2). To run faster you have
to train harder. This is just an old school
mentality that you
still see being used in certain
sports and by certain coaches. I could
give Justin Gatlin
or Reggie Bush a workout they can't
finish, but what does that prove? A given
workout is
supposed to provide enough of a
stimulus to foster an adaptation. Purposely
running an
athlete into the ground doesn't
make them better. There is a point of diminishing
returns when
it comes to training. Our job as
coaches is to be able to recognize when
an athlete is
reaching that point and stop them
before they get there. Remember, train
smarter not harder.
3). Drive your knees to run faster. Well this one is actually not
a myth but a fact. The
problem is that coaches do it backwards.
Too many coaches are telling athletes to
lift the
knees when they should be driving
the thigh down, applying more force to
the ground. I
was taught to run by lifting my
knees and the result was countless injuries
and frustration
due to terrible mechanical issues.
If someone had just told me that the key
to speed is to
'step over the opposite knee and
drive down' instead of 'knees, knees lift
your knees' I'd
have a lot more trophies on my
wall. The benefits to this one change are
truly overwhelming.
If you can teach your athletes
to apply this concept it will really change
your whole program.
That's why I spend so much time
teaching and reinforcing the benefits of
training athletes
to run this way both in real life
and in our speed programs. If you teach
your athletes
nothing else, teach them 'step
over, drive down' and all that comes with
it.
Patrick: Do you see a common trait that today's
athletes are lacking?
Latif: We all know there is an obesity epidemic
in this country. But there is also a laziness
epidemic. In large part I'm sure it is due
to the amount of time kids spend in front of
the computer or playing video games. Either
way, the result is an overwhelming lack of
general work capacity.
Put simply, athletes are generally weak (I'm
talking both pure physical strength as well
as core strength), generally soft and generally
out of shape. I've found that athletes have
a difficult time doing the most basic core
exercises, lack the flexibility to achieve
proper range of motion and just get tired and
sore very quickly from easy aerobic capacity
workouts.
Let me give an example. I coach a boys and
girls high school track team. When I get them
the Monday after Thanksgiving I put them through
a week of general conditioning to see where
people are at. It doesn't matter what sport
they did in the fall, when they get to practice
the workouts are shameful.
I am a huge proponent
of circuit training. I'll set up usually
10 exercises broken up
between legs, core, arms, etc.
Athletes do an exercise and then run 40
meters at about
half speed to the next station.
A couple times through these circuits and
you'd think it was
boot camp. Kids are cramping up,
cheating and generally complaining. It's
not because the
workouts are tough, it simply because
they're out of shape. And being out of
shape is more
than just their lack of cardiovascular
conditioning. They lack the core (abs,
hips, glutes, lower back) strength required
to stabilize
their upper bodies when running,
they lack the brute strength (in this case
leg strength)
to propel their bodies down the
track or runway and they lack the mental
strength to push through
the workout when they are tired.
And this isn't just with track kids. I
get the same lack of
work capacity with everyone from
football players to soccer, field hockey
and tennis players
too.
More importantly, by the mid point of the
season, these same athletes who were bailing
out of easy conditioning workouts are begging
me 'Latif can we do circuits today?' Once their
weaknesses are made strengths and we've build
a foundation to shoulder the load for legitimate
training and improved performances, these types
of workouts are no longer as challenging. On
a scale of 1-10 these workouts should be a
5, not an 8 or 9.
Patrick: What is your approach to improving
conditioning levels for speed and power athletes?
Latif: Speed and power sports, that is, sports
that consist primarily of an anaerobic demand
should be trained by looking at the actual
demands of the sport itself. Does a football
player or a 100 or 200 meter runner ever run
slowly for an extended period of time during
a football game or a track meet? Then there
is no need for long slow intervals or going
for runs out on the roads. Yet I know of coaches
who train athletes this way and it's only making
these athletes slower. If you coach another
speed/power sport such as baseball, softball,
volleyball, basketball, etc. you have to ask
if the conditioning work is specific to the
sport.
Even sports like soccer and field hockey go
overboard with the slow conditioning work.
I've seen plenty of both sports and I see athletes
accelerating hard for 10-20 yards, then slowing
down, then accelerating, then a run then a
sprint. So if there is all this speed up, slow
down why are coaches doing a lot of mileage
and long slow intervals and neglecting the
acceleration development?
I digress. Generally speaking I think aerobic
work should be done more as active recovery
and less as a form of conditioning.
In large part, like I mentioned before, I
love bodyweight circuits. They improve overall
aerobic capacity, core and general strength,
coordination, flexibility and aid in recovery.
They serve multiple purposes and can be done
in a very short period of time. Plus, it detracts
from the pounding on the legs that running
interval workouts all the time creates. You
can simply change which exercises you use,
the order and where in the circuit you use
them in order to make it harder or easier.
For example sometimes I'll do a circuit workout
using all core exercises. Other times I might
go heavy on the leg exercises to really challenge
kids' mental toughness. Other times I'll put
in a lot of flexibility exercises if I really
just want to loosen the kids up on an easy
day. Like I said before, you have to look at
the demands of the sport and the overall picture.
