Have you heard about rucking? The word “ruck” is short for “rucksack,” a military backpack that soldiers use to carry supplies on their back. Rucking, or ruck marching, refers to walking over paved or unpaved terrain with a loaded rucksack for the purpose ofimproving your fitness.
The military often uses rucking to measure physical fitness. Many units require a soldier to complete a timed ruck march in order to qualify for the unit. For instance, the U.S. Army Special Forces requires potential recruits to be able to ruck 12 miles in 2 hours with a pack that weighs 65 pounds in order to be eligible for Special Forces Selection. Even after leaving the armed services, some veterans continue to use rucking as a way to remain strong and build social ties while exercising.
For most everyone else, rucking is a great way to add diversity to your training, regardless of whether you’re in or planning to join the military. Rucking with even a modest pack strengthens the legs, back and core muscles, while improving your cardiovascular health. And because you’re walking, it’s usually considered lower impact than running. Those who backpack or hunt in the wilderness can also benefit from rucking, as it provides a very functional way to train for such activities.
So how do you ruck? It’s pretty simple: Load a backpack up with some weight (not too much!) and go for a walk. It can be down the sidewalk or along the trails at the local park. Start with short trips — less than 30 minutes — and work up to about an hour. Then slowly increase the weight in your pack until you can do about 30% of your body weight.
The number one concern regarding these types of workouts is overexertion. Even with a lightweight pack and a short workout, this is still a very tough form of exercise.Dehydration can be a factor, as much of the time these workouts are performed in thewarmer months. Lower body injuries are also common with rucking, including such ailments as shin splints, knee pain, plantar fasciitis and ankle sprains. And don’t be surprised to you feel soreness in the shoulders and neck, as these muscles aren’t used to carrying a heavy load.
As with any form of exercise, it is important to listen to your body. Start slow and build up your “ruck” stamina over time. Add weight and time gradually, and spread out the workouts with other activities — and rest. And if those aches and pains don’t go away within 48 hours of your rucking workout, talk to your physical therapist to discuss your exercise regimen and whether you may have an injury that needs to be treated.
With margins in elite competitions getting smaller and smaller — Usain Bolt won his gold medal in Rio by running the 100 meter dash 0.08 seconds faster than Justin Gatlin — many advanced athletes, particularly in track and field, are constantly looking for ways to grow stronger and improve their times.
Overspeed training is one way that runners (and other athletes) try to strengthen the muscles used in short bursts of movement, by using some type of external assistance to run faster than one normally would run, about “8% to 13% faster than the athlete’s fastest speed.” Daniel Butler, a clinical exercise specialist at the Take Charge Fitness Program, a wellness facility run by Clinton Physical Therapy Center (a Physiquality network member in Tennessee), explains that there are several ways to do this. Tail wind running is the simplest method, running with a wind at your back. Similarly, slight downhill running is running down a hill with a slight grade. (A study in 2008 used NCAA sprinters to determine the best grade of hill for improving sprinting times; the authors concluded that a hill with a grade of about 5.8 degrees was optimal for improved performance.)
For more intense athletes, towing machines pull the runner down the track at a slightly faster pace than his normal rate. Runners have also used anti-gravity equipment like that from AlterG, a Physiquality partner, as well as wind tunnels, parachutes and speed harnesses. Chelsea Cole, a physical therapist assistant at Clinton Physical Therapy Center, cautions that athletes trying these types of methods should do pre-testing to determine maximum limb speeds and target speeds before training, and advises that any of these training methods should be created and supervised by a professional to ensure safety.
Daniel also notes that using pre-activation, or potentiation, exercises before sprinting has been shown to improve running times. “The exercise performed before the sprint would be selected for its ability to activate the target muscles without overly fatiguing them, allowing the muscles to fire more effectively and the athlete to sprint faster,” he says. John Shepherd, a coach for Team Great Britain, explains in an article how this has been done by other athletes: “To provide a potentiation example, the 30m sprint performance of athletes from various sports, including football, handball and basketball, was improved by performing 10 single repetitions at 90% of their 1 rep maximum 5 minutes before the completion of the sprints.”
Before focusing on speed and results, good form must be established, reminds Mark Salandra, a certified strength and conditioning specialist and the founder ofStrengthCondition.com, another Physiquality partner program. Mark emphasizes the importance of flexibility in improving stride frequency and length, two key components of faster running times. He suggests strength training to increase leg strength, incorporating such exercises as squats and deadlifts into your off-track regimen, in order to increase your stride.
