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I
read a wonderful eyewitness account of the lift-off of the
space shuttle. The writer is a talented national speaker and
coach Patrick Combs, and I am borrowing his space shuttle
metaphor in this newsletter. Thanks, Patrick!
Just
to get us oriented, the Space Shuttle is about the height
of a 15-story building and weighs in at a whopping 4.5 million
pounds. The task NASA has set for itself? Raise this gargantuan
off the earth, blast it through our gravitational field and
send it into orbit about 200 miles away from Earth.
Naturally,
there is an extremely complex, finely-tuned sequence of events
that must all happen exactly as planned for the Shuttle to
leave its launch pad. The three on-board engines must start,
the computers must function at a level of precision far beyond
the realm of words. The dance must be seamlessno detail
left to chance, no loss of focus for even a nano-second.
At
T-minus 4 seconds, a mere three seconds after the three engines
have been started, they have already achieved 90-percent thrust.
By the time the clock reads T-minus Zero, 6.2 million pounds
of thrust have been delivered to the shuttle via the side
booster rockets in combination with 1.1 million pounds of
thrust from the three on-board engines themselves.
We've
all seen this next image on TV. Huge billowing white steam
clouds engulf the Shuttle. At the base of this towering testimony
to man's ability to accomplish the impossible, is an inferno
with no rival. Flames roil around the Shuttle's base. But
it's not moving. We hold our breathdid something go
wrong? Will the astronauts survive the heat and pressure?
And
then the miraculous anti-climax. The shuttle doesn't zoom
into the sky. It inches off the launch pad. Millions
of pounds of thrust and the thing hardly budges. A four-year
old on a tricycle could cover more ground! But bit by bit,
inch by inch the Shuttle moves inexorably toward the heavens.
Its ascent is agonizingly slow. At this speed, we are sure
the thing will topple over"it's not going fast enough"
we say to ourselves bracing for imminent disaster. But we
are wrong, and as our eyes follow the Shuttle's path toward
the stars, it picks up speed until it appears to be moving
effortlessly at 17,000 miles per hour!
It
is hard to get off the launch pad. The energy required is
almost ridiculous and it is very easy to give up, lose faith,
lose focus and lose heart. In the case of the Shuttle, 85%
of its fuel is used within the first two minutes of its journey!
How is this possible? Once it has made its way out of our
gravitational pull, it takes relatively little energy for
the Shuttle to keep moving.
So
why do some 'fits' fail and others attain cruising speed?
The answer lies simply in an unwavering commitment to your
goal and a willingness to pour in more energy than you ever
knew you had. Inertia is a powerful adversary. Your best intentions
and excellent ideas must be paired with a consistent and unwavering
application of energy if you are ever to leave the launch
pad and find yourself cruising among the stars.
So
do what it takes to blast off. Or let go of the dream. But
make the choice to relinquish the middle ground where efforts
are partial and focus dilute. It is a no man's land where
'fits' are doomed to fail.
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