DOCSLIB.ORG

Sport Optics

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Sport Optics SPORT OPTICS Photo: Martin Dlouhý CONTENTS About the company ________________________________________________________ 4 Basic concepts _____________________________________________________________ 6 BINOCULARS ______________________________________________________________ 8 FOREMAN® PRO XLD _______________________________________________ 10 LEADER® PRO ED __________________________________________________ 12 LEADER® WR ______________________________________________________ 14 LEADER® R ________________________________________________________ 16 LEADER® __________________________________________________________ 18 BEATER® __________________________________________________________ 20 RIFLESCOPES _____________________________________________________________ 24 FOREMAN® ________________________________________________________ 26 BEATER® __________________________________________________________ 30 Dot sights _________________________________________________________ 34 SPOTTING SCOPES _______________________________________________________ 36 FOREMAN® ________________________________________________________ 38 LEADER® __________________________________________________________ 40 ACCESSORIES _____________________________________________________________ 42 Ballistic calculator ________________________________________________________ 47 Aiming reticles ____________________________________________________________ 47 Technical parameters _____________________________________________________ 48 FOMEI CUP ________________________________________________________________ 52 COMPANY Founded in 1990, FOMEI is headquartered in the Czech PROFILE Republic. Our main business is development, sales and service of equipment, materials and accessories. We export FOMEI products to more than 25 countries in Europe and beyond. We are a comprehensive supplier of goods and services, including warranty and post-warranty service. PHOTO In the field of optics, FOMEI is involved in development, sales DIVISION and service of binoculars and riflescopes for forestry, sport and tourism. In preparing new models, we integrate the experience of partners in the Czech Republic and beyond. FOMEI product prototypes are tested in a wide range of situations, and under the most demanding conditions, in Central Europe, Scandinavia and the Baltic countries. All the knowledge gained is continuously used to improve the level and quality of FOMEI products. The top model lines — FOREMAN®, LEADER® and BEATER® — are distributed throughout Europe. FOMEI also actively supports young foresters and sport marksmen. Complete warranty and post-warranty service is provided right at company headquarters in Hradec Králové, Czech Republic. We develop and market FOMEI products based on regular market research. This ensures state-of-the-art performance throughout the brand’s selection. A special service and quality control team provides continuous service support for all FOMEI products delivered to the market. ... solutions for you 4 SERVICE Every FOMEI riflescope and binocular set undergoes individual inspection and adjustment at a special workshop in Hradec Králové. The same workshop provides warranty and post- -warranty service. FOMEI optical devices come with a 3- to 5-year warranty, depending on the model line. Post-warranty service is provided for the entire life of the device. FOMEI service even has the technology to refill devices with inert gas. 5 MAGNIFICATION The best-known parameter that determines by multiples how close the observed object appears. The greater the binoculars’ or riflescope’s zoom, there closer the object appears. For example, at 7x zoom, an object at 140 m is magnified to look like it is 20 m away. LENS DIAMETER The lens diameter on binoculars and riflescopes is expressed as the diameter of the front lens through which light enters the device. It is expressed in millimetres. A device with a larger lens diameter has better optical properties under poor light conditions. RELATIVE Relative focal ratio indicates the ratio of magnification to the FOCAL RATIO lens diameter. It is one of the technical parameters of optical devices. When selecting binoculars or a riflescope, it is important to pay attention to