Mark also notes that overspeed training often causes eccentric muscle damage, which usually presents as soreness in the quadriceps (thigh) muscles and can be painful to the touch. To minimize such pain, Mark recommends that these techniques be introduced into any training program gradually, combined with other pre-conditioning and strengthening exercises. Daniel also emphasizes that overspeed techniques should be used only by advanced or elite athletes, as beginner to intermediate runners and athletes would see more results from perfecting their technique and form (as noted by Mark above) and building their explosiveness strength.
There are many reasons to sign your kids up for sports teams. They’ll build strong muscles and bones by being active, make friends and learn how to get along with others, and become more confident as they improve on the field. But many kids burn out and quit playing before they graduate from high school. Why?
“Parents and coaches need to remember that the primary goals of playing sports when younger are to improve motor skills while learning how to be a part of a team,” says Mark Salandra. A certified strength and conditioning coach who works with many student athletes as the founder of StrengthCondition.com (a Physiquality partner vendor), Mark often sees parents (and coaches) that emphasize competition over fun.
These parents will see that a child has a talent for baseball or tennis and start encouraging the child to sign up for multiple leagues for the same sport. Or the coaches will suggest that Noah or Ashley won’t be able to get an athletic scholarship if he or she doesn’t start practicing the same sport year round. Mark explains that this constant practice and competition can cause two types of burnout: physical and mental.
Jeff Rothstein, an exercise physiologist and the Director of Sports Enhancement at the PT Center for Sports Medicine in Akron, Ohio, equates physical burnout with increased risk of injury. Jeff encourages parents to think about the repetitive motion many sports require — repeated kicks of a soccer ball with one leg, the constant swinging of a bat in baseball, or the motion required to serve in tennis. If athletes have off seasons or play multiple sports throughout the year, he says, they will strengthen multiple muscle groups and let other muscles recuperate. But add up two to three leagues a year in one sport and the athlete’s muscles never get a chance to recover, leading to overuse injuries.
Mark and Jeff agree that mental burnout can be just as detrimental. Ask any eight-year-old what his favorite color or cartoon character is, and he won’t hesitate to answer. But if you ask him again a week later, his answer may be completely different. So why should he choose which sport to do at such a young age? In reality, Jeff says, by the time that boy reaches high school, the sport he loved as an eight-year-old has become a chore. Weekend fun with friends is passed over for tournaments played out of state. Holiday breaks are spent refining techniques with specialized coaches. Athletes who burn out like this may quit playing all sports, leading to a sedentary lifestyle and the health risks that come into play when one is overweight.
The irony in all of this is that kids (and the parents who encourage them) who specialize at such a young age usually think that this will help them to succeed in the sport, leading to scholarships or even a professional career. But Jeff points out that many of our most revered professional athletes excelled in multiple sports. Basketball star LeBron James was an all-state receiver on his high school football team. Tom Brady was drafted by the Montreal Expos baseball team before playing football at the University of Michigan and for the New England Patriots. And this goes for successful collegiate teams as well: At Ohio State University, 42 of the 47 football players on the team that won the 2015 college football national championship were multi-sport athletes.
Aside from reducing the risk of overuse injuries and mental burnout, these multi-sport players gain more athleticism. The skills gained in one sport can enhance those for another. And best of all, each sport feels fresher on the field when not played every week, and the athlete can enjoy the sport for what it is — a game.
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While focusing on balance (or the lack thereof) is often associated with aging and fall prevention, improving your balance and stability should be a key part of any exercise regimen.
Many exercise classes incorporate balance activities into their routine, whether you realize it or not. Athletes in particular often focus on balance and stability as it can help to improve both coordination and performance, while reducing the risk for injury.
Indo Board, a Physiquality partner product, is one way to exercise the body’s balance control systems. The board can be used to develop balance, coordination and increased leg strength while enhancing your core fitness. It also improves motor skills, making the Indo Board a great cross-training tool for a variety of sports, from extreme board sports to all mainstream sports. Keeping the board from touching the ground for extended rides is both the goal and the challenge.
“Indo Board Balance Trainers provide a progression from the linear and lateral movements of other traditional stationary balance boards, working your entire body,” points out Hunter Joslin, a lifelong surfer and the creator of the Indo Board. The movement of the board on either the roller or the IndoFLO® Balance Cushion creates a “greater challenge to the proprioreceptors of the activated muscles, thus intensifying the therapeutic effects,” he adds.
The Indo Board can be used to improve functional balance, including by physical therapists in a rehabilitation setting, or to enhance sports-specific workouts by challenging balance while strengthening other muscles, like in the above video. Read More