If I'm going to do a lot of cutting and change
of direction drills tomorrow or even a tough
speed endurance workout, I'm not going to trash
their legs today.
At the same time I'm also a huge proponent
of tempo running. For clarification, I call
tempo runs any runs for a particular distance
that are between 65-80% intensity. The way
I see it, most sports involve running so athletes
do need to get out and run. It's a good way
to loosen up and accomplish the aerobic capacity
and recovery needs of speed and power athletes.
I just don't think the volume needs to be
extremely high. But again it depends on the
sport. A football player or 100 meter runner
doesn't really need to go over 1000m in total
volume for a tempo workout. But a soccer player
better. Again, look at the sport.
Sometimes I'll have athletes do their tempo
work as part of their warmup to get it out
of the way so I can work on other things. For
example I'll have them do 10x100 meters at
75% with 30-45 seconds rest, depending on their
conditioning level or run from endzone to endzone
and then walk the width of the field for recovery.
This is a great solution for non-track coaches
who have a great deal of sport specific skills
to teach every day.
Patrick: Do
your track and field athletes train differently
then the other athletes (court & field
sports) that you train?
Latif: I guess the primary difference here
is that non-track athletes don't do nearly
the volume of starting/stopping, change of
direction and agility work as court/field sport
athletes. Since track is mostly linear, we
do some of that agility work during the preseason
as stabilization work, coordination and body
awareness development and general work capacity.
However, from the standpoint of developing
flexibility, core stability, strength and power
development, mechanics, acceleration and overall
speed development, etc. all the athletes follow
the same general plan, keeping in mind the
specific demands of each particular sport.
What I mean is, if a running back and a sprinter
have weak cores, then they have weak cores.
The way to solve that problem doesn't have
to change because they play different sports.
I know that kids can't see the almost universal
carry of movement and demands between sports,
but as coaches we need to be able to see those
commonalities.
Again, slow is slow, weak is weak, uncoordinated
is uncoordinated, regardless of the sport they
play. Almost every athlete has the same fundamental
problems holding them back. Each specific issue
must be addressed for what it is, not necessarily
what sport they play. Let's not reinvent the
wheel here.
Patrick: In
general, how many days per week should
athletes train speed?
Latif: Generally I would say three days per
week, one of those days being a competition.
If the training is being done properly and
athletes are doing the right amount of volume
with sufficient rest, then three days should
be more than enough to learn how to run as
fast as possible while also getting enough
recovery to ensure supercompensation.
If relatively inexperienced athletes start
training speed more often than that, you're
likely going to start seeing overuse injuries
like tendonitis and increased occurrence of
cramps, strains and pulls. If you're seeing
these types of issues every season or you're
finding that athletes are fading towards the
end of the season then you are likely overtraining
them and need to make an adjustment somewhere.
Patrick: There are many different opinions
on weight training for speed and power athletes.
Where do you stand on the topic?
Latif: We have a bodybuilder mentality in
this country even as it applies to weight training
for sports. I understand that certain young
athletes and athletes of certain sports (like
football) need some hypertrophe work in the
early part of their training. The problem I
have is when performance specific training
includes bicep and hamstring curls and excessive
use of machines.
I am from the camp that says strength training
should involve multi joint movements using,
for the most part, heavy weights in the 2-6
rep range. Just as important, athletes need
full recovery between sets of lifts as they
would between reps of speed intervals. That
means resting at least three minutes between
each and every set.
Our legs get us where we want to go so strengthening
our legs is paramount. My programs, regardless
of sport, revolve around the clean, squat and
deadlift. Ultimately, you don't really need
to do more than those three lifts.
Upper body strength training doesn't need
to be done to the extent it is done by athletes
in this country. For example, how much value
is there in a sprinter spending time developing
a big upper body? Very little. The fundamental
goal is to gain the strength required to succeed
in your particular sport. Any unnecessary gains
in muscle mass (and therefore bodyweight) only
stand to slow an athlete down. How? As I said
before, speed gains come from applying greater
force to the ground. The heavier I am, the
harder it will be to move by body mass in any
direction. But if I gain strength without gaining
a bunch of weight it will make it that much
easier to move quickly and easily.
Patrick: Do your endurance athletes train
differently when it comes to weight training?
Latif: No. All things being equal, my endurance
athletes do the same weight training workout
as my speed power athletes. At first this was
a form of sacrilege to my endurance runners,
but once I explained to them why it would work,
they couldn't argue against it. Again, especially
with them, the goal is to make significant
increases in their ability to deliver mass
specific force to the ground, but without increases
in body mass.
It takes a little longer for them to get the
techniques down because heavy weight training
is such a foreign concept to them, but once
they start seeing results, they're hooked.
There are two great articles on the topic
of force application that weigh heavily in
my personal philosophies on speed and strength
training. Both appeared in the Journal of Applied
Physiology.
They are 'Faster top running speeds are achieved
with greater ground forces not more rapid leg
movement' by Peter Weyend and also 'Explosive-strength
training improves 5-km running time by improving
running economy and muscle power' by Leena
Paavolainen. I strongly suggest you check out
both articles.
