elcan digitalhunter scope manual
elcan digitalhunter scope manual
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elcan digitalhunter scope manual
Discover everything Scribd has to offer, including books and audiobooks from major publishers. Start Free Trial Cancel anytime. Report this Document Download Now Save Save Elcan DayNight Hunter Manual For Later 100 (1) 100 found this document useful (1 vote) 2K views 24 pages Elcan DayNight Hunter Manual Uploaded by N1BPD Description: Manual for Elcans Digital DayNight Hunter Riflescope Full description Save Save Elcan DayNight Hunter Manual For Later 100 100 found this document useful, Mark this document as useful 0 0 found this document not useful, Mark this document as not useful Embed Share Print Download Now Jump to Page You are on page 1 of 24 Search inside document Browse Books Site Directory Site Language: English Change Language English Change Language. I purchased this scope new several years ago before I had children and haven't had a chance to use it since having kids. It is brand new and has never been mounted on a rifle. You won''t find a better deal on this scope anywhere. I have taken it out of the box and put batteries in it to ensure everything is working correctly. Elcan DigitalHunter Digital Rifle Scope is a range compensating riflescope, removing one contributor (holdover estimate) from the shooting equation.The four field selectable reticles, when coupled with the four ballistic The Elcan DigitalHunter Digital Rifle Scope can be setup for a centerfire rifle, a shotgun (great for turkey), a crossbow and a muzzleloader. Since the reticles are graphic images they can be any color, shape or size that can be drawn by the user via bitmap generating software.circles, lines, squares. Parallax is avoided since they aren't physical features of an image plane. My first impression was not very positive, but in the mounting and zeroing processing, I've come to appreciate it more. It has some very nice features, zeroes easily once understood, no mirage effects that I've been able to introduce to date (good and bad. I use mirage for wind determinations).
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I have not had a chance to test any real performance, yet.There IS DEFINITELY a learning curve for proper operations. I spend a lot of time with CCD systems and many things about the Digital Hunter are not intuitive. However, the learning curve is not onerous or excessive and is worth the end results. Once I got the scope finally mounted and boresighted, it took three shots to zero dead center at 30m. I use my short range right now because my 200 yard backyard range is grown over with saplings and briars. Effecitve Employment of the BDC is one of my test objectives. My first impressions were pretty cold, but I'm warming up to it. Once I get it into the field and do some real shooting with it, we'll see how it really performs when compared to SS10xHD, Ellis Optics 4-16, and Hensoldt ZF6-24. I am now expecting some good things from this sighting device. It will be interesting to see if the good outweighs the bad and if the elements that ARE good are good enough. This is an interesting and exciting review for me. I'm glad to get the opportunity to put the Digital Hunter through its paces. It will be fun. There are some who do not fear death.I should just shoot trees in silence.There are some who do not fear death.I'm taking some pretty detailed notes on it. I spoke with a Raytheon rep today and he provided me with some useful information. As I test it out, I will reference his comments. There are some who do not fear death.The first two shots were freehand. After the second shot, I put the rifle in my LeadSled, adjusted the zero and fired the third shot.When I was looking at the target after my second shot, I made a mental note of where in space the rifle was sitting and set up the LeadSled in that spot.There are some who do not fear death.I couldn't tell them from coyotes after a kill.There are some who do not fear death.There are some who do not fear death.Some old diehards may not likeIf you can’t get over it, get used to it. There are some who do not fear death.
Closer look doesn't improve anything: Note infernal internal battery pack location in relation to the rail. Top view. Looking down.on the left is the external view screen.For most anyone they will take some time to get used to if trying to use while targeting. I don't feel a need to explain their functions.USB, battery pack, etc. Standard connections. THIS door covers the infernal internal battery pack. Not a great location. I do not at all like the way this is set up. It is unwieldy and prone to failure. There are better ways to accomplish this power pack construction. I DON'T LIKE IT. The whole overall look is off-putting to some. I don't mind it, but as stated above, probably better suited for a tactical or bench rest rather than hunting styled rifle as far as looks go. There are some who do not fear death.Or maybe on the FNAR? Respect is something you earn. Equality is something you whine about not being given.Maybe she had the next generation.There are some who do not fear death.I've killed a lot of deer and other critters with it. Certainly one of my favorites. The reason I finally settled on it for the Digital Hunter evaluation is I know it so well and know what to expect from it. Allows much better insight into peculiarities of the scope. There are some who do not fear death.Book says to expect 4hours. Probably won't load any others. I like the ones that are there and don't see any reason to get funky with it. I have not tested the ballistics program.I'm a bit disappointed with the way the magnification works. I suppose I pulled it and believe it was the first shot. First round I've fired in a while and trying to beat the thunderstorm. It would have terminated a live target, but was not my best shooting. However, I'm also lucky. The sun was bright when I first set up and that causes washout in the sight picture. I thought for some time that 300 yards would be about the max range for this scope, but am now convinced it is going to be good a lot farther.
I REALLY need some days without thunderstorms. Perhaps it would slow down the growth of my grass at home, too.No way I would leave myself fully dependent on the Digital Hunter on a trophy hunt. Day to day hunting, I'm in. I hope to get more time with it. It is not BAD, and if you like the tech advantages.At this point, it is not a high value to me. I like it, but it is more an experimental object than a useful tool. Some may have different opinions and if they like it better or hate it more, I have no problem with that. I'm not trying to convince anyone to purchase one, just giving some information on what to expect. Big potential not yet realized.If you have some adventure in your blood, it might be worth a try. BigDaddy wants to take it hunting. There are some who do not fear death. Learn more about our ReturnIf you cannot upgrade your browser or use an alternative device to visit us,This Digital Rifle Scope from Elcan has a Daylight Mode that provides excellent imagery for targeting during the day while the LowLight Mode gives stunning low light level performance. Near-infrared illuminators - also called IR Flashlights - emit light that is invisible to humans and most animals. This Elcan Riflescope is a lower-cost, good-resolution alternative to image intensifier or infrared rifles copes. And since the Elcan DigitalHunter DayNight is a digital riflescope, it provides electronic ballistic compensation, automatic video and still image capture and replay, field selectable reticles, and customizable reticles. Elcan DigitalHunter Digital Rifle Scope is a range compensating riflescope, removing one contributor (holdover estimate) from the shooting equation. The four field selectable reticles, when coupled with the four ballistic data tables, enable the scope to function as four different rifle scopes. The Elcan DigitalHunter Digital Riflescope can be setup for a centerfire rifle, a shotgun (great for turkey), a crossbow and a muzzleloader.
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. See All Buying Options Add to Wish List Disabling it will result in some disabled or missing features. You can still see all customer reviews for the product. Please try again later. From the United StatesYou can make your own reticles for it and upload them, but if you want them to work with BDC, you will have to make one for every different magnification