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Middle Distance Running
Middle distance covers the 800 metres and 1500 metres track
events. Comparing past and present world record holders it would appear that
800 metres and 1500 metres male athletes are most likely to peak around the age
of 25 and female athletes at 27 years of age.
Middle Distance Running Technique
Guidance on the running technique of the middle distance runner is
provided in the form of a series of pictures and associated notes that
highlight the main technical points.
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The foot strikes the ground below the centre of gravity
(which is around the central area of the hips) The strike is slightly on the
outside of the foot and from the ball of the foot to the mid-foot. There is
then a role across and a dropping of the heel. The leg's role is supporting and
driving. |
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As the foot strikes the ground there is also some flexion in
the knee. This should not be too excessive, so leg strength must be developed
to ensure stability in and around the knee. There is also some movement around
the hip girdle. This can be excessive, so strength exercises for the whole
region, especially abdominal and lower back, are required. It is very
important that this region is kept stable, thus giving a strong platform from
which to drive. |
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As the torso moves ahead of the foot, the drive is initiated
and the achilles and calf are placed under great stress. It is therefore
important that stretching and strengthening of this area be incorporated into
training. Muscle fibres in the calf respond to a reflex action as they are
placed in near full stretch and contract quickly, thus apparently straightening
the foot, forcing the athlete back up higher on their fore-foot. (This makes
the foot a further lever, often forgotten by many runners). The foot "grips"
the ground as the torso moves ahead, forcing the leg into full extension. Once again, strength and flexibility of the hamstrings are
important. |
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After the athlete has reached almost full stretch, a reflex
action occurs in the muscle fibres of the hamstring, quickly shortening it and
pulling the foot up off the ground. This allows the whole of the limb to swing
back a bit further. Hip mobility and the ability to stretch the quads at the
front of the leg arc also vitally important. |
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The upper part of the leg is drawn forward by the action of
the quads and hip flexors beginning to shorten. The foot continues on an upward
curve, with the help of the contracting hamstring and the hinge effect of the
knee joint. It swings into the gluteus maximus (backside), so shortening the
lever and making it easier to bring forwards. |
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The thigh continues forward and the swings upwards, the head
of the foot drops from its high point and accelerates downwards and forwards.
The knee reaches its high point, which is not quite as high as that of a
sprinter (i.e. at an angle of around 90 degrees to the rear leg). |
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The foot ends its swing through at a point just ahead of the
knee. The leg maintains a slight angle at the knee (the leg is not straight).
Having reached its high point the thigh starts a downward swing; this initiates
an acceleration of the foot backwards. |
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The foot once again strikes the floor in a backward motion,
adding to the athlete's forward motion. |
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General Notes
- There is a very slight "rolling" of the shoulders as the arms
keep the body balanced with a pumping action
- The shoulder joint should be very supple so that as the arm
swings through it do not pull them up too much
- The shoulder girdle and the hip girdle twist slightly in
opposite directions, counter balancing each other
- The arms do not work to hard and work with the diagonally
opposite leg
- The arm should swing loosely by the side and should be bent at
around 90 degrees. As the arm swings back, there is little or no
straightening
- Hands are held in a very relaxed "fist" with the thumb resting
on the forefinger
- The thumb should be uppermost and the elbows hang close but
comfortably into the side of the body
- The body is held upright with the back relaxed but straight
with minimal forward lean
Coaches
Note the physical requirements (bold text) identified in
the Running Action section above and plan appropriate training sessions into
the athlete's training program to develop them.
As you monitor the athlete's technique, look primarily for a Smooth and Relaxed action.
Training Programs
The training program must develop all the energy pathways, muscular system and technique. The
different sessions and their objectives are listed below:
| Session |
Objective |
| 30 to 60 minute easy running |
aerobic capacity |
| 20 minute run just above steady state |
aerobic power (AT) |
3 to 10 minute repetition runs
1 to 3
minutes recovery |
aerobic power & lactic capacity |
1 to 2 minute repetition runs
2 to 4
minutes recovery |
aerobic power & lactic capacity |
45 to 90 second repetition runs
10 to 15
minutes recovery |
lactic capacity & lactic power |
30 to 45 second repetition runs
10 to 15
minutes recovery |
lactic power |
30 to 45 second repetition runs
reducing recover |
lactic capacity |
15 to 30 second repetition runs
10 to 15
minutes recovery |
CP capacity |
6 to 15 second repetition runs
1 to 3
minutes recovery |
CP power |
| Weight training - 1 to 3 RM |
muscular strength |
| Weight training - 12 to 20 RM |
muscular power |
| Circuit
training |
muscular endurance |
| Hill runs of 5 to 10 seconds |
CP power & muscular endurance |
| Hill runs of 15 to 30 seconds |
lactic power & muscular endurance |
| Hill runs of 30 to 60 seconds |
lactic capacity & muscular
endurance |
| Technique |
economy and effectiveness of effort |
| Rest |
allows adaptation |
A training program has to be developed to meet the individual
needs of the athlete and take into consideration many factors: gender, age,
strengths, weaknesses, objectives, training facilities etc. As all athletes
have different needs, a single program suitable for all athletes is not
possible.
The following is a basic annual training program for the 800
metres, 1500 metres, 5km, 10km, walks and steeplechase events.
The following are event specific annual general training
programs:
Evaluation Tests
The following evaluation tests can be used to monitor the Middle
Distance athlete's development:
Middle Distance Time Predictors
Based on test results it is possible to predict potential times
for a Middle Distance event. The available Middle Distance time predictors
are:
- The 1500 metres test provides a
method to predict an athlete's 1500 metres time
- The Kosmin test provides a method
to predict an athlete's 800 metres and/or 1500 metres time
Free Calculator
Free Microsoft Excel spreadsheet that you can download and use on
your computer.
Rules of Competition
The competition rules for this event can be obtained from:
Associated Pages
The following Sports Coach pages should be read in conjunction with this page:
Associated Books
The following books provide more information related to this topic:
- How to Teach Track Events, M. Arnold, ISBN 0 85134 085 7
- Advanced Studies in Physical Education and Sport, P Beashel et al., ISBN 0 17 4482345
- Physical Education and the Study of Sport, B. Davis et al., ISBN 0 7234 31752
- Essentials of Exercise Physiology, W.D. McArdle et al., ISBN 0 683 30507 7
- Physical Education and Sport Studies, D. Roscoe et al., ISBN 1 901424 20 0
- The World of Sport Examined, P. Beashel et al., ISBN 0 17 438719 9
- Advanced PE for Edexcel, F. Galligan et al., ISBN 0 435 50643 9
- Examining Physical Education, K. Bizley, ISBN 0 435 50660 9
- Sport and PE, K Wesson et al., ISBN 0 340 683821
- PE for you, J. Honeybourne, ISBN 0 7487 3277 2
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