|
25
years ago, a tragic event claimed the lives of 31 Merchant Marines, and
the Coast Guard Helicopter Rescue Swimmer Program was conceived to prevent
such disasters from ever happening again. The program has been a
guardian angel to many fates nearly taken by the sea.
On the morning of Feb. 12, 1983, gale force winds and
40-foot waves wreaked havoc off the coast of the small Eastern Shore
community of Chincoteague, Va. Conditions were the perfect recipe for
disaster, a recipe that eventually claimed the lives of 31 mariners by
day's end. This tragic event proved to be more catastrophic because the
Coast Guard was not prepared to respond. The sad conclusion of the S.S.
Marine Electric served as a humbling blow to Coast Guard readiness, and
the motto of Semper Paratus. The sacrifice of these mariners, however,
indirectly saved the lives of thousands of men and women who would
confront the mercy of the sea in the years to follow. The doom of the
Marine Electric spawned the Coast Guard Helicopter Rescue Swimmer Program,
and a new generation of lifesavers at sea.
Tragedy at Sea The S.S. Marine Electric, a 587-foot
motor vessel transporting coal departed Norfolk, Va., for Brayton Point,
Mass., on Feb. 10, 1983. Thirty-four merchant mariners were aboard as a
winter storm pummeled the lower Chesapeake Bay.
 |
|
This photo depicts the 587-foot S.S. Marine
Electric. The vessel sunk the morning of Feb. 12, 1983, of the coast
of Chincoteague, Va. Thirty-one mariners perished as the vessel
capsized during a heavy storm. This incident is considered the
catalyst for the Coast Guard Helicopter Rescue Swimmer
Program. | If four-foot
seas within the bay were harsh, the seas awaiting the Marine Electric
in the open ocean were in excess of 40 feet.
On Feb. 12, 1983, at
approximately 2:51 a.m., a Coast Guard watch stander in Ocean City, Md.,
was notified by the master of the Marine Electric, reporting his
vessel was taking on water near the front end of the ship. By 3 a.m., the
entire crew was mustered on deck near the starboard lifeboats
preparing to abandon ship. At a quarter after 4 a.m., as the merchant
mariners were preparing the lifeboats, the ship was struck by a powerful
jolt, possibly a rogue wave, capsizing the vessel to the starboard side.
The Marine Electric crew was thrown into the frigid Mid-Atlantic waters
recorded at 37 degrees Fahrenheit approximately 30-miles off the coast of
Chincoteague. What was an initial distress call now became a massive
search and rescue case, but the following events proved far more difficult
than ever imagined.
At the time, Coast Guard flight crews did not
have the ability or power to deploy rescue swimmers in the sea to recover
victims. As strange as it may seem, a crewmember simply lowered a rescue
basket from the helicopter in the vicinity of a distressed person in the
water. The rescue relied almost entirely on the victim mustering the
strength to get in the basket on his or her own. In cold temperatures
where shock and hypothermia were prevalent, this practice proved
futile.
When a Coast Guard helicopter crew based at Air Station Elizabeth
City, N.C., arrived on-scene shortly after 5 a.m., the water was flush
with strobe lights, yet little sign of life existed. Not until 6:05 a.m.
was a Navy rescue swimmer able to assist with the recovery. The Navy
dispatched a helicopter crew from Naval Air Station Oceana in Virginia
Beach, Va., which had rescue swimmers trained for search and rescue.
One-by-one with the help of the crew of the 82-foot Coast Guard Cutter
Point Highland, the Navy rescue swimmer recovered the bodies of the Marine
Electric crew from the surface; nearly three hours after the vessel
capsized.
Of the 34-crewmembers aboard the Marine Electric, 27
people were recovered; only three survived. Seven Marine Electric
crewmembers were never found, possibly still aboard the ship. The deceased
were later pronounced dead by medical examiners who indicated the cause of
death to be hypothermia and or drowning. Meanwhile, as the sun rose, the
Marine Electric had already begun a slow descent into oblivion, beneath
the sea where it lay in perpetuity.
Aftermath
Following this tragedy, the
Coast Guard launched one of the biggest Marine Board of Investigations in
its history. Making the case more overwhelming were congressional
representatives seeking to know how such a disaster could happen, and more
importantly how can a similar scenario be averted. After several
congressional hearings, the Coast Guard Authorization Act of 1984 was
passed to ensure the Coast Guard was properly equipped to respond to such
cases. An excerpt of the act reads, "The Commandant of the Coast
Guard shall use such sums as are necessary, from amounts appropriated for
the operational maintenance of the Coast Guard, to establish a helicopter
rescue swimmer program for the purpose of training selected Coast Guard
personnel in rescue swimming skills."
Introduction of the Guardian "The Aviation Survival Technician
(AST) rating's job which was created in 1969 has always been to inspect
and maintain life support equipment, perform ground handling and servicing
of aircraft, and conduct aviation administration duties," said Master
Chief Petty Officer Donald Murray, Coast Guard Aviation Survival
Technician Rating Force Manager.