still other parameters, such as anti-reflective coatings or prism glass material. EXIT PUPIL The exit pupil diameter is indicated by the ratio of the lens DIAMETER diameter to magnification. The larger the exit pupil, the more light reaches the user’s eye. For example, 9x63 binoculars have an exit pupil of 7 mm, so for light passage they are better than 10x42 binoculars, which have an exit pupil of 4.2 mm. FIELD OF VIEW The field of view indicates the horizon width at a given dis- tance. Generally it is expressed in metres and is supplemen- ted by the viewing angle. For FOMEI binoculars, we compare at 1000 m, and for riflescopes, we indicate the field of view at 100 m. The field of view also depends on the zoom. The greater the zoom, the smaller the field of view. ANTI-REFLECTIVE A multi-layer anti-reflective protective coating to lenses and COATINGS prisms is an indispensable addition to any optical device. It prevents reflective light and allows maximum optical system permeability. The level of the anti-reflective layer is important in choosing the binoculars or riflescope. 6 ALL-GLASS FOMEI binoculars use carefully selected optical glass of a qua- OPTICS lity appropriate to the relevant model line. All elements of the optical system are glass. ED TECHNOLOGY On selected FOMEI binocular models, the optical system is (EXTRA-LOW made using ED technology. This technology prevents light DISPERSION) passing through from polarizing on the colour spectrum. It greatly increases the focal ratio, contrast and sharpness of the object being observed. HTC/DEC – Every glass component of a FOMEI binocular or riflescope SPECIAL optical system has an anti-reflective treatment that perfectly ANTI-REFLECTIVE ensures light transmission through the device. The top-of- COATINGS the-line anti-reflective treatments are HTC (High Transmission Coating – for lenses) and DEC (DiElectric Coating – for prism treatment). Binoculars and riflescopes with those treatments are appropriate for observation under reduced light conditions. DRY NITROGEN Selected FOMEI binoculars are filled with an inert gas — dry FILLING nitrogen — when they are manufactured. This ensures their water and dust resistance. This technology also prevents internal condensation in the optics if there is a sudden temperature change (transition from a cool to a warm environment). TWIST-UP Most FOMEI binoculars have a TWIST-UP eyepiece that allows EYEPIECE individual adjustment of the eyepiece distance from the eye. When the eyepiece is twisted, it is possible to use this type of binoculars even with eyeglasses. BRAND-NAME The FOMEI brand supplies a wide range of add-ons for using ACCESSORIES and maintaining its binoculars and riflescopes. They include bags, straps, tripods, cleaning sets, Neoprene cases for riflescopes, etc. 7 FOREMAN® PRO XLD, LEADER® PRO ED, LEADER® WR, LEADER® R, LEADER®, BEATER® BIN OCUL ARS FOREMAN® PRO XLD BINOCULARS An exclusive range of binoculars produced with the very highest-quality materials. With their outstanding transmission and use of residual light, they are suitable for nocturnal observation of animals, the heavens, and more. They are robust, water-resistant binoculars filled with dry nitrogen. FOREMAN® PRO XLD 8x52 FOREMAN® PRO XLD These compact binoculars’ workman- ship makes them suitable for evening observation of animals, and for every- day wanders through nature. BINOCULARS 8x56 FOREMAN® PRO XLD Uncompromising binoculars inten- ded for evening observation. Their 56 mm input lenses give them excellent performance under any conditions. 11 LEADER® PRO ED BINOCULARS Binoculars for discerning users and professionals. Optical components of ED glass provide maximum sharpness, contract and optical focal ratio. Thanks to these properties, the binoculars can be used even under the most demanding light conditions. Their water-resistant construction is filled with dry nitrogen. LEADER® PRO ED 10x42 LEADER® PRO ED Excellent binoculars for everyday observation in forestry, bird-watching and even hiking. BINOCULARS 8x56 LEADER® PRO ED The ideal helper when observing under reduced lighting conditions, with perfect image rendering. The ED glass installed in these binocu- lars removes colour aberrations and increases the contrast of the objects observed. 