Abstract
There is little evidence that Russia is developing a long-range bomber force. The present force of long-range Russian bombers, consisting of some 100 TU-95 Bears and 40 Mya-4 Bisons is small and has not expanded since the mid-1950s. While the Russians have developed and already deployed their new twinengine, sweep-wing bomber, designated “Backfire” by NATO, reports indicate that this aircraft has a less than intercontinental range. Against this force, the USA maintains seven manned interceptor squadrons equipped with F-106 aircraft in the active Air Force and sixteen Air National Guard squadrons equipped with F-101s, F-102s, and F-106s. Assuming an average of twenty-five aircraft per squadron gives a total number of 675 interceptors in a 4:1 ratio of U.S. interceptors to Russian bombers. In addition, the USA maintains twenty-one Nike-Hercules missile batteries in the active Army and twenty-seven Nike-Hercules batteries in the National Guard. It should be noted however that whether Backfire is a tactical or strategic bomber remains a live issue in the present ongoing SALT negotiations.
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References
R. English and D. Bolef, “Defense Against Bomber Attack”, Scientific American, August, 1973. Describes the present bomber threat and bomber defenses.
H. Scoville, “The Limitation of Offensive Weapons”, Scientific American, January, 1971. Enumerates strategic offensive forces.
R. Hudock, “Strategic Posture: Political Necessity, Budget Realities”, Astronautics and Aeronautics, April, 1972. Reports testimony by Admiral T. Moorer, Chairman of the Joint Chiefs of Staff, before the Senate Armed Services Committee, and testimony by Defense Secretary M. Laird before Congress.
A. Quanbeck and B. Blechman, Strategic Forces: Issues for the Mid-Seventies, The Brookings Institution, 1775 Massachusetts Ave, N.W., Washington, D.C. 20036, 1973. The Institute publishes a series of studies as monograms. This is a staff study of strategic nuclear weapons, their uses and impacts.
B. Miller, “Rising Costs Stimulate the Search for Better Ground Surveillance Radar”, Electronic Warfare, February 1978. In an effort to cut soaring maintenance expenses, defense planners everywhere are reevaluating their surveillance radar systems with an eye to refinement.
“Radar Requirements on the Upswing”, Microwave Systems News, March 1978. Radars for test ranges, early-warning air defense, intelligence, and shipboard radars are being planned. PAVE PAWS, the new SLBM warning system, is to be erected at Otis Air Force Base, Mass.
“Air Force Alaskan Radars to Go Modern”, Countermeasures, May 1978. The manned bomber watch was initiated more than twenty years ago. Strung along Alaska’s western coast is a 7-site linkup. Other network radars are located more inland. This is the SEEK IGLOO system.
“Alaskan Radar to be Updated”, Microwave Systems News, July 1978.
E. Ebersol, “Rush is on to complete first AWACS radars”, Microwaves, September, 1973. Westinghouse is building three preproduction units for early flight testing.
News item, “AWACS flies through first trials”, Microwaves, February, 1975.
R. Levine, “Boeing Co Wins Air Force Award of $247.6 Million”, Wall Street Journal, 29 April 1975. Six production models set in midst of hard sell for controversial radar jet.
J. Rhea, “Takeoff Clearance for AWACS”, Southern California Electronic News, 19 May 1975.
B. Walsh, “An Eagle in the Sky”, Countermeasures, July 1976. The E-3A Airborne Warning and Control System (AWACS) provides the “big picture vision and understanding for battle management through a unique all-altitude surveillance, command, control and communications capability”. The AWACS consists of special avionics and a large surveillance radar. The U.S. Air Force is developing it to fulfill tactical and air defense forces’ needs.
R. Davis, ed., “Despite record Performance, Phoenix Missile faces shakey future”, Microwaves, September, 1973.
“Long Range Fire Control”, Countermeasures, March 1975. The AN/AWG-9 is a long-range fire-control defensive and offensive Airborne Weapon Control System (AWCS) developed for the U.S. Navy’s F-14 aircraft. It includes on-board target acquisition, longrange search and detection, positive look-down identification, multiscan and missile launch, IR detection and ECM immunity.
