The Kineyko Fairchild is a
24R-46 and uses a 200-hp
Ranger instead of the
165-hp Warner Super Scarab
radial in the 24Ws. Being
a 1946 model, it was built
by Temco in Texas, rather
than by Fairchild. The
200-hp Ranger is the same
engine used in the
Fairchild PT-26, and as a
training ship powerplant
it was produced by the
thousands (government
policy: buy one airplane
and spares for fifty). For
this reason parts are both
plentiful and cheap.
Trade-a-Plane often lists
low time engines for
$300-$500, and the engine
is extremely easy to work
on, making home overhauls
feasible (with proper
supervision and A&P
signature). Since the
engine was being produced
under wartime conditions
and they couldn't afford
many rejects, the bearing
tolerances were opened up,
which accounts for the
legendary oil consumption
of Rangers. Most of them
will burn from 1'h to 2
quarts of oil an hour, but
some owners have built up
Rangers with tighter
bearings and report the
oil usage comes down to
around a half pint per
hour. A high time Ranger
does wonders for the
petroleum industry!
Boarding is classic. You
grasp the 1937 Chrysler
door handle Wally has
installed, and pull the
three inch thick door
open. Then you hop up on
the step pad with the
Fairchild emblem cast into
it, and climb in like it's
a tree house. I felt like
the airplane would have
been much more complete if
it had a front porch.
The first thought that hit
my mind, as I settled into
the driver's seat, was
that my legs had grown
about a foot. The rudders
are almost even with the
panel, so when the seat is
adjusted for leg room, the
panel is about a block
off. I almost had to lean
forward to get the mags.
The second impression I
got was that the glass in
the windshield was an
after-thought. It's split
into four or five
different flat panels,
with a wide metal strip
joining each piece. To
anybody used to the
one-piece formed
windshields of today, it's
like being in a bird cage.
Straight ahead it's a
little on the blind side,
but the windshield strips
are much more of a problem
than the long skinny nose.
Because the nose tapers so
quickly, at least half of
the runway is visible
(that's really all you
need anyway isn't it?),
and the windshield
dividers tend to disappear
as you learn to look
around/between them.
The fuel system is unique
in that each tank has it's
own off-on valve, with no
central selector. I asked
Wally what happens if both
tanks are left on and he
said you can get an air
lock and kill the engine.
Groovy!
Starting is completely
conventional, and a fair
amount of brake is needed
for tight manoeuvring, as
the tailwheel isn't quite
up to the job. I was
impressed at how clean the
Kineykos kept their
air-plane, so I tried to
avoid the mud puddles,
which took a fair amount
of S-turning to see around
the nose.
Because of the lack of
visibility I turned to
check final, and when I
saw it was clear, I parked
it on the dotted line and
got ready to go. I got an
okay from Wally and eased
the throttle forward,
keeping the stick full
back until we picked up
just a little speed. When
I could feel the tail
getting light, I moved the
stick forward, and the
tail came up immediately.
As steering was
transferred from the
tailwheel to the rudder,
there was no wandering at
all; it felt like the
rudder was working long
before I lifted the tail.
It took the usual amount
of close attention and tap
dancing on the rudders to
keep it tracking straight,
then I brought the stick
back just a tad aft of
neutral and let it fly
itself off. So far it felt
just like another tail
dragger.
Best rate of climb is
80-mph and 2150-rpm, but
90 improves the view a
lot. With just two of us
aboard and almost full
tanks we were getting
about 700-fpm, which isn't
bad. Wally says his prop
is a compromise between
cruise and climb, so both
suffer, but he's looking
for one of the Beech-Roby
controllable jobs which
should help in both
departments.
I levelled off at 3,500
feet, leaving the power at
2150, which is also cruise
power. The airspeed moved
up to 110-mph indicated,
which two-way runs proved
to be about right. It felt
good to be flying a
passenger type bird with a
control stick instead of a
kiddy-car wheel. The
Ranger mumbled away up
front, while I played with
the stick, feeling it out.
The controls are
surprisingly responsive
for such a big airplane,
and I found myself racking
it around like a Citabria-which
got a few grins from
Wally.
I never did get a really
good stall. Both straight
and level and banked
stalls just mushed ahead,
exactly like a Cub, the
stick clear back and the
nose nodding up and down.
Once you get it trimmed
up, it just sits there,
doing its thing in a
straight line, and I felt
like something out of an
aviation scrap book. It
was strangely comfortable,
hiding behind all those
bars and braces. I looked
out through the crank-down
side window and through a
maze of struts at the
countryside slipping by
beneath . . . so this is
what it was like in the
old days. What a grand old
way to go places!
The sun was about to
desert us, so I turned
tail and made it for the
field, letting down on the
way. Since the grass was
still frozen over I had to
use the pavement, and
heeding Wally's advice I
elected to make a wheel
landing. Final was made at
80-mph with very little
power . . . it's big but
it still glides. I kept
eighty nailed on the gauge
until I started to flare,
levelled out at about a
foot or so up, and let her
settle on the mains,
sticking them on with a
touch of forward stick. I
had concentrated on making
sure everything was level
and was a little surprised
when I felt one wheel
touch before the other . .
. I was left wing down.
The roll-out was fairly
uneventful, so long as I
kept my head up and my
feet working. There was
plenty of pavement left,
so we went around and I
tried it again. I should
have quit with the first
one, because I touched
left main first the second
time too . . . oh well.
As big tail draggers go, I
was pleasantly surprised
at how docile the F-24 was
on the ground. This isn't
saying it's a 150 or a
Cherokee, because it's
definitely not, but I
don't think a competent
Citabria driver should
have much trouble
transitioning. As with any
tail-wheel airplane, its
handling problems increase
in direct proportion to
the amount and direction
of the wind; the higher
and more crossed it is,
the sweatier the whole
thing gets.
As compared with some
biplanes, the Fairchild 24
could be considered to be
a fairly useful airplane.
At I10-mph plus, and 10
gallons of 80 octane an
hour, it compares
favourably with some
Wichita sheet iron being
produced today. Part of
its usefulness is lost,
however, because it is
placarded against carrying
more than 20 gallons of
fuel with four people.
Wally says he's carried
more than that, but the
tail drops like a brick on
landing. One thing has to
be said for the Fairchild
24: it's about ten times
more comfortable than
anything in production
today-sort of like flying
your living room.
I've often thought about
how we've changed our
ideas of travelling to the
point where many pilots
just want to get there-as
fast as possible or
faster. It's a shame,
because flying isn't a
destination, it's a means
with no particular end,
and floating around in
this latter day antique
made me once more aware of
that fact . . . fast
enough to be useful, but
slow enough, and with
enough charm, to keep the
sky in its proper
perspective. The Fairchild
24 is the best way I know
of to turn the pages back
to when flying was still
flying. BD