13 LEADER® WR BINOCULARS Water-resistant binoculars for night-time users, suitable for hunting, sports and hiking. The WR lens treatment ensures a high optics focal ratio and resistance to rain and splashing water. DUAL FOCUS mechanics are used for focusing. Magnesium components provide very solid construction with low weight. LEADER® WR 8x50 LEADER® WR Compact binoculars whose construction makes them an indispensable helper in everyday work under difficult con- ditions, in the woods or mountains. Suitable for observation under reduced light conditions. BINOCULARS 10x50 LEADER® WR Compact binoculars useful for hiking, sports and bird-watching. A DSLR adapter can be used to connect with a camera to get extraordinary photos. 15 LEADER® R BINOCULARS Binoculars with the ZCF design are outstanding for their perfect focal ratio and wide field of view. Models with fixed zoom are ideal for hunting and observation in reduced light conditions. Binoculars with variable zoom are an ideal assistant for wandering in nature, hiking or observing the night sky. LEADER®
Load more

Recommended publications
  • Colt .22 Owner's Operation Manual
    Upper Receiver Rear Sight M4 / M16 Self loading rifle Front Sight Handguards Carry Handle USA Cal. .22L.R. HV Muzzle Compensator Lower Receiver Rear Receiver Pin Magazine Release Safety Charging Handle Buttstock Handguards Grip Trigger Buttstock Latch Ejection Port Cover Trigger Guard READ THE INSTRUCTIONS ! WARNING: AND WARNINGS IN THIS Magazine MANUAL CAREFULLY BEFORE USING THIS FIREARM. SAFETY AND OPERATING INSTRUCTIONS MADE BY CARL WALTHER No. Contents Page Identification 1 Safety Rules 3 - 11 1 Safety Operating Instructions 12 2 Inspection 13 3 Loading the Firearm 14 4 Insertion of the first Cartridge 14 - 15 5 Firing 15 6 Decocking the Hammer 15-16 7 Firearm with empty Magazine 16 8 Unloading 16 9 Clearing Misfires 17 10 Settings - Sights, Stock, Bolt Speed 17 - 19 11 Mounting a telescopic Sight 19 12 Field stripping the Firearm 19 - 20 13 Cleaning 20 14 Storage 20 15 Repair 21 16 Warranty 21 - 22 Co 17 Technical Data 23 NTENT 18 Exploded view / Parts 24 - 25 19 Variants / Accessories 26 - 27 S Contact back 2 ! YOUR SAFETY RESPONSIBILITY ! SAFETY IS YOUR NUMBER ONE RESPONSIBILITY! AT HOME, IN THE FIELD, AT THE RANGE, OR ANYWHERE, THE FIRST CONCERN OF EVERY FIREARM OWNER SHOULD BE SAFETY. APPLY THE FOLLOWING SAFETY RULES IN EVERY SITUATION, WITH ANY KIND OF FIREARM. ! WARNING: YOU MUST FOLLOW ALL OF THESE SAFETY RULES TO ENSURE THE SAFE USE OF YOUR FIREARM ! WARNING: SAFE GUN HANDLING IS YOUR PERSONAL RESPONSIBILITY! ITIY L I B ! WARNING: I S SAFE USE OF A FIREARM IS YOUR PERSONAL RESPONSIBILITY AND THE FAILURE TO FOLLOW ALL OF THESE BASIC SAFETY RULES MAY N RESULT IN SEVERE PERSONAL INJURY OR DEATH TO YOU OR OTHERS.
    [Show full text]
  • Federal Court Between
    Court File No. T-735-20 FEDERAL COURT BETWEEN: CHRISTINE GENEROUX JOHN PEROCCHIO, and VINCENT R. R. PEROCCHIO Applicants and ATTORNEY GENERAL OF CANADA Respondent AFFIDAVIT OF MURRAY SMITH Table of Contents A. Background 3 B. The Firearms Reference Table 5 The Canadian Firearms Program (CFP): 5 The Specialized Firearms Support Services (SFSS): 5 The Firearms Reference Table (FRT): 5 Updates to the FRT in light of the Regulation 6 Notice to the public about the Regulation 7 C. Variants 8 The Nine Families 8 Variants 9 D. Bore diameter and muzzle energy limit 12 Measurement of bore diameter: 12 The parts of a firearm 13 The measurement of bore diameter for shotguns 15 The measurement of bore diameter for rifles 19 Muzzle Energy 21 E. Non-prohibited firearms currently available for hunting and shooting 25 Hunting 25 Sport shooting 27 F. Examples of firearms used in mass shooting events in Canada that are prohibited by the Regulation 29 2 I, Murray Smith, of Ottawa, Ontario, do affirm THAT: A. Background 1. I am a forensic scientist with 42 years of experience in relation to firearms. 2. I was employed by the Royal Canadian Mounted Police (“RCMP”) during the period of 1977 to 2020. I held many positions during that time, including the following: a. from 1989 to 2002,1 held the position of Chief Scientist responsible for the technical policy and quality assurance of the RCMP forensic firearms service, and the provision of technical advice to the government and police policy centres on firearms and other weapons; and b.
