UJ Development Coaching

What Is High-intensity exercise?

High-intensity exercise is a preparation technique that is contained a progression of activities that are performed more than once and through a revolution. The high-intensity aerobics practices are for the most part for preparing different muscle bunches through this pivot and considers a competitor to get a complete body exercise in a two for one sort of design. At the point when a competitor moves from one activity to another they can prepare their muscles while keeping their pulse up which expands their solidarity, cardiovascular and cardiorespiratory perseverance.

Aerobics is incredible in light of the fact that it should essentially be possible anyplace. The benefit of utilizing an exercise like high-intensity aerobics is that a competitor can do it while an extended get-away or when it are not free to prepare offices. A competitor can do the activities with their own body weight or they can build the power with the utilization of weighted items or wellness machines. A model is play out a bunch of Lat. Pull downs followed by 1-3 minutes on a treadmill or track, trailed by a bunch of situated lines. As may be obvious, aerobics permits a competitor to expand their cardiorespiratory perseverance and strong strength perseverance during a similar exercise.

Significant:

Continuously utilize legitimate structure while performing works out.

Work at a level that permits you to utilize right structure.

Never rush an activity.

Continuously utilize a spotter.

Never endeavor to lift past your cutoff points.

New post coming soon...🔥🔥🔥

How Long Should My Strides Be?

Numerous runners all through the nation will be let by their mentor know that they need to open up their step or that they need long walks to effective in run. I can't recall how frequently I have either heard a mentor let me know this or heard a mentor tell their competitor.

The issue

The issue with let a runner know that they need long walks is that the competitor will then do their training or track and field competition meet with these overstated long walks and afterward can't help thinking about why they are not making the exhibition acquires they were guaranteed by their mentor. It isn't so much that the runner should have short walks. It simply intends that assuming that a runner will build their step, they will do it with a characteristic movement through exercises, drills and great training.

Why?

The motivation behind why we shouldn't let a runner know that they need long walks is on the grounds that it's not quite so significant as you might naturally suspect. What's more significant is the stance, coordination of run mechanics, strength, and how much power the competitor is applying to the track. You likewise wouldn't maintain that a runner should accept longer walks assuming that their step length is where it as of now should be founded on their coordination, strength, and formative capacities. The last thing a runner would believe should do is figure out their long walks were making breaking powers that could dial them back.

This doesn't mean you actually can't test to check whether your competitor is finished or under stepping. Simply grasp that by and large, they are over stepping it's a mechanical issue, and assuming they are under stepping it very well may be a strength and formative issue.

How would you test for ideal step length?

Ideal step length will be different for each olympic style events competitor. The leg length of a competitor decides their ideal step length during most extreme speed and can be estimated from the peak of the more prominent trochanter to the floor while shoeless. Whenever you have estimated your leg length, you increase that number by 2.3-2.5 for female competitors, and 2.5-2.7 for male competitors.

Work out: If a male competitor's leg length were estimated at 35 inches, they would increase 35 x 2.5 and furthermore duplicate 35 x 2.7 to give them the ideal step length scope of 87.5 to 94.5 crawls between foot contacts at greatest speed.

How would I quantify my step length?

Step length can be estimated by going through a 10m-30m fly zone at greatest speed (maximum velocity) with sawdust or chalk sprinkled through the zone (avoid flour, it gets tacky when wet) and afterward estimating the distance between each foot contact.

Arrangement: Designate a speed increase zone of 30m-40m (contingent upon the competitor) and a fly zone of 10m-30m. Use cones for the fly zone to direct the start and end of the fly zone. Sprinkle sawdust or chalk all through the whole fly zone. Guarantee there is sufficient space for the track competitor to decelerate securely after the fly zone.

Technique: Have the track competitor speed up through the speed increase zone and arrive at their maximum velocity not long before they arrive at the main cone (start of the fly zone) and have them go on through the zone at their greatest speed until they have passed the subsequent cone (end of the fly zone) where they can now decelerate securely and progressively. Take a tape endlessly measure the distance between each foot contact (toe imprint to toe mark) to perceive how close their step length is to the estimations referenced previously.

How Fast Should My Stride Frequency Be?

