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APPENDIX B

(V) NOMENCLATURE FOR TYPE CLASSIFIED ITEMS IN THE BASIC NIKE HERCULES AIR DEFENSE GUIDED MISSILE SYSTEM

SOURCE: OTCM's 36763, 10 Apr 58; 36833, 10 Jul 58,

  1. GUIDED MISSILE, AIR DEFENSE: M6 (XM6E3) - The complete HERCULES missile with booster cluster.

  2. ROCKET MOTOR: M30 (XM30) - Main propulsion unit of the missile.

  3. ROCKET MOTOR: M42 (XM42) - Booster cluster used to assist the initial boost action of the main propulsion unit.

  4. WARHEAD, GUIDED MISSILE, HIGH EXPLOSIVE: M17 (T45) - A blastfragmentation warhead adapted for use with the NME AJAX and HERCULES missiles.

  5. EXPLOSIVE HARNESS ASSEMBLY, GUIDED MISSILE: M38 (XM38) - An explosive link between the arming mechanism, safety (2) and the ML7 (T45) varhead in NME HER~ULES.

  6. EXPLOSIVE HARNESS ASSEMBLY, GUIDED MISSILE: M39 (XM39) - An explosive link between the arming mechanism, safety (2) and the T46 warhead in NIKE HERCULES· (The T46 cluster warhead was developed but never standardized for troop use.)

  7. SELF-DESTRUCT CHARGE, GUIDED MISSILE: M44 (XM44) - An explosive (primacord) destruct ring and the explosive link to the arming mechanism, safety, for use in R&D flights of the NIKE HERCULES.

  8. SAFETY AND ARMING DEVICE, GUIDED MISSILE: M31 (XM31) - A fail safe and arming device for the NIRE HERCULES.

  9. BODY SECTION, FORE, GUIDED MISSILE: M9 (XM9) - A unit to house and protect the appropriate warhead during launching.

  10. PROPELLANT, SOLID, GUIDED MISSILE: M25 (T17E3) - An ammonium perchlorate type solid propellant used in the M30 (XM30) sustainer motor for NIKE HERCULES. The propellants in the T17 series, including the original T17 and modifications El, E2, and E3, differ slightly in chemical composition to adapt them to use in the SERGEAEP~, NIKE AJAX, and NIKE HERCULES missiles.

  11. BEAM, HOISTING, GUIDED MISSILE: M7 (XM7) - Used to lift and hold the nose and warhead section in position while joining to Missile Body Section.

  12. BEAM, HOISTING, GUIDED MISSILE: M8 (XM8) - Used to lift the Booster Cluster Assembly.

  13. BEAM, HOISTING, GUIDED MISSILE: M9 (XM9) - Used in conjunction with the joining hoist or M62 truck w/Hydrocrane to lift the assembled missile.

  14. BEAM, HOISTING, GUIDED MISSILE: MIO (XM10) - Used in conjunction with joining hoist or M62 truck wlHydrocrane to lift the unfueled main body section of the missile.

  15. HOISTING UNIT, PORTABLE, GUIDED MISSILE: M26 (XM26) - Used throughout the assembly, fueling, warheading, and launching areas to lift the booster cluster components, missile, and sections of the missile.

  16. RAIL, LAUNCHING-HANDLING, GUIDED MISSILE: M2 (XM2) - The launching rail supports the missile and booster while the round is being handled on the storage racks, and releases the round for movement out of the launcher at the moment of launch.

  17. TRAILER, VAN, DIRECTOR STATION: M424 (~1424) - Provides housing and permanent transportable mounting for Director-Computer Group GS 18135; also provides operational space for personnel.

  18. TRAILER, VAN, TRACKING STATION: M428 (1(M428) - Provides housing and permanent transportable mounting for Tracking Station Group GS 18134; also provides operational space for personnel.

  19. TRUCK, GUIDED MISSILE TEST SFT: M451 (~451) - A handpropelled, wheeled vehicle used to transport the portable test set from missile to missile for the electrical checkout on the launcher or test racks, or from section to section, as required.

  20. PLATE, MOUNTING, SAFF~I-ARMING DEVICE: M1 (XM1) - The mounting plate provided in the missile for the M30 S&A Device.

  21. PLATE, MOUNTING, SAFETY-ARMING DEVICE: M2 (XM2) - The mounting plate is installed in the missile airframe and provides the electrical and explosive connections between the safety and arming mechanisms and the warheads and missile guidance section.