    [Show full text]
  • Zeroing Is to Ensure That the Bullet Follows the Expected Trajectory with Respect to the Line of Sight (LOS)
    Introduction The purpose of zeroing is to ensure that the bullet follows the expected trajectory with respect to the line of sight (LOS). Zeroing takes into account the telescope and ballistics of the ammunition used in a particular rifle. This guide is linked to others in the firearms series. Note: This guide uses imperial measures. To convert to metric, measurements given in yards are approximate only and can be replaced by the same figure in metres. Measures in inches can be elevation adjuster for telescopic sight replaced by centimetres at the rate of 1 inch = 2.5 centimetres Basic principles ♦ Before zeroing check that the rifle, mounts and Bore sighting scope are compatible. All screws on the rifle Bore sighting is carried out when the scope is first stock/action and telescopic sight and mounts attached to the rifle and is a means of checking must be tight and the barrel clean and dry that the rifle and scope are roughly in alignment inside. before making fine adjustments at a chosen zero ♦ Use the same ammunition that will be used distance. There are a number of aids such as laser when stalking. bore sighters that can be used by following the ♦ Do not zero in extreme weather conditions, a manufacturer’s instructions. Alternatively use the dry day with low winds is ideal. method below. ♦ Use a target that will allow you to take a ♦ Set a target up at a range of 25 yards. The consistent and accurate aiming point. target should have a safe foreground (no ♦ Do not allow anything to come in contact with possibility of people or animals straying onto the rifle barrel or moderator, including fingers the range without being seen) and a safe wrapped around or touching the barrel.
    [Show full text]
  • Tm 05538/10012-In
    TM 05538/10012-IN U.S. MARINE CORPS TECHNICAL MANUAL ORGANIZATIONAL AND INTERMEDIATE MAINTENANCE MANUAL WITH REPAIR PARTS LIST (RPL) FOR RIFLE, 5.56 MM, M16A2 W/E NSN: 1005-01-128-9936 (EIC:4GM) PN 9349000 RIFLE, 5.56 MM, M16A4 W/E NSN: 1005-01-383-2872 (EIC:4F9) PN 12973001 CARBINE, 5.56 MM, M4 W/E NSN: 1005-01-231-0973 (EIC:4FJ) PN 9390000 CARBINE, 5.56 MM, M4A1 CQBW W/E NSN: 1005-01-382-0953 (EIC:4GC) PN 12972700 MARINE CORPS SYSTEMS COMMAND QUANTICO, VA 22134-6050 DISTRIBUTION STATEMENT: DISTRIBUTION AUTHORIZED TO U.S. GOVERNMENT AGENCIES AND THEIR CONTRACTORS. THIS PUBLICATION IS REQUIRED FOR ADMINISTRATION AND OPERATIONAL PURPOSES. OTHER REQUESTS FOR THIS DOCUMENT MUST BE REFERRED TO COMMANDER, MARINE CORPS SYSTEMS COMMAND (PG-13 PM IW), QUANTICO, VA 22134-6050. DESTRUCTION NOTICE: DESTROY BY ANY METHOD THAT WILL PREVENT DISCLOSURE OF CONTENTS OR RECONSTRUCTION OF THE DOCUMENTS. FOR OFFICIAL USE ONLY DECEMBER 2008 PCN 184 055381 00 DEPARTMENT OF THE NAVY Headquarters, U.S. Marine Corps Washington, DC 20380-0001 31 December 2008 1. This Technical Manual (TM), authenticated for Marine Corps use and effective upon receipt, provides information on the Rifle, 5.56 mm, M16A2 W/E, NSN: 1005-01-128-9936; Rifle, 5.56 mm, M16A4 W/E, NSN: 1005-01-383-2872; Carbine, 5.56 mm, M4 W/E, NSN: 1005-01-231-0973; Carbine, 5.56 mm, M4A1 CQBW W/E, NSN: 1005-01-382-0953; TM 05538/10012-IN. 2. Submit notice of discrepancies or suggested changes on a NAVMC 10772.