“Advances in Airborne Laser Systems”, Countermeasures, March 1976. Recent advances in laser-augmented target acquisition and recognition systems offer greatly enhanced air-to-ground and air-to-air attack capability for single-seat aircraft.
B. Walsh, “Countdown on a New International Deterrent”, Countermeasures, January 1977. A look at the F-16.
“Commonopoly: The Billion Dollar Game”, Electronic Warfare, Jan./February 1977. DODs quest for F-16/F-18 EW suite.
“Avionics”, Microwave Systems News, May 1977.
“JTIDS to Hand Off Airborne Missiles”, Electronic Warfare, February 1978. Fighter aircraft of the future that have run out of missiles during combat may get help through a “forward pass” of weapons launched from other planes.
A. Ivanov, “Improved Radar Designs Outwit Complex Threats”, Microwaves, April 1976. Three guidance techniques for air-defense guided missiles are described and the widely-used cw semi-active homing system is detailed.
News item, “U.S. Weighs Israeli Request for Latest ECM Equipment”, Electronic Design, 8 November 1973. Describes the performance of U.S.-made ECM equipment against the Russian-made SA-6 SAM system.
H. David, “Mideast War is Forcing Changes in American Military Electronics”, Electronic Design, 6 December 1973. Describes the performance of U.S.-made ECM equipment against the Russianmade SA-6 SAM system, also described.
News item, “Soviet missile gains spur ECM activity”, Microwaves, December, 1973. Describes the performance of U.S.-made ECM equipment against the Russian-made SA-6 SAM system, also described.
“SA-8 Russias Newest Microwave Technology”, Microwave Systems News, April/May 1976.
C. Nolan, “Improved HAWK Simulator AN-TPQ-29,” Countermeasures, October 1976.
B. Walsh, “Roland”, Countermeasures, March 1977. The U.S. Army’s New International Missile System provides all-weather defense against attacking aircraft in forward combat areas.
“U.S. Roland Test Fire Due”, Electronic Warfare, February 1978.
R. Hartman, “SAM-D is a Patriot”, Countermeasures, July 1977. Being developed to replace both Nike-Hercules and Hawk systems, the highly mobile, all-weather Patriot will be the field army’s air-defense cornerstone against medium-to high-altitude targets in the sophisticated land warfare environment of the 1980s.
“PAVE PAWS bounded by another lawsuit”, Microwaves, September 1979.
“USAF’s SEEK IGLOO Ready, Soon”, Microwave System News. November 1979.
G. B. Panero, “Survivability of Air Defense Systems”, Mitre Corp., November, 1959. See Reference 4.3.
“Airborne Navonics”, Countermeasures, February, 1976. See Reference 1.30.
W. Shockley, “The E-4 Airborne Command Post”, Countermeasures, July, 1976. See Reference 1.31.
B. Walsh, “An Eagle in the Sky”, Countermeasures, July, 1976. See Reference 1.33.
P. Nahin, “Can Land-Based Strategic Bombers Survive an SLBM Attack?”, IEEE Transactions on Aerospace and Electronic Systems, March, 1977. See Reference 1.51.
“PAVE PAWS Tests Scrutinized”, Microwave Systems News, June, 1978. See Reference 1.40.
A. Arnot, “SM-2 Passes Naval Tests”, Countermeasures, June, 1977. See Reference 1.72.
“Latest Soviet Threat Intelligence”, International Report EW/DE (Electronic Warfare/Defense Electronics), May, 1978. See Reference 2.41.
Eds., “Backscatter Radar on 2 Coasts to Detect Planes over Horizon”, Electronic Design, July 6, 1972.
J. Headrick and M. Skolnik, “Over-the-Horizon Radar in the HF Band”, Proc. IEEE, June, 1974, pp. 664-673. See Reference 7.7.
Eds., “New OTH-B radar to be CW bistatic”, Electronic Design, 12 April 1975.
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Constant, J.N. (1981). Bomber Defense. In: Fundamentals of Strategic Weapons. Springer, Dordrecht. https://doi.org/10.1007/978-94-015-0649-6_6
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