  22. PILLER, HYDRAULIC SYSTEM, GUIDED MISSILE: M5 (XM5) - Used to fill the missile hydraulic power unit with Ethylene oxide.

  23. CONTAINER, SHIPPING & STORAGE, GUIDED MISSILE: M400 (XM400) A reusable shipping container used for transporting and storing the missile body section.

  24. CONTAINER, SHIPPING & STORAGE, GUIDED MISSILE WARHEAD: M401 (I~1401) - A reusable shipping container used for transporting and storing the warhead section of the missile.

  25. LAUNCHER, MONORAIL, GUIDED MISSILE: M36 (XM36) - The launcher assembly receives, hold, and positions the missile ready for firing.

  26. RACK LOADING GUIDED MISSILE M10 (XM10) - Racks on which a guided missile is stored prior to loading on a launcher.

  27. SIDE TRUSS, LOADING RACK, GUIDED MISSILE: M1 (XM1) - This unit consists of side trusses to the top of which "T" section tracks are attached. These tracks engage the wheels of the launching and transporting rail as it is loaded on the rack.

  28. MODIFICATION KIT GUIDED MISSILE LAUNCHER M93 (XM93) Consists of a group of items that are installed on the launcher prior to movement from one area to another. Upon completion, the launcher is then towed by the prime mover to the new area.

  29. MODIFICATION KIT GUIDED MISSILE LAUNCHER M94 (XM94) Consists of a group of components necessary for the installation of the launcher when it is emplaced in the field installation.

  30. MODIFICATION KIT GUIDED MISSILE LAUNCHER M95 (XM95) Consists of the necessary components and accessories to modify the existing launcher for subsurface use and installation.

  31. TRUCK, GUIDED MISSILE BODY SECTION: M441 (XM441) - Used to transport, support, and position the missile during test and repair, during assembly of the complete missile.

  32. TRUCK, GUIDED MISSILE ROCKET MOTOR: M442 (XM442) - Used to transport the booster from the booster assembly and storage areas to the missile-booster joining area.

  33. ADAPTER, ADJUSTABLE, TRAILER TO GUIDED MISSILE COMPONENTS: M36 (XM36) -When transporting the missile on the transporter trailer, the missile or booster is held in place by the adapter assembly, transporter. This assembly will hold either the missile or booster; not both. There are two adapters for each transporter trailer, being mounted side by side.

  34. BOX, GUIDED MISSILE FINS, SHIPPING 6~ STORAGE: M31 (XM31) Used for transporting and storage of the missile fins and accessories.

  35. BOX, ROCKET MOTOR FINS, SHIPPING & STORAGE: M32 (XM32) Used for transporting and storage of the booster fins.

  36. TRAILER, LOW BED, ANTENNA MOUNT: M406 (XM406) - Used to transport the missile or the target tracking radar antenna.
NOTE: The servicing items developed for use with the liquid propellant HERCULES missile have been deleted from the List. (The liquid propellant sustainer motor was replaced by the M30 solid propellant motor.)


APPENDIX C

News Release, Department of Defense, Office of Public Information, Washington 25, D. C., undated (circa September 1958).

QUESTIONS AND ANSWERS: HERCULES-BOMARC

The following questions have been asked concerning the HERCULES and BOMARC systems:

  1. QUESTION: What are the ranges of the NIKE KERCULES and the BOMARC?

    ANSWER: The effective range of a surface-to-air guided missile depends upon several things other than the distance to which the missile can be fired. Among these are the reflective characteristics of the target, the target speed and even the target altitude. The exact performance of a weapon is classified. Therefore, we release only a nominal figure. The figure for the range of the NIKE HERCULES is "over 75 NM". Comparable figures for BOMARC are "over 200 NM" for the early model and "over 400 NM" for the advanced model.

  2. QUESTION: What are the speeds of the NIKE MRCULES and the BOMARC missiles?

    ANSWER: Both missiles are supersonic. They have more than adequate speed to attack any known type of manned aircraft and will have a margin of speed advantage over any foreseeable manned aircraft.

  3. QUESTION: What are effective altitudes of NIKE HERCULES and the BOMARC?

    ANSWER: Both missiles have adequate altitude capabilities to cope with any known or foreseeable manned aircraft. The BOMARC has air breathing engines and is therefore confined to atmosphere which will support combustion. The NIKE HERCULES is powered by solid propellant rocket and can operate at even higher altitude.