    [Show full text]
  • Canadian Today Fall 2019 | Vol
    CANADIAN TODAY FALL 2019 | VOL. 3 | ISSUE 2 THIS ISSUE • Interview: LGen Wayne Eyre • Trialing new camouflage • Meet the Army Sergeant Major • Jungle warfare doctrine • Reserve cyber warriors • New guns: C6 and C20 • Unit cohesion in Latvia • Le « sans équipage » est en demande Intense pace of procurement DLR’s changes to project management PROUD SPONSOR OF CANADIAN TODAY C4ISR & BEYOND 2020 IN THIS ISSUE JANUARY 28, 2020 | THE WESTIN, OTTAWA FALL 2019 | VOL. 3 | ISSUE 2 THEME Canada’s partner for the design, development, integration and delivery 8 DUTY TO UNDERSTAND by Chris Thatcher LGen Wayne Eyre talks modernization, priorities, and the professional duty of military leaders to understand of C4ISR solutions to meet the needs of the Canadian Army. their operating environments. 12 STIMULUS POLICY by Chris Thatcher How the Directorate of Land Requirements moved a record number of procurement projects into options analysis in one year. 22 DISASTER RELIEF by Allan Joyner When the Ottawa River flooded the community of Constance Bay, the response by the 1st Battalion, Royal Canadian Regiment was a model of Operation Lentus. 26 WELCOME TO THE JUNGLE By Ian Coutts A Brazilian exchange officer is helping the Army develop its jungle warfare doctrine and train future specialists. 43 A CULTURE OF AUSTERITY by Bill Williams The culmination exercise on the road to high readiness, Maple Resolve challenged the Brigade with an austere environment and minimal resources. DEPARTMENTS 30 IN PROFILE by Ken Pole The job I wanted: CWO Stuart Hartnell has served in a parachute company and with Special Operations Forces, but Army Sergeant Major is his dream job.
    [Show full text]
  • Telescopic Sights.Pdf
    Utah Division of Application for Certificate of Registration Wildlife Resources Telescopic Sight Applicant Information: Customer Identification #_________________________ Name___________________________________________Phone ________________________________ Address_____________________________________City____________________State_____________Zip____ Date of Birth________________Gender_____Weight _______Height______Eye Color__________Hair Color__________ Requirements: 1. A person may obtain this Certificate of Registration to take wildlife with a telescopic sight if they have a vision impairment leaving them with worse than 20/40 corrected visual acuity in the better eye. 2. In the professional opinion of the eye care provider: the telescopic sights will sufficiently mitigate the effects of the disability to enable the person to adequately discern between lawful and unlawful wildlife species and genders, and safely discharge a firearm or bow in the field. 3. Provide the below physician statement confirming the vision impairment by a licensed ophthalmologist, optometrist, or physician. As the applicant, I have read and understand the requirements for obtaining this Certificate of Registration. Signature of Applicant_________________________________________________________Date____________________ Physician's Statement: (Below must be completed and signed by physician, ophthalmologist, or optometrist) I hereby certify the above named applicant meets the criteria for use of telescopic sights and that following information is true and correct.
