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elcan m145 manual

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elcan m145 manualLearn more about our ReturnIf you cannot upgrade your browser or use an alternative device to visit us,Tell us what you think of our search results and how we can improve. Learn more about our ReturnIf you cannot upgrade your browser or use an alternative device to visit us,Tell us what you think of our search results and how we can improve. Credit Card. The SpecterM145 is the U.S. The front objective is fitted The standard weaver with cross-slots rail Wingnut Mount. The optical sight weighs 24 oz. (681 gr) and is extremely rugged for rough field conditions. The sight has an 8.2mm diameter exit pupil, which provides excellent vision in low light levels, i.e. dawn and dusk, and also for rapid target acquisition. The zeroing adjustment increments in both windage and elevation are 2.5 mm at 10 meters range for each detent (click of movement) and 5 inches at 500 meter range. The mount is designed to fit to the Picatinny rail MIL.Std The optical sight has an eye relief of approximately 3 inches (70mm). Eye relief is the distance between the eye and the sight s rear eyepiece lens. 5 1-2 The reticle pattern has a built-in trajectory compensation from 300m to 1200m range. The reticle is illuminated, by a battery and will last, at maximum brightness, for approximately 7 days under continuous operation. The optical housing of the telescope is purged with dry nitrogen to prevent moisture fogging the internal optics. The front objective lens is fitted with a Signature Reduction Device (SRD). Sight is packed with a new battery from the factory. Section III. Principles of Operation The M145 Straight Telescope is a telescopic sight. The telescope will show more clearly the strike of the round and allows more accurate shooting. In low light conditions, the sight will enhance target detection far better than that visible to the naked eye. Lens covers protect the lenses when the sight is being transported or stored.http://getdol.com/page_data/datacad-12-user-manual.xml

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The lens covers should always be kept closed when the sight is not in use. 1-6 9 The battery cap has an O-ring that keeps out moisture. With practice you may be able to keep both eyes open. With both eyes open you will be more aware of your surroundings and feel less strain on your eyes. The dial can only be rotated when the silver lock (1) is moved to the UP position. Turning the elevation adjustment dial (2) counter clockwise in the direction of the arrows one click moves the point of impact up 2.5mm at 10 meters 12 Turning the elevation adjustment dial (2) clockwise (opposite direction to the arrow) one click moves the point of impact down 2.5mm at 10 meters. Ensure that the silver lock (1) is moved down to prevent any further movement of the elevation adjustment dial. 2-2, Windage Adjustment Screw Used when zeroing weapon. Turning windage adjustment screw (3) clockwise one click moves the point of impact left 2.5mm at 10 meters. Turning windage adjustment screw (3) counter-clockwise one click moves the point of impact right 2.5mm at 10 meters 13 Section II. Preventive Maintenance Checks and Services (PMCS) General a. Before Operation. Perform your Before PMCS. b. During Operation. Perform your During PMCS. c. After Operation. Perform your After PMCS. d. If your Equipment Fails to Operate. Troubleshoot. Report any deficiencies using the proper form, see DA PAM If you cannot correct it yourself, notify your armorer PMCS Procedures The PMCS table 2-1 lists those required checks and services to be performed by personnel who use the M145 Straight Telescope. a. Item No. Column. Checks and services are numbered in disassembly sequence. This column shall be used as a source of item numbers for the TM Number column on DA Form 2404, Equipment Inspection and Maintenance Worksheet, in recording results of PMCS. b. Interval Column. This column gives the designated internal when each check is to be performed. c. Item to be Checked or Serviced Column.http://www.duz-drustvo.si/uporabnik/file/datacad-x3-manual.xml This column lists the items to be checked or serviced. 2-3 14 d. Procedure Column. This column contains a brief description of the procedure by which the check is to be performed. It contains all the information required to accomplish the checks and services. e. Not Fully Mission Capable If: Column. This column contains a brief statement of the condition (e.g. malfunction, shortage) that would cause the covered equipment to be less than fully ready to perform its assigned mission. 