The Coast Guard Helicopter Rescue
Swimmer Program would become an extension of the AST mission objective,
beginning very subtly in the fall of 1984, as a result of the Marine
Electric tragedy. The Coast Guard joined forces with
 |
|
FREEPORT, Texas - Coast Guard Petty Officer 3rd Class Phil
Wojtas, a rescue swimmer at Air Station Houston, is hoisted back
into an HH-65C Dolphin helicopter after conducting freefall
deployment training. When The Marine Electric tragedy happened, the
Coast Guard did not have the ability to deploy swimmers into the
water.
U.S. Coast Guard photo by Petty Officer
1st Class Adam Eggers
| the Navy, which permitted prospective Coast
Guard helicopter rescue swimmers to train with fellow Navy swimmers at the
U. S. Navy Rescue Swimmer School at Naval Air Station Pensacola, Fla. The
rating initially known as Aviation Survivalman or ASM graduated five
members in this first class.
After a few years of training with the Navy, it became apparent the
Coast Guard needed to make modifications because some of the methods
taught at the joint service school were not applicable to the Coast Guard
search and rescue mission. These methods included scuba, deploying
parachutes, tree extraction, and mountain rescue. The Coast Guard's main
emphasis is peacetime rescues, not downed military recovery methods. In
addition, the program was not without its challenges. The new feature to
Coast Guard aviation generated hesitation and concern from pilots with
deploying swimmers in hazardous conditions.
"When the
program first became operational, there was considerable reluctance to
deploy rescue swimmers except under generally favorable conditions, but it
soon became apparent, however, that Coast Guard rescue swimmers would
frequently be utilized in extreme weather conditions," said retired Lt.
Cmdr. Richard M. Wright, in a 1996 article he authored titled "Coast Guard
Rescue Swimmer Program".
Rescue swimmers assigned to
Air Station Elizabeth City officially became the first operational unit
with helicopter rescue swimmers March 5, 1985, with air stations
throughout the country following suit throughout the following years. "The
Coast Guard went fully operational with the rescue swimmer program in
October of 1991 meaning all Aviation Survivalmen, [first class petty
officer] and below stood rescue swimmer duty at every Coast Guard air
station across the country," said Murray.
Since its inception, the
Coast Guard Helicopter Rescue Swimmer program has enhanced the Coast Guard
search and rescue mission. "The addition of a Rescue Swimmer asset to
Helicopter search and rescue teams has had significant impact on the
mission. Hurricane Katrina is our most recent reminder of the value of
this asset," said Senior Chief Petty Officer Lewis Hart, who supervises
the Aviation Survival Technician "A" school in Elizabeth City.
In the two-plus
decades of the programs existence, several innovations in training have
allowed rescue swimmers to adapt to unpredictable situations that they
often encounter.
"The Rescue Swimmer Program has evolved in a
number of ways but mostly in more advanced gear and training. The
development of the Advanced Helicopter Rescue School in Astoria, Ore.,
helps train AST's in advanced techniques
 |
|
ELIZABETH CITY, N.C. - A daily vigorous workout is
normal training for these Aviation Survival Technician students
during training at the Aviation Technical Training Center in
Elizabeth City North Carolina. Aviation Survival Technicians (AST)
along with many other duties function operationally as Helicopter
Rescue Swimmers and Emergency Medical Technicians (EMT) Basic. ASTs
may find themselves being deployed into a myriad of challenging
rescues ranging from hurricanes and cliff rescues, to emergency
medical evacuations fromships at
sea.
U.S.
Coast Guard photo by Telfair H. Brown
| such as vertical surface rescue, sea cave
rescue, heavy surf rescue, and swift water rescue," said Hart. In
addition, innovations in sport science became an objective in training
rescue swimmers. "The AST 'A' School has also developed a Train the
Trainer 'C' School that teaches advance fitness and exercise physiology
for training AST airmen and for operational fitness," added Hart.
It has been 25 years since 31
souls from the Marine Electric perished. Since this tragedy, it can be
said that many lives have been indirectly saved. It is sometimes
though tragedy that good can be extracted, and the Coast Guard Rescue
Swimmer has fostered this. Coast Guard Helicopter Rescue swimmers
have saved or assisted countless lives in the most harrowing of
circumstances. In Hurricane Katrina, more than three-thousand lives were
saved as the search and rescue operation unfolded on live television. In
addition to survival skills in extreme elements, rescue swimmers are
trained emergency medical technicians employing basic skills to victims
while transporting to medical facilities ashore.
Nevertheless, perhaps the most important thing to remember is that
rescue swimmers do not operate alone. It takes an entire flight crew to
make saving lives a reality. "Rescue swimmers are highly visible in search
and rescue cases and subsequently receive a lot of media attention," said
Hart. "It would be fair to say that the media reports deemphasize the team
concept with regard to the rest of the crew in such cases," he added. With
lessons learned, the Coast Guard stands by for the next search and rescue
case, always ready.
|