    [Show full text]
  • Great War British & Empire Sniping Equipment
    Great War British & Empire Sniping Equipment (part 2*) by Roger Payne The Watts Telescope (Figure 1) hese are conventional terrestrial low power telescopes (approximately x2 magnification and Tbroadly similar to the Aldis and PPCo). They were produced by (or for?) the London based company of ER Watts and bear the company name marked on to the ocular housing, together with the serial number of the individual instrument. Total procurement for the military is likely to be a little in excess of 150 1. Concerning the method of attachment to the SMLE, the few surviving examples that the writer is aware of either have no rings remaining on them, or else each has different types of mount; so it is certain that more than one different mounting system was utilised to attach these telescopes to their rifles. To illustrate the point further, the author has three Watts telescopes in his collection; one no longer retains any mounts; one bears the remains of Daniel Fraser mounts; and the third sports Alex Martin rings Figure 1. The Watts telescope. This particular example bears Purdey mounts more usually associated with the Aldis ‘scope. (this last mentioned telescope also came into the writer’s possession with its mount base produced to conform to still extant. Indeed contract details in the case of some the contours of the SMLE rifle body). Additionally, a contractors simply state ‘fit telescopic sights’, and we fellow collector in the UK possesses a fine example of cannot assume that in all cases they necessarily fitted a Watts scope bearing Purdey rings which are normally instruments using their own mounting systems.
    [Show full text]
  • 5 (Au0. Ilashes
    33-246. XR 2 g 858 732 SR Nov. 4, 1958 E.O. KOLLMORGEN ETAL 2,858,732 MECHANISM FOR ELIMINATING PARALiAX FROM TELESCOPIC SIGHTS AND THE LIKE Filed Aug. 25, 1955 N N S N N S - N25NSN N2S2IN N 1.e., N NE 3. N22NN 3N N SSNN SSHS I W. N. NVENTORS Sters ERNST O. KOLLMORGEN SS HENRY G, THEUER 2 3S BY 5 (Au0. THER ATilashes, TORNEYS 2,858,732 United States Patent Office Patented Nov. 4, 1958 2 Inasmuch as the adjustment provided by the new mech anism is made by a screw threaded cell and tube, suitable 2,858,732 locking means may be provided whereby the reticle cell MECHANISM FOR ELMINATING PARALLAX cannot be jarred out of adjustment even by heavy and FROM TELESCOPICSIGHTS AND THE LIKE repeated recoil of the rifle to which the telescopic sight is attached. Moreover, a far more accurate adjustment is ErnstNorthampton, O. Kollmorgen, Mass, Amherst, assignors andto Kollmorgen Henry G. Theuer,Optical possible with the new reticle adjustment than with the Corporation, Northampton, Mass, a corporation of mechanisms provided heretofore for making such adjust New York ments. O For a better understanding of the present invention, Application August 25, 1955, Serial No. 530,526 reference may be had to the accompanying drawing in which: 3 Claims. (C. 88-32) Fig. 1 is a view partly in longitudinal section and partly broken away of a typical telescopic sight for a rifle with This invention relates to improvements in telescopic the lenses shown therein in dotted lines; and rifle sights and the like and it relates more particularly Fig.