Patrick: Do you use speed work with your distance
runners?
Latif: I most certainly do speed work with
distance runners. I'll teach them traditional
(as I call it) acceleration development over
30-50 meters so they learn to get up on the
balls of their feet and apply force to the
ground. So many distance runners are so used
to running slowly all the time that getting
them to sprint is like censory overload. How
many distance races have you seen that came
down to a 'kick'? Well the athlete who does
speed work is going to win that race everytime.
How often do you see an athlete surge
in a race? Instead of just running,
say, 70 seconds
for each 400 over and over, they
all of a sudden drop a 66, then later
a 65. Plodders, athletes
who train for pace only, can't
make a move like that and are instantly
out of the race.
Teach your distance runners
how to sprint and you open up an entire
realm of possibilities
for them. This was a topic of discussion
on our track site, www.CompleteTrackandField.com
and
someone raised the point that to
be a good 3K runner, you need to have 1500m
speed. To
run a great 1500, you have to have
800m speed. To be a great 800m runner,
you need to have
400m speed. You get the picture.
Train slow to run slow.
Patrick: What might be a sample preseason
routine for conditioning for the 100m or 200m
event?
Latif: I'll give you a preseason 'conditioning'
day, then a preseason speed workout so you
get the idea. This is for an athlete with a
training age of 3 or 4, so a high school aged
athlete.
Recover/Conditioning Day
Dynamic Warm Up (no speed drills) - should
take about
20 minutes
Tempo Workout: 1 = 100m, 2 = 200m, + = walk
half the distance of the
previous rep. Intensity is at 75%.
1 + 1 + 1 + 2 + 1 + 1
walk 200 meters
2 + 1 + 2 +1 + 1 + 1
or Circuit Workout: run 40 meters at half
speed between exercises
Prisoner Squats x 25
Pushups x 20
Bicycles x 30
Lateral Lunge x10 (each leg)
Up and Back x20 (each leg)
Toe Touches x 25
Split Squat x15 (each leg)
Fire hydrants x20 (each leg)
Superman x25
Burpees x12
Rest 3 - 4 minutes
Repeat the circuit
Hurdle Mobility:
4 drills over 6 hurdles
Go through each drill twice with each leg
Core work - stabilization exercises - 60 second
holds
Or
Medicine Ball Core Work
Warm Down Jog
Rope Stretch
PRESEASON SPEED SESSION
400m jog/400m skip
Full Dynamic Warm Up - 20 minutes
Speed Drill Practice - 10-15 minutes
(A March, A Skip, A Run, A Run to Acceleration,
Fast Leg)
Speed Work - Short Hills - On grass
8-10x 30m sprints up hill (focus is on force
application)
3' active rest between reps
Double Leg Hops over 12' Banana Hurdles (focus
is on stabilization)
4 sets of 6 hurdles forward
4 sets of 6 hurdles lateral
Weight Room
Patrick: What does a typical structured speed
day practice look like for your sprinters?
Latif: For the same athlete I used in the
previous example. This is a competition phase
speed session for a 100/200 runner.
Jog 400m/Skip 400m
Full Dynamic Warmup - 20-25 minutes
4 x 40m accelerations at 80%, 85%, 95%, 95%
Starts: 5 x 40m on the turn (should take about
5-6 seconds, the amount of time athletes should
go at 100% intensity before beginning to float)
3-4 minutes rest between starts
3 x fly 40m with a 20m buildup and 25m deceleration
zone
5-6 minutes rest between reps
5-10 minute cool down
1x10 each leg - front and lateral leg swings,
iron cross, scorpions
Weight room and Plyos
Patrick: Should girls train differently than
boys when it comes to speed development?
Latif: Psychologically, training girls and
training boys is like two complete different
jobs. But that is a whole other conversation
in and of itself.
I train girls and boys almost exactly the
same. Girls are just as capable of performing
the same tough workouts as boys. The only differences
I would make are in doing plyos and change
of direction movements. There is an ACL epidemic
with girls in this country so specific time
and effort must be spent working on movements
that will strengthen those areas and reduce
the likelihood of injury.
Patrick: Do you see any trends or feel the
direction speed coaching industry is heading?
Latif: The trend I see in the industry is what
I'll call a trend toward minimalism. This
is along the lines of what I have been saying
all along here. That is, a greater focus
on quality over quantity. In the weight room
it means doing less reps but with more weight
and longer recovery. It means eliminating
some of the supplemental lifts like hamstring
curls and military press if they don't directly
assist an athlete in the event/s they compete
in.
On the track it means more quality work at
a lower volume and, again, with full recovery.
It also means less long slow intervals and
less aerobic conditioning. Why train energy
systems that aren't being used?
I think as we move into the future, especially
in track and field, we'll see less athletes
looking like bodybuilders and these athletes
will be more fine tuned to get the most out
of their bodies. Instead of following the status
quo, coaches and athletes will look objectively
at what makes the most sense for that particular
athlete in that particular sport or event.