The Okeechobee Story
As we continue in our long and interesting series of topics on the illustrious history of shortwave station WYFR, we come now to the story of the current transmitter site which is located in Okeechobee Florida. Okeechobee itself is a quite small regional city located above the northern edge of the rather large Lake Okeechobee, in the bottom part of the Florida peninsula.
Lake Okeechobee is itself a large
freshwater lake, 35 miles long and 29 miles wide, with several small rivers and
streams running into it. The name
Okeechobee means “big
water” in an old local
American Indian language. The small town
called Okeechobee, which caters for lake tourism, is situated near the northern
edge of the lake itself.
The huge new mega-shortwave station
for Family Radio was constructed on a leased property of 664 acres, some 20
miles north of Lake Okeechobee. The flat land in this area is utilized
locally for animal grazing, and nearby are large citrus groves and areas for
sod grass crops.
A single one-storey building was
constructed in the center of this property for use as the transmitter building,
and the surrounding area was set aside for the installation of a massive series
of antenna systems; rhomboid, curtain and log periodic. The pattern of the multitude of feeder lines,
running from the transmitter building to the antenna systems, is described as
resembling the spokes on a huge wheel.
Construction work on this new shortwave station began nearly forty years
ago, in late 1976.
During
the following year (1977), the first shortwave transmitter was installed. This unit was a 100 kW Continental model 418D
that Family Radio had purchased a few years earlier and it was taken out of
storage in Dallas Texas for installation in Okeechobee Florida.
This new transmitter, now identified
as WYFR1, was taken into scheduled service on November 23, 1977 with
programming in two progressive segments which were beamed to Europe followed by
the Spanish service to Latin America. At
this stage, WYFR was now on the air from two widely separated locations; four
transmitters, 50 kW and 100 kW at Scituate in Massachusetts and the new 100 kW
in Florida, all under the collective callsign WYFR.
The
second transmitter for installation at the new Florida site was also a 100 kW
Continental model 418D and this unit had
been on the air earlier with Family Radio at Hatherly Beach Scituate for just
three years. This Scituate transmitter,
WYFR(6), was shut down in late 1977 and made ready for the more than 1200 mile
journey to Okeechobee Florida where it was re-activated early in the following
year and identified consecutively as WYFR2.
The 50 kW Continental 417B at
Scituate, where it had been on the air under the previous owners as WNYW4, was
shut down in the early part of the year 1978, and after installation at
Okeechobee it was re-activated at the end of the same year as WYFR3. During the two years, 1978 & 1979, two
more of the transmitters at Scituate, the 100 kW Harris Gates units, model
HF100, WNYW2 & WNYW3, were shut down and re-activated at Okeechobee under
the consecutive designations WYFR4 & WYFR5.
The last transmitter at Scituate, the 50 kW
Harris Gates model HF50C, was closed down without ceremony at the end of its
broadcast day on Friday November 16, 1979.
A report in an Australian radio magazine atests the closing time as 2052
UTC; that is, 4:52 pm Eastern Daylight Savings time, at the end of the English
Service to Africa on 21525 kHz. However,
Dan Elyea, WYFRThe last transmitter at Scituate, the 50 kW
Harris Gates model HF50C, was closed down without ceremony at the end of its
broadcast day on Friday November 16, 1979.
A report in an Australian radio magazine atests the closing time as 2052
UTC; that is, 4:52 pm Eastern Daylight Savings time, at the end of the English
Service to Africa on 21525 kHz. However,
Dan Elyea, WYFR
The last transmitter at Scituate, the 50 kW
Harris Gates model HF50C, was closed down without ceremony at the end of its
broadcast day on Friday November 16, 1979.
A report in an Australian radio magazine atests the closing time as 2052
UTC; that is, 4:52 pm Eastern Daylight Savings time, at the end of the English
Service to Africa on 21525 kHz. However,
Dan Elyea, WYFR
Engineering Manager, who was at the transmitter
site at Hatherly Beach at the time, remembers that the final broadcast over
WNYW ended sometime in the evening.
At the end of its 60 year era of
illustrious service, Scituate now lay silent.
Gone were the uncounted, innumerable broadcasts in a multitude of
languages that were heard virtually in every country of the world, and gone
were the life stories of the experienced radio personnel who kept the station
alive over the life time of its active on air service.
After Family Radio, under Dan Elyea
and his crew, had removed all usable equipment, the 40 acre property reverted
to its owners and it lay idle for a score of years. Occasional radio visitors to the location
described the property as abandoned and covered with so much undergrowth that
it would be better described as overgrowth.
There were just a few identifiable
objects that remained on the property as reminders of its previous glory. The transmitter building, which had been in
use by the American army during World War 1 for an electric power generator was
still there, and so was the old chimney, though minus either of the callsigns
WRUL or WNYW. In addition, a few odds
and ends of debris lay scattered around on the ground. However, some 20 years ago, the property was
taken over for the construction of an upscale housing area, and it remains that
way to this day.
Meanwhile,
down there in Florida, WNYW5 from Scituate was installed as WYFR6, where it was
reactivated on its previous frequency, 21525 kHz in the English Service to
Africa. In addition, work continued on the
construction of eight more transmitters at 100 kW, and the erection of the
remaining antenna systems. Each of the
new transmitters was constructed by WYFR staff on site at Okeechobee using the
same design as the Continentals that were already on the air at WYFR. The first of their new locally made units,
WYFR7, was activated on December 7, 1981, in the Family Radio English Service
to Western Canada.
During the next four years, seven
more locally made transmitters were installed at the shortwave site and the
final unit, WYFR14, was activated on September 25, 1988. Thus they were now fully complemented with 14
shortwave transmitters, 2 at 50 kW and 12 at 100 kW, together with a bevy of 23
antennas; 12 log periodics, 5 nested double rhomboids (10), and a TCI curtain
with a passive reflector.
(AWR/Wavescan-NWS 311)