2-4 15 Table 2-1. Preventive Maintenance Checks and Services (PMCS) Item Interval Item to be Procedure Not Fully No. Checked Mission Or Serviced Capable if: 1 Before Sight Look through the sight. These After Inspect for visual conditions obstruction of target are present image, dust, dirt, pits, and cannot or moisture on optical be corrected surfaces, loose or by cleaning. Inspect for install battery O-ring and spring in cap.If necessary, replace battery (para 2-5) and check again. 4 Before Mount Check mount for Mount After damage that will damaged in prevent sight from such a way being installed.Checked Mission Or Serviced Capable if: 7 Before Torque Ensure torque Threads not After Limiting limiting shaft is functional Shaft not loose or bent and torque limiting shaft loose or bent. 8. Before Sight Check entire sight Hardware After for loose or missing not present Hardware or secured. 9 Before SRD and Check that both are Hardware After laser filter present not present. 10 Before SRD and Check for corrosion Corrosion cannot After laser filter be cleaned off. 2-8 19 Section III. Operation Usual Conditions 2-5. Assembly And Preparation for Use a. Unpacking. (1) Remove M145 Straight Telescope and Technical Manual from shipping carton. (2) Save carton for M145 Straight Telescope storage. Record serial number and warranty expiration date as per Unit SOP. 2-9 20 b. Installing and Checking Battery.http://www.raumboerse-luzern.ch/mieten/boss-dd-20-giga-delay-manual-pdf (1) Remove battery cap (1) by turning it counter-clockwise and holding the Rotary Reticle Illumination Switch (3) stationary. CAUTION Before installing battery cap, inspect threads on battery housing and battery cap to ensure that they are free of moisture and dirt and that the O-ring (4) in the battery cap (1) is present. Failure to do so could result in loss of electrical power and shorten battery life. Hand tighten battery cap. Using tools to tighten battery cap could damage equipment. (3) Re-install battery cap (1) by holding the Rotary Reticle Illumination Switch (3) stationary turning clockwise until snug. Hand tighten only. (4) Open rear lens cover (4). Turn rotary reticle illumination switch (3) and look through rear lens. Verify that the reticle is illuminated. If not, replace battery. Using tools to tighten mounting hardware could damage equipment. NOTE The M145 Straight Telescope mounts directly to the accessory mounting rail (Picatinny rail) on the M249, and M240B machine guns and M4 Carbine. It will be necessary to adjust the position of the M145 Telescope either backwards or forward on the Picatinny Rail in order to achieve the correct eye relief (distance of the eye from the back of the Telescope). If the same sight is installed in the same position slot on the rail on the same weapon, re-zeroing is not required. 2-12 23 Step 1. The torque limiting knob should be backed off just enough for the rail grabber to go over the rail. Do not force the torque limiting knob past its intended stop. Mount the M145 straight telescope firmly over the rail. Ensure that the mount is seated squarely over the rail. Tighten the Torque Limiting Knob (clockwise) until it rotates with two clicks. Ensure that the mount is securely fastened before commencing eye relief adjustment. The sight is now mounted to the weapon approx. 3 (70mm) in front of the firing eye. Assume a comfortable firing position and achieve a good stockweld (at trigger pull length) with both eyes closed.http://persikovod.com/images/04-dodge-owners-manual.pdf Open the sighting eye and compare the view through the scope with the following examples: 2-13 24 If the target scene fills the scope to provide the maximum field of view, the correct eye relief has been attained. See Example 1, below. No further repositioning of the M145 on the Picatinny rail is required. Example 25 If the target scene does not fill the sight s field of view, the optical sight must be repositioned on the rail either forwards or backwards (see example 2 Limited Field of View, Incorrect Eye Relief). Example 26 Step 2. The optical sight must be repositioned for correct eye relief. Loosen the torque limiting knob and move the optical sight in the appropriate direction (forward or backward) which provides the full field of view. Zeroing the M145 Straight Telescope aligns the sight to the barrel of the machine gun so that point of aim equals point of impact. 2-16 27 NOTE Adjustment of the M145 Straight Telescope is centered at the factory. (1) Open front (1) and rear (2) lens covers. Turn each cover inside out to stow the lens covers while the sight is being used 28 Set the M145 Straight Telescope to Mechanical Zero (1) Adjust the Straight Telescope so that the weapon s barrel and optical sighting axis are in approximate alignment. The sighting axis will be approx. 2-3 inches above the machine gun barrel and therefore the strike of the bullet at 10m range will also be approx. 2-3 inches low without further zeroing adjustment. GAPS equal then the sight is in approx.After each three rounds, the center of the group has to be determined. 