The first crewed flight into a hurricane happened in 1943 when a pilot-trainer flew into a Category 1 hurricane near Galveston, Texas on a bet.[1]
In the past, before satellites were used to find tropical storms, military aircraft flew routine weather reconnaissance tracks to detect formation of tropical cyclones. While modern satellites have improved the ability of meteorologists to detect cyclones before they form, only aircraft are able to measure the interior barometric pressure of a hurricane and provide accurate wind speed data, information needed to accurately predict hurricane development and movement.
The USAFR hurricane hunters fly weather missions in an area midway through the Atlantic Ocean to the Hawaiian Islands, and have on occasion flown into typhoons in the Pacific Ocean and gathered data in winter storms.
The 53rd WRS hurricane hunters operate ten Lockheed WC-130J aircraft, which fly directly into hurricanes, typically penetrating the hurricane's eye several times per mission at altitudes between 500 feet (150 m) and 10,000 feet (3,000 m).
The civilian and NOAA Corps crew members of the NOAA Hurricane Hunters, originally based at the Aircraft Operations CenteratMacDill AFB, in Tampa, Florida, mainly perform surveillance, research, and reconnaissance with highly instrumented aircraft including airborne Doppler weather radar measurements in both Atlantic and Pacific storms. In June 2017[2][3] the Hunters moved into a new facility at Lakeland Linder International Airport in Lakeland, Florida, after being at MacDill since 1993. They fly two Lockheed WP-3D Orion aircraft, heavily instrumented flying laboratories modified to take atmospheric and radar measurements within tropical cyclones and winter storms, and a G-IV Gulfstream high-altitude jet above 41,000 feet (12 km) to document upper- and lower-level winds that affect cyclone movement. The computer models that forecast hurricane tracks and intensity mainly use G-IV dropsonde data collected day and night in storms affecting the United States.
Since 2009 the Government Flying Service of Hong Kong (GFS) have conducted regular flight data collection in cooperation with the Hong Kong Observatory. In 2011, the cooperation between GFS and the Observatory extended to reconnaissance flights to capture weather data for tropical cyclones over the South China Sea.[4] In September 2016 they introduced the dropsonde system, which collects extra meteorological data on tropical cyclones to enhance the monitoring of typhoons.[5]
The first time a reconnaissance flight took place with the sole purpose of locating a hurricane was during the 1935 Great Labor Day Hurricane, which would later become the strongest storm to ever impact the U.S.
On September 1, the storm moved through The Bahamas where it was estimated to be at hurricane strength. As a result, ships began to avoid the Florida Straits, depriving the Weather Bureau of valuable information. This led to confusion as the Weather Bureau believed it would continue on its westward parth and make landfall in Cuba while the Cuba weather service didn't see any evidence for this.
On September 2, a pilot flying over the Florida Keys noticed a large cloud mass to the east and more north than it should have been. The Cuban weather service requested a plane to be sent up to find the storm, with Captain Leonard Povey volunteering. After circling, but not penetrating (his plane had an open cockpit), the storm, he confirmed the storm was located more north than originally thought and actually heading northeast. This was relayed to the Weather Bureau, which immediately put warnings out for the Florida Keys. The storm would make landfall later that day.
Capt. Povey urged Congress and the Weather Bureau to implement full-time reconnaissance planes, but to no avail. A plan was laid out to use Coast Guard cutters, but was never implemented.[7]
The 1943 Surprise Hurricane, which struck Houston, Texas, during World War II, marked the first intentional meteorological flight into a hurricane. It started with a bet.