I have seen a great deal of youthful track competitors attempting to show quick to moving their legs as quick as possible in what I like to call Humming Bird Leg Syndrome. I realize this could sound a ton like you or somebody you know, yet this moment isn't the opportunity to harp on it. That being said, your step recurrence ought not be basically as quick as you might potentially move your feet.

Why moving your legs quick doesn't rise to quick race times

I realize it sounds insane, however moving your feet as quick as you can isn't the response. Attempting to move your feet and legs as quick as you can will just make issues in your running structure and abatement the productivity of your run mechanics. This abatement in effectiveness and mechanics happens as a result of unfortunate stance, decreased force creation, and less control of developments.
The explanation these things happen is on the grounds that when you attempt to move your arms and legs excessively quick, you wind up forfeiting great stance, you don't deliver the proper powers important for ideal speed, and the coordination of your scope of movement starts to dissolve… for the sole purpose of moving your arms and legs quicker than needed.

So what is the ideal step recurrence? That is a decent inquiry. Ideal step recurrence will be different for everybody. This is on the grounds that every competitor is constructed distinctively and comes in a wide range of shapes and sizes. Tragically there is certainly not a one size fits all step recurrence for everybody. Be that as it may, for the most part talking, as a competitor's speed increments so does their step recurrence.

We should be practical…

It's not prescribed to zero in your whole preparation hypothesis on the possibility that step recurrence is the best way to decide if you are productively creating the suitable powers important for ideal speed. Doing so may bring about extended periods of time of dissatisfaction and frustration However, in the event that you not set in stone in discovering some type of estimation based information, you can sidestep the difficult work of attempting to sort out your step recurrence by actually looking at your step length all things considered.

In light of testing and estimations, you can check whether your step length is inside your ideal reach. On the off chance that your step length is inside the determined reach, your recurrence will in all likelihood be where it should be. The main mishap with this interaction is that the testing strategies are custom fitted for runners more so than distance sprinters. In any case, distance sprinters can in any case profit from this cycle.

Maximum Velocity

Track athletes want to know how to run faster times and how to increase their maximum velocity. They know that if they increase their running speed, they can edge out their competition in the sprint events with faster times and could prove to be a great asset to their teammates in the relays as well.

In the sprint events, top speed is also known as maximum velocity. This refers to is the highest possible sprint speed you can achieve, but only for a short period of time before mechanical deceleration and fatigue slow you down. In order to maximize the potential of your top-end race velocity, you’ll need to have a well-executed acceleration out of the starting blocks. If your acceleration phase is too short, it can cause unnecessary deceleration in your sprint races.

Aside from acceleration, you will also have to work on sprint mechanics and speed training appropriate for a faster maximum velocity. This can be done through running form drills and speed workouts that specifically train maximum velocity. Below you will find helpful workouts that are sure to increase your running speed and take your max velocity sprinting to new levels.

If you are not sure when to do these workouts or if you would like to follow a training schedule, check out my 100m/200m training program.

Free workouts that increase maximum velocity:

3-4x 3x 30-50m assisted sprints with a bungee @ 95-100% 3′/6’

3×3 Fly 30’s @ 95-100% 3′/6′ (30m accel. zone with 30m fly zone)

Important Notes:

Accelerate through the acceleration zone and reach near-to-maximum velocity at the beginning of the fly zone.
Maintain near-to-maximum velocity through the fly zone and stay light on your feet as if you were running on hot coals.
Decelerate gradually after fly zone to reduce risk of shin splints.
Walking recovery is strongly recommended during this workout.

3×3 Ins and Outs @95-100% 3′/6’

Different variations of Ins and Outs:

30 meter acceleration zone | 10 IN | 20 OUT | 10 IN | decelerate
30 meter acceleration zone | 15 IN | 15 OUT | 15 IN | decelerate
30 meter acceleration zone | 20 IN | 20 OUT | 20 IN | decelerate
30 meter acceleration zone | 20 IN | 10 OUT | 20 IN | decelerate
Important Notes:

IN = Fly | Out = Maintain velocity with relaxed arm mechanics.
Accelerate through the acceleration zone and reach maximum velocity at the beginning of the fly zone.
Maintain maximum velocity through the OUT zone but with relaxed (not aggressive) arm mechanics.
Take your time decelerating after last IN zone. Reduce shin splints with a gradual deceleration.
Walking recovery is strongly recommended during this workout.


100m/200m training program in resent post.