  4. QUESTION: How do the NIKE HERCULES and the BOMARC systems differ in Air Defense Operation

    ANSWER: The basic conception for the air defense of the United Stares is a defense in depth. Such a defense can subject invading aircraft to continuous attack of increasing severity as they approach a target area. Under this concept enemy aircraft detected by our early warning radar would first be attacked by manned interceptors. They would next be attacked by the BOMARC guided missiles and manned interceptors. Any which succeeded in approaching critical areas defended by NIKE HERCULES would come under attack by that system as well as BOMARC and manned interceptors. Both NIKE HERCULES and BOMARC would normally be assigned targets by the semi-automatic ground environment system known as SAGE where that system is available. NIKE HERCULES can be operated autonomously, that is, it is self sufficient and can operate either with or without SAGE. BOMARC is designed for fast reaction by being integrated with SAGE.

  5. QUESTION: What test results are available on the NIKE HERCULES and BOMARC systems?

    ANSWER: Specific test data is classified. Both the NIKE HERCULES and the early BOMARC have passed through their development tests and have been launched by troops trained for operational units. During these tests each system has successfully intercepted high performance jet target drones. These test firings and troop training shots have demonstrated that both systems are very effective. There is an improved version of BOMARC still in development.

  6. QUESTION: How do the services train personnel for the guided missile units?

    ANSWER: First of all, personnel are selected for a guided missile unit only if they meet specified criteria. Those who are to have technical responsibilities are then given special training courses. The Army trains technicians for the NIKE HERCULES units in schools established at Fort Bliss, Texas, and at Fort Belvoir, Virginia. Courses for the various specialties range from 8 to 51 weeks in duration. The Air Force currently conducts similar individual training of specialists at the Boeing plant in Seattle, Washington. This training program will be transferred to an Air Training Command school at Chanute Air Force Base.

  7. QUESTION: What are the land requirements for HERCULES and BOMARC sites?

    ANSWER: A battalion of four batteries of HERCULES requires about 150 acres in fee and about 350 acres in easement, for a total of about 500 acres.

    A BOMARC squadron with approximately the same number of missiles requires about 70 acres in fee and about 30 acres in easement, for a total of about 100 acres.

    As most HERCULES units are replacing NIKE AJAX units, few additional land acquisitions will be required.

    BOMARC will be installed on military owned property, where possible. Where military property is not available sites will be located some distance from cities which will minimize interference with civilian activities.

  8. QUESTION: Is there a difference in the hazard of life and property between the NIKE HERCULES installation and a BOMARC Installation?

    ANSWER: The safeguards included in both of these weapons and in the launching site arrangement make the chances of hazard to their civilian neighbors virtually impossible. In addition to the safeguards built into the equipment and into the launching site arrangement - the personnel who will man and handle the equipment are carefully screened and thoroughly trained. Moreover, the units are given thorough periodic inspections both to assure that the safety features of the equipment are operational, and that the established procedures are followed.

  9. QUESTION: What is the cost of a NIKE HERCULES and of a BOMARC Missile?

    ANSWER: A comparison of these two missile systems on a unit cost basis can be very misleading. While BOMARC does cost more per unit than does the NIKE HERCULES, it can reach out and defend a larger area than can the NIKE HERCULES. Each has its advantages and disadvantages. A defense comprised of both systems takes advantage of the desirable characteristics of both weapons systems. Actual cost figures are classified inasmuch as arithmetic could be applied to available contract information to produce approximations of our existing and planned missile stocks.

  10. QUESTION: When will these missiles be incorporated in the U.S. Air Defense System?

    ANSWER: There are HERCULES missiles in 8 operational NIKE units in the U.S. today. Additional NIKE ATAX units will be converted to HERCULES units this fiscal year (before next June). (HERCULES is also being installed overseas. Additional battalions are scheduled for overseas deployment in the near future. One battalion has arrived and is being turned over to the Chinese Nationalists in Taiwan.)

    Four BOMARC sites are now under construction. Construction of additional sites is planned for this fiscal year.


    APPENDIX D

    SITE CONSTRUCTION & DEPLOYMENT OF CONUS (ARADCOM) UNITS (U)

    Table I. Converted Defense Sites

    Table II. New Defense Sites

    Table I - a (1st 30 sites)

    Table I - b (next 30 sites)

    Table I - c (next 30 sites)

    Table I - d (last sites)

    Table II - a (new sites)

    Table II - b (new sites)


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