    [Show full text]
  • GUNS Magazine May 1959
    MAY 1959 SOc What's Your Shooting Pleasure? POWER TYPE RETICLE CASH PRICE AMT. DOWN CROSS·HAIR HUNTING or 4X SIGHT TAPERED POST Lee Dot extra HUNTING 6X CROSS·HAIR $75.00 SIGHT Lee Dot extra VARIABLE CROSS·HAIR HUNTING POWER or $80.00 SIGHT TAPERED 21/2x-4x POST Lee Dot extra VARIABLE HUNTING· TAPERED POWER YARMINT $99.50 CROSS·HAIR 2V2X·8x SIGHT TARGET· 00 .:.'. '.' TAPERED $160. VARMINT CROSS·HAIR MOUNT SIGHT INCLUDED BALtur CROSS·HAIR HUNTING $65.00 2V2X or SIGHT TAPERED POST Lee Dot extra f> \-~ L~ht VARMINT $9'OO:\~ aX CROSS·HAIR $85.00 .~ SIGHT ~.:.~.:.~ ·:::::::·:.::::·::::-;·~:~::;:~.:::;:;:r:·;,:-::\;.::::·:: •.•.••.•.•••••••••••••••••••••••• m •••J'ii .,.,.:.,.:.i.:.::.:.:.i· ?:): '::;:;:::::;.;.:.;.;.:;:, ", ::.:.::::::::..;.::::: :: ,',. :.', ":,:,:",:::,:::;:;:;::::::;:::::::.:.:' '{::: :::; :::::::;:::y.:::::::;::;:;:;::;::.:................ .;<.:<: .;.;.:.:.;.:.;..-:-:.;.;.;.::: : • :.:.;.;.:.:.:.;.:.;.;.;.:.;.:.:.;.;.;.;.: ;:;:::::;:::::::::::;::::;:;:;:::::;:;:;:;:;:::; :.;.::::::::::;:::::::;:::;:::::;:::::::::;::: ::;:::;:;:;:::;:;:;:;:::;:;:;:;:;:;:::: :;:;:::::::::;::::.::::/:::.:.:.;.:.:.:.:.;.; ::::::; :;::::;:::::::;:;::::;:::::::;:;:;.:.:.::;:::::::::::::::::::;::;::::;:; ::::;:::::::;::::::::::::;;;:::;:;;::::;:;::;::;:;:::::::; ::;:;;::;:;::::;::;::;;::;;;:;:;:;:;;;;;:i:: Big game, target, bench rest, varmint-whatever you favor, you'll get more satisfaction with a Bausch & Lomb rifle sight than you ever dreamed possible, for these famous sights, designed and built by skilled American craftsmen, put real precision
    [Show full text]
  • Worldwide Equipment Guide Volume 2: Air and Air Defense Systems
    Dec Worldwide Equipment Guide 2016 Worldwide Equipment Guide Volume 2: Air and Air Defense Systems TRADOC G-2 ACE–Threats Integration Ft. Leavenworth, KS Distribution Statement: Approved for public release; distribution is unlimited. 1 UNCLASSIFIED Worldwide Equipment Guide Opposing Force: Worldwide Equipment Guide Chapters Volume 2 Volume 2 Air and Air Defense Systems Volume 2 Signature Letter Volume 2 TOC and Introduction Volume 2 Tier Tables – Fixed Wing, Rotary Wing, UAVs, Air Defense Chapter 1 Fixed Wing Aviation Chapter 2 Rotary Wing Aviation Chapter 3 UAVs Chapter 4 Aviation Countermeasures, Upgrades, Emerging Technology Chapter 5 Unconventional and SPF Arial Systems Chapter 6 Theatre Missiles Chapter 7 Air Defense Systems 2 UNCLASSIFIED Worldwide Equipment Guide Units of Measure The following example symbols and abbreviations are used in this guide. Unit of Measure Parameter (°) degrees (of slope/gradient, elevation, traverse, etc.) GHz gigahertz—frequency (GHz = 1 billion hertz) hp horsepower (kWx1.341 = hp) Hz hertz—unit of frequency kg kilogram(s) (2.2 lb.) kg/cm2 kg per square centimeter—pressure km kilometer(s) km/h km per hour kt knot—speed. 1 kt = 1 nautical mile (nm) per hr. kW kilowatt(s) (1 kW = 1,000 watts) liters liters—liquid measurement (1 gal. = 3.785 liters) m meter(s)—if over 1 meter use meters; if under use mm m3 cubic meter(s) m3/hr cubic meters per hour—earth moving capacity m/hr meters per hour—operating speed (earth moving) MHz megahertz—frequency (MHz = 1 million hertz) mach mach + (factor) —aircraft velocity (average 1062 km/h) mil milliradian, radial measure (360° = 6400 mils, 6000 Russian) min minute(s) mm millimeter(s) m/s meters per second—velocity mt metric ton(s) (mt = 1,000 kg) nm nautical mile = 6076 ft (1.152 miles or 1.86 km) rd/min rounds per minute—rate of fire RHAe rolled homogeneous armor (equivalent) shp shaft horsepower—helicopter engines (kWx1.341 = shp) µm micron/micrometer—wavelength for lasers, etc.