That summer, British pilots were being trained in instrument flying at Bryan Field. When they saw that the Americans were evacuating their AT-6 Texan trainers in the face of the storm, they began questioning the construction of the aircraft. Lead instructor ColonelJoe Duckworth took one of the trainers out and flew it straight into the eye of the storm. After he returned safely with navigator Lt. Ralph O'Hair, the base's weather officer, Lt. William Jones-Burdick, took over the navigator's seat and Duckworth flew into the storm a second time.[8][9]
This flight showed that hurricane reconnaissance flights were possible, and further flights continued occasionally. In 1946, the moniker "Hurricane Hunters" was first used, and the Air Force and now Air Force Reserve have used it ever since. The flights demonstrated that hurricane reconnaissance flights were feasible.[10][11]
Lockheed WP-3A Orion weather reconnaissance aircraft of VW-4 Squadron at its NAS Jacksonville Florida base in 1974
The United States Navy's VW-4 / WEARECORON FOUR Weather Reconnaissance Squadron Four, "Hurricane Hunters" was the seventh U.S. Navy squadron dedicated to weather reconnaissance. They flew several types of aircraft, but the WC-121N "Willy Victor" was the aircraft most often associated with flying into the "eye of the storm." The squadron operated WC-121s between late 1954 and 1972.[12] VW-4 lost one aircraft and crew in a penetration of Hurricane Janet,[13] and another to severe damage in a storm, but the severely damaged Willy Victor (MH-1) brought her crew home, although she never flew again. During 1973–1975, VW-4 operated the turbine-propeller Lockheed WP-3A Orion.
October 1, 1945 - A United States Navy Consolidated PB4Y-2 Privateer (Bureau Number: 59415) of VPB-119 went down in a Category 1 typhoon over the South China Sea. Six of the seven crew members were killed.[14]
December 16, 1953 - A United States Navy Consolidated PB4Y-2 Privateer (Bureau Number: 59716) of Airborne Early Warning Squadron (VW-3) was lost during reconnaissance of Super Typhoon Doris. All nine members of the crew were killed.[16]
September 26, 1955 - A United States Navy Lockheed P2V Neptune of Airborne Early Warning Squadron Four (VW-4) disappeared in Hurricane Janet over the Caribbean Sea with nine Navy men and two Canadian journalists aboard.[17]
January 15, 1958 - A United States Air Force Boeing WB-50 Superfortress (Serial Number: 49-295) from the 54th Weather Reconnaissance Squadron went down southeast of Guam while flying into Super Typhoon Ophelia with nine men aboard.[18]
October 12, 1974 - In 1974, a newly converted Lockheed WC-130 Hercules (Serial Number: 65-0965) was transferred to the 54th Weather Reconnaissance Squadron, the "Typhoon Chasers", at Andersen Air Force BaseonGuam. The aircraft was sent to investigate Typhoon Bess. The crew departed Clark Air Base in the Philippines with the callsign "Swan 38". Radio contact with the aircraft was lost on 12 October 1974, apparently as the aircraft was heading into the typhoon's eye to make a second position fix. There were no radio transmissions indicating an emergency on board, and search teams could not locate the aircraft or its crew. All six crew members were listed as killed in action.[19] Swan 38 was the only WC-130 lost in a storm.
September 15, 1989 – While entering the eyewallofHurricane Hugo, a NOAA WP-3D Orion (registration N42RF) encountered multiple severe downdrafts, causing the inboard right engine to overheat. The crew was forced to shut it down as the aircraft reached 220 m (720 ft) above the ocean in the eye. They dumped fuel and followed a United States Air Force WC-130 out of the hurricane. The aircraft sustained major damage and was grounded for the rest of the 1989 Atlantic hurricane season.[20][21]
February 9, 2007 – While inside of an extratropical cyclone, the same WP-3D Orion involved in the Hurricane Hugo incident suffered a compressor stall on three of its four engines at 240 m (790 ft) above the ocean, forcing the crew to shut them down. They were able to restart the engines and return to St. John's. Sea salt reduced the engine performance, which resulted in a compressor stall and a rain cloud the aircraft passed through caused the engines to be cleaned out, resulting in their restarting.[22][23]
^McMahon, Bucky (September 8, 2017). "Into the Eye of the Storm". Popular Mechanics. Archived from the original on August 9, 2020. Retrieved September 11, 2017.
