brings
to
mind
the
ever
present
problem of wind. Many methods of infla-
tion, takeoff, and landing are exhibited by
pilots of all experience levels, some more
successful than
others.
A technique needs
to
be developed
and practiced
by the pilot—one which
is
based on knowledge, personal experience
with
the make and
model of balloon, and
tips from the masters of the art of balloon-
ing.
Many items need to be considered in
developing
your
personalized
technique
to
not
burn
envelopes,
skirts,
crew,
or
injure persons or damage property.
Everyone makes aconcerned attempt
to
lay
out
downwind,
of
course
taking
obstacle
clearance
in to
con sid eration.
Many pilots have a favorite side to place
the inflator fan
and
never change this
by
figuring
which
way
the wind
is likely
to
shift.
Try
placing
the
inflator on
the up-
wind
side.
By
doing
so,
the
chances
of
getting
the
fan
upset
or
pushed
by
the
basket if the wind shifts are reduced. Also,
there is some natural upwind help during
inflation.
An inflation harness should used dur-
ing
all
inflations,
but
especially
during
high
winds
and
crowded
situations.
The
harness usually attaches to the burnerring
or frame and is secured at the other end to
an
immovable
object.
It
has
a
quick
re-
lease
that
is
activated
by
pulling
a
line.
This
can
help
to
stabilize
the
balloon
before actual
flight.
Because
of
the
ten-
sion on the harness caution must be taken
when
releasing
the
line,
passengers
and
crew can
get
hit
by
the line and
serious
injury can result.
Obtaining a tight cold inflation helps
keep
fabrics away
from the burner flame
reduces
the
“sail
effect”
from
the
envelope. Many
pilots make the mistake
of shutting
off the inflator
fan
too
soon,
especially
during
high
wind
inflations.
Keep
your
inflator
running
a
few
mo-
ments longer
to
keep
pressure inside the
envelope during the “burning” portion of
initial
hot
inflation.
This
helps
reduce
“flashback” from the weight of the enve-
lope plus the additional external pressure
on the envelope from the wind.
Too
much weight on
the crown
line
can also cause an otherwise decent windy
inflation to
go bad. This
weight
is
trans-
ferred
as
additional
weight
on
the enve-
lope fabric adding to the problem of “flash
back”
and
“sail”
described
above.
An
AX-7
size balloon can be adequately sta-
bilized by awell instructed 120-160 pound
crew person.
Another big error commonly
exhib-
ited is forthepilot to request “more weight”
on the basket to the point where the basket
is
straightened
up–right
while
the enve-
lope
is
still
leaning
at
an
angle.
Many
systems
do not
have adequate gimbal
on
the
burners
for
this
to
be
a
successful
inflation.
Always
keep
the
basket
and
burner
in
line with
the
envelope, even
if
that
means
leaning
it
as
much
as
a
40º
angle with the ground.
To
Takeoff
Depending on the wind velocity, it is
not
always
possible
to
hot–inflate
to
a
vertical position, set
a vent, load
passen-
gers,
and
leisurely
ascend.
Pre–loading
passengers, if possible, prior to hot infla-
tion. Practice with
your crew the art and
technique of
a “walking” and
“running”
take–off. By
having crew members walk
or run as necessary to accelerate you hori-
zontally to a speed near the velocity of the
wind, you
reduce
or eliminate
the
prob-
obstacles, and in stable flight, add a little
extra heat and set your valve or vent.
Watch that you don’t get into an un-
planned decent at that point.
This
is
a
subject
in
itself,
covered
elsewhere in this issue. However, beware
of faster surface winds, wind shears, and
inversions as you descend, and the result-
ant problems of
false heavy,
undershoot-
ing
or
overshooting
your
landing
spot.
The
main
point
here
is
to
plan ahead.
Practice
approaches
with
simulated
ob-
stacles
and
relatively
short
field.
Most
pilots can handle unobstructed large field
approaches.
The
type
of
deflation
system
you
have,
parachute,
rip,
spring, pop,
smart,
etc., makes very
little difference
in
your
approach. Of course, you should pull your
deflation
line
to
open
the
port
prior
to
ground contact. The height above ground
for this maneuver
is
also
a controversial
topic.
The
English
and
Canadian
tech-
nique is up to 30 feet above ground, while
the U.S. technique is up to 20 feet. Rarely
are these extremes warranted. The softest
and least stressful height to both
humans
and
balloons
is
as
near
the
surface
as
practical, but in the 5 foot range. Remem-
ber,
once you
have committed
to
a “rip–
out” landing, shut out your pilot light and
close tanks prior to touch
down to
elimi-
nate
the
fire
possibility
to
grass
or
the
balloon.
As
always,
don’t
wait
until
these
events
occur
to
figure
out
what
to
do.
Practice, develop a technique and review
it
with
an
instructor periodically for pos-
sible improvements. Soft landings.
about techniques to deal with the problem of wind.