    [Show full text]
  • Sniper Operations MSG Kon Fuhrman SGM Rodolfo Garza Group Room R
    Sniper Operations by MSG Kon Fuhrman SGM Rodolfo Garza Group Room R 11 26 March 2004 -_.. _----- Fuhnnan ii Sniping Operations I. Introduction. Snipers have quietly played a significant role throughout the history ofwarfare. Feared by the enemy, miss-trusted by their senior leadership, snipers took the fight to forces much larger and scored a higher body count than many combined units. Today in OEF and OIF, snipers playa major role on the battlefield, not just with the "one well aimed shot", but also through the tasks ofreconnaissance and surveillance. a. References: See works cited. b. The majority ofresearch was extracted from FM 23-14, Sniper Employment and Operations; 10th Special Forces Group (Airborne) Program ofInstruction (POI); and the United States Army John F. Kennedy Special Warfare Center and School (USAJFKSWCS) Special Operations Target Interdiction Course (SOTrC) POI. In addition, much of the topic covered was gleaned from my own experience as a Sniper for the past 15 years. II. Body a. History ofSniping. (1) Definition and origin of terms: Sniper, Ghillie (2) Sniper Operations from 1700s to Viet Nam (2) Sniper Operations from 1970s to present b. Sniper Employment (1) The Sniper Team (2) Long Range Target Interdiction (3) Surveillance and Reconnaissance c. Sniper Weapons (1) Historical; M1903 Springfield, MICID Garand, M141M211M25, McMillan (2) Current Weapons and Equipment; M24 SWS, SR-25, M82 series d. Sniper "Shot". 9 steps for a first shot hit III. Closing a. Summary b. Questions c. Conclusion Fuhnnan 1 The sniper is one ofthe most effective weapons on the field ofbattle. Since the invention of firearms, skilled individuals with specialized equipment have influenced the tide ofbattle.
    [Show full text]
  • Small Arms, Japanese Robert J
    Claremont Colleges Scholarship @ Claremont CGU Faculty Publications and Research CGU Faculty Scholarship 1-1-2001 Small Arms, Japanese Robert J. Bunker Claremont Graduate University Recommended Citation Bunker, Robert J. "Small arms, Japanese." World War II in the Pacific: An Encyclopedia. New York: Garland Publishing, 2001. 537-539. This Article is brought to you for free and open access by the CGU Faculty Scholarship at Scholarship @ Claremont. It has been accepted for inclusion in CGU Faculty Publications and Research by an authorized administrator of Scholarship @ Claremont. For more information, please contact [email protected]. Small Arms, Japanese 537 by Slim, the 5th and in strength. Forbidden co withdraw Irrawaddy River coward Mandalay co draw Japanese re­ 7th Indian Divisions found themselves isolated by the serves there. \XIhen the enemy had fully committed all irs Japanese advance. Slim demanded char they stand fast, avai lable reserves, IV Corps struck across the Irrawaddy and he put into effect the aerial resupply operation he and capwred Meikrila on March 3, 1945. The Japanese had promised. He also energetically launched relief opera­ were thrown off balance by this daring, li ghtning strike, tions that rescued the beleaguered troops and han1mered and as a result, :iOv"CCII Corps also captured Mandalay the Japanese Fifteenth Army. Caught betvveen rhe rwo during late March. forces, the Japanese were forced co withdraw in ratters The Japanese reacted violently co the British crossing through the jungle back inro Burma. Slim's success dem­ of the Irrawaddy and launched numerous counterattacks onstrated the efficacy of his operational approach, si­ co eliminate the British bridgehead bur suffered crippling lenced his critics, and greatly boosted troop morale.
    [Show full text]