1. Look through the telescope and align the reticle s 10mZ zeroing mark on the center base of the aiming points on the basic machine gun marksmanship target. 2-21 32 2. Fire three single rounds loaded individually without making any sight adjustments. 3. The three round shot group should be within a 4cm circle to establish the center of shot group in relation to the center base of the aiming paster. 4. Measure the amount of movement required left or right (windage) and either up or down (elevation) to move the three round-shot group onto the center of the aiming paster. 5. Windage correction: upon completion, return to the firing line to make corrections to the weapon and re-fire a three round-shot group to confirm zero. Center of 3- round shot group Elevation Windage 2-22 33 Repeat the above steps 1-5 until the strike of the round is coincident with the center of the target. Close the silver lock down to prevent any further movement of the elevation zeroing adjustment dial. NOTE: Close the silver lock down to prevent any further movement of the elevation zeroing adjustment dial. The M145 Straight Telescope is now zeroed and ready for operational shooting. 2-25 36 Reticle The vertical gap in the stadia lines is for estimating ranges. The height of gaps in the stadia lines represents a 60 high target at the range noted i.e. 5, 7, 8, 9, 10, 11, or 1200 meters. 2-26 37 Reticle Illumination. NOTE Sight is equipped with variable intensity LED illumination of the reticle. It has 10 positions: one OFF position and 9 positions for different reticle intensity settings. 2-27 38 For M4 Reticles: 100m Range Zeroing In the zeroing process, groups of three single shot rounds are fired at a target. After each three rounds, the center of the group has to be determined. 1. Look through the telescope and align the reticle s 100m zeroing mark on the center base of the aiming points on the basic rifle marksmanship target. 2-28 39 2. Fire three single rounds carefully without making any sight adjustments. 3. The three round shot group should be within a 4cm circle to establish the center of shot group in relation to the center base of the aiming paster. 4. Measure the amount of movement required left or right (windage) and either up or down (elevation) to move the three round-shot group onto the center of the aiming paster. 5. Windage correction: upon completion, return to the firing line to make corrections to the weapon and re-fire a three round-shot group to confirm zero. Center of 3- round shot group Elevation Windage 2-29 40 Repeat the above steps 1-5 until the strike of the round is coincident with the center of the target. Close the silver lock down to prevent any further movement of the elevation zeroing adjustment dial. The M145 Straight Telescope is now 100m zeroed. 2-30 41 Field zero at 300m Range 1. Look through the telescope and align the reticle s 300m mark on the center of mass of the E silhouette target: 2. Fire a 6 to 9 round group. 3. Observe impact of rounds. 4. Determine direction of impact to be moved (up or down, left or right). 5. Estimate or measure the amount of movement required to move the strike of the round to the center of the target (at 300 meters; three inches equals one click of adjustment in both windage and elevations). Repeat the above steps 1-5 until the strike of the round is coincident with the center of the target. NOTE: Close the silver lock down to prevent any further movement of the elevation zeroing adjustment dial. The width of horizontal hash mark in the stadia lines represents a 19 wide target at the range noted i.e. 1, 4, 5, 6, 7, or 800 meters 45 M4 Reticle Illumination. It has 10 positions: one OFF position and 9 positions for different reticle intensity settings. 2-35 46 (1) To make reticle illumination adjustments, turn rotary switch (1) clockwise. The intensity of the illumination increases the further the switch is turned. 1 (2) Turn rotary switch to OFF position when the telescope is being used during normal daylight or when illumination is not required. Line on rotary switch at the OFF position NOTE Ensure the reticle illumination switch is turned to the OFF position when not required. 2-36 47 2-7. Lens Cleaning Procedures a. Remove large particles from exposed lens surfaces by first blowing on the surfaces. Blow as much dust and dirt as possible from the exposed lens surfaces. Gather the center of a sheet of lens paper (item 3, Appendix D), and use the edges to brush dust from the front and back lens. b. Remove mud using Optical Lens Cleaning Compound (item 1, Appendix D) or by splashing water onto the lens. c. When all visible particles of dust and dirt have been removed, moisten a piece of lens paper, then gently wipe over the lens surface. Dry with clean lens paper (item 3, Appendix D). 