. Use kettlebells or dumbbells instead of barbells because they let the shoulder joint find its own way through a safe range of motion.
Whether swimming, rock climbing, or just hauling yourself over that wall in your next Tough Mudder, vertical pulling motions are just about the most basic things we do with our arms. Both pull-ups and chin-ups work the entire upper body as a unit, but chins engage the biceps more, while pull-ups de-emphasize biceps in favor of the upper back and triceps.
We pull on things all the time, but pull strength and stability are even more valuable for correcting the forward lean we develop sitting at a desk all day. There is no better tool for horizontal rows than adjustable fitness straps. Hung from any doorway – or even a tree – straps allow for a more efficient row than other methods because of the way they demand head-to-heel core stability.