2-37 48 Section IV. Operation Under Unusual Conditions 2-8. Unusual Environments and Weather WARNING Two or more batteries stored together, without individual packaging, can short out and lose all their power. a. Extreme Cold. Extreme cold will shorten battery life. Keep spare batteries in a non-conductive container in your inner pockets to keep them warm. If the M145 Straight Telescope is brought from cold to warm, wipe off condensation after it has warmed up. b. Extreme Heat (Moist and Dry). No special procedures required. c. Salt Air. No special procedures required. d. Sea Spray. Ensure that battery cap is tight before exposing the sight to water or sea spray. Hand tighten only. Keep lens caps closed when sight is not being used. Clean lens (Para 2-7) with lens paper (Item 4, Appendix D) and dry sight with a cloth as soon as possible after being exposed to water or sea spray. e. Dust Storms and Sandstorms. Keep lens caps closed when sight is not being used. f. High Altitudes. No special procedures required. 2-38 49 Section IV. Operation Under Unusual Conditions (con t) g. Mud and Snow. Ensure that battery cap is tight before exposing the sight to mud or snow. Hand tighten only. Keep lens caps closed when sight is not being used. Clean lens (Para 2-7) with lens paper (Item 4, Appendix D) and dry sight with a cloth as soon as possible after being exposed to mud or snow. Try to acclimatize the MGO to the environment prior to mission usage to minimize fogging of external surfaces. h. Water. Ensure that battery cap is tight before immersing the sight in water. Hand tighten only. Keep lens caps closed when sight is not being used. Troubleshooting Procedures Table 3-1 lists common malfunctions that you may find with your sight. Perform the tests, inspections, and corrective actions in the order they appear in the table. Table 3-1 cannot list all of the malfunctions that may occur, all of the tests and inspections needed to find the fault, or all of the corrective actions needed to correct the fault. If the equipment malfunction is not listed or the actions listed do not correct the fault, notify your armorer. 3-1 52 NOTE: The M145 Straight Telescope uses lithium-manganese dioxide batteries which, when depleted, are to be disposed of in accordance local regulation. Certain states identify lithium-manganese dioxide batteries as hazardous waste, these states are currently Alaska, California, Minnesota, Rhode Island, and Washington. 3-2 53 Table 3-1. Troubleshooting MALFUNCTION TEST OR INSPECTION CORRECTIVE ACTION 1.Reticle does not illuminate. Battery installed incorrectly. - Remove and reinstall battery (para 3-2). 2. Wrong type of battery Replace battery (para 3-2). 3. Dead battery Replace battery (para 3-2). 4. Battery not making good contact. Remove battery cap and battery. Clean threads on battery cap and battery housing, then reinstall battery (para 3-2). 5. Battery cap spring missing. Notify dealer. 6. Defective rotary switch. Notify dealer. 3-3 54 7. View through the sight is not clear - Remove SRD and check for dirt or condensation on the objective lens. 8. Elevation or Windage Adjustment inoperable. - Notify dealer - 3-4 55 Section III. Maintenance Procedures 3-2. Battery Replacement and Check (Unit Maintenance) Installing and Checking Battery. Remove battery cap (1) by turning it counter-clockwise and holding the Rotary Reticle Illumination Switch (3) stationary. Failure to do so could result in loss of electrical power and shorten battery life. Tighten battery cap, and hold knurled portion of knob stationary. a. Open rear lens cover (3). Turn rotary switch clockwise and look through rear lens. Verify that reticle is illuminated. If not, replace battery. When finished, turn rotary switch to OFF position, then close rear lens cover. 3-6 57 3-3 Signature Reduction Device Maintenance) Remove the Signature Reduction Device (SRD) (1) by rotating in a counter clockwise direction. Item (2) in illustration is a laser filter, only available to military users. The SRD can be cleaned by running water through the honeycomb directly from a faucet. Shake out excess water and leave to dry. 1 2 WARNING Removal of the SRD could lead to your detection by others in your area of operation. 3-7 58 The Green Dot is designed as the primary targeting The CQB Series of Scopes give you many great options so you can choose the scope that best fits your needs. Backed by The EVO Series of Scopes give you many great high end features and various magnification ranges Solid construction from a rugged singlepiece tube of aircraft-grade aluminum is the foundation for highly reliable performance features The ECO Scope gives you some very unique features not found in any other scope. Integrated into The heat generated by the focused rays of Shooters never fire or point their rifles outside the limits of these The tilt-shift mechanism enables Using a specially designed Take some time to familiarize yourself with its features (Figure 1). Please Failure to follow the safety rules and other basic safety precautions may result in serious Speed Connect The scope is positioned in the rings allowing correct eye-relief. You should see a complete field The Nikon OMEGA has been developed specifically for muzzleloaders the size, optics and reticle are optimized for your sport. The OMEGA Sold by NCS Products, New York Attached are JELD-WEN s recommended installation instructions for premium composite, hollow and solid core molded Bifold Doors. Bifolds are designed for fast For questions call 1-888-888-7020. For more information RIGHT TO THE POINT. STEINER MILITARY SCOPES FACTS A new Field of Honor BIGGEST MANUFACTURER OF GENUINE MILITARY DAYLIGHT BINOCULARS STEINER-OPTIK GmbH is the Snow is made using a specialized nozzle (Fig. 5.7) that expands the gas or liquid through an orifice. Read all instructions carefully before commencing any work. Always wear safety equipment. Some installation steps will require two or more installers. NSN: 1240-01-554-4488 (model 512) EOTech Technical Manual ver. F JUNE 2015 An L-3 Company DISTRIBUTION To demonstrate skill in the use of ocular and stage micrometers for measurements of cell size. To recognize SLM - 3801 OWNER'S MANUAL Customer Service Tel: 1-800-268-3319 Superex Canada Ltd, Toronto,M2H 3B8 Made in China Table of Contents A). Important Safety Instructions B). Charging The operator must carefully read and follow This requires the following tasks: 1. Remove the seismometer Retain this Owner s Manual for future reference.Table of Contents GB Assembly Guide Read instructions before assembling this Failure to follow the safety rules and other The scope is equipped with built-in mount that For the latest up-to-date technical Skokie, Illinois 60076 U.S.A. tel: 1 847 673-5006 fax: 1 847 The Spring Motor must have proper tension When tipping the Cable Processor Module back, (after removing the toggle arm pin), use extreme caution not to drop You can find these numbers printed on the bottom of the table.File with maintenance Preparation. Tools Needed. Wiring. Hanging the Fan. Blades. Motor Housing. To use this website, you must agree to our Privacy Policy, including cookie policy. The rear elevation dial is also adjustable in 1 MOA clicks. This rotating hinge gives two points of contact with the second (the range dial) being the weak link. Any rearward impact is transferred right onto the range dial, leaving the scope flopping up and down, only connected by the windage pin. The fourth generation modifications to the mount (which the CF just recently subscribed to C79A2) eliminate the majority of the problem of zero loss and other mount-related problems, or at least delay them longer than the early gens. Even so, I personally feel that the mount is too subject to impacts and not strong enough for the role it is intended. The tritium triangle on the post is quick to pick up, especially in low light, and yet is still fine enough at the tip to provide a clear aiming reference at longer ranges. The Elcan is not NV compatible, nor does it have to be (for its intended role). The tritium light source provides a good reference to aim at muzzle flashes, and the scope gathers a great deal of light on its own. In any field environment, the scope naturally sees its share of the field - causing it to become covered in mud, etc. The Elcan is not really compatible with any of the typical flip-up sights. It is too long and most shooters needs to mount it near the rear of the receiver. (When I used one I pushed it forward and mounted a BIS - but I think I was relatively unique) Diemaco has produced a back-up sight for use on the C7A1 that mounts forward of the ELCAN, but it is constructed with a plastic body that is more flimsy than the C79 itself. I don't see much point in a back-up that, IMHO, will self-destruct long before the sight. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.A tritium illuminated reticle provides for normal and low-light conditions sighting. The sight itself is nitrogen -purged to prevent fogging and is covered with an armoured coating of rubber. It is manufactured by Elcan and can be found on military service weapons around the world. Its Elcan product name is the SpecterOS3.4x, although in Canadian service, it is typically referred to as the C79 or the C79A2. Similar rifle sights are the Sight Unit Small Arms, Trilux (SUSAT) and the Advanced Combat Optical Gunsight (ACOG).It is also used in the armies of Denmark, the Royal Netherlands Army and Netherlands Marine Corps and Norway.The C7A1 uses a C79 sight, which is easily distinguished by its matte black rubber overcoating. After reviewing feedback from the soldiers who used the sight, Elcan produced the fourth generation mount C79, known as the C79A2, and is mounted onto the C7A2 rifle, as well as the C8A3 carbines. The C79A2 sight is a component of the C7A2 mid-life update program of the Canadian Forces' inventory of C7A1 rifle systems. The older rifles and sights are meant to be exchanged 1:1 and brought to the -A2 standard.The reticle consists of a single vertical post with a sharp tip in the center. The tip is flanked by horizontal Mil-bars on either side. Under the left-hand Mil-bar, a second horizontal bar was added for judging distances, where the distance between the two bars would equate to 76 cm at 300 m. The (radioactive) tritium light source is an unstable isotope with a half-life of 12.32 years that gradually loses its brightness due to radioactive decay.Two adjustment knobs are used to secure the base to the receiver. A bore-sighting device is usually used to roughly zero the sight before a first-time shooter takes it to the range. Adjustments come in 0.25-mil clicks (one mil equals 10 cm at a range of 100 m, so each click adjusts the sight by 2.5 cm at 100 m). Sighting in a C79 sight is normally done at a range of 200 m. Windage adjustments are made on the left hand side of the base, using a flat object such as a flat-head screwdriver or a coin. The windage adjustment is intended only for the initial sighting in procedure of the C79. For precise shooting, the gate is usually left open to allow for finer adjustments than the rougher presets. Target shooters will sometimes mark pre-established open gate adjustments with whiteout pens to remind them how many clicks must be made for each range. At close ranges, when rapid aiming is required, the emergency battle sights on top of the sight can be used, although they are very crude and only intended for use inside of 75 m.The C79A2 has a green rubber armored cover to help the optic blend in with the Canadian CADPAT uniform. This model is used on C7A2 rifles and C8A3 carbines. The United States also uses this optic on some of its M4 Carbines. Versions of this optic are made available for the civilian market from Armament Technologies in Nova Scotia Canada.The M145 is unusual when compared with other optical sights in use with the United States military in that ballistic compensation is in the mount, rather than in the reticle. The reticle is illuminated by a battery-powered LED with varying intensity settings. The mount fits directly to any MIL-STD-1913 Picatinny rail or receiver. Zero is retained despite repeated removal and re-attachment to the weapon. The M145 is extremely resistant to shock and water immersion and has an anti-reflection device and rubber lens caps. The M145 also uses a unique reticle system designed for machineguns wherein there is no single particular crosshair zeroed at a certain distance but instead the sight uses several smaller crosshairs that are marked with specific distances. The machinegun's projectile ballistics are zeroed to match these specific distances so that users can quickly engage targets at extended ranges without having to adjust the sight.Aside from the reticle, it is the same mechanically and optically as the M145 Machine Gun Optic.Retrieved 2007-10-14. By using this site, you agree to the Terms of Use and Privacy Policy. Steps To Reproduce Grab a M249 PIP, put a M145 MGO on, notice the error. Additional Information You guys are great, please fix whenever you have a chance. Tags No tags attached. RHS version Arma 3 version Did you used any other mod when the error occurred. Which mods? Attached Files The Elcan M145 may require some special coding to make it work as it should. This is the ultra rare (here on CG it has been called a unicorn) version with the M4 reticle. Also includes the OEM lens caps, and functioning battery though it could use a fresh replacement. No box or paper manual, but have a digital version I can email to buyer. PM for additional photos. From the Elcan manual: ?The M145 Telescope is a fixed 3.4 power, 28mm optical sight that has been designed to engage targets accurately out to 1200m range. The optical sight weighs 24 oz. (681 gr) and is extremely rugged for rough field conditions. The sight has an 8.2mm diameter exit pupil, which provides excellent vision in low light levels, i.e. dawn and dusk, and also for rapid target acquisition. The zeroing adjustment increments in both windage and elevation are 2.5 mm at 10 meters range for each detent (click of movement) and 5 inches at 500 meter range. The mount is designed to fit to the Picatinny rail MIL.Std. 1913. The optical sight has an eye relief of approximately 3 inches (70mm). Eye relief is the distance between the eye and the sight?s rear eyepiece lens.? SOLD Will ship via USPS Priority Mail at cost.Everyone and their mums is packin' round here. Like who? Farmers. Who else? Farmers' mums. We have not tested it for function. This auction is permitted to engage in this activity by providing this clear disclosure to you, the bidder. Your credit card on file will be charged immediately following the auction for the full amount of the winning hammer price, plus premiums. Sales tax will be charged if you are a resident of Virginia or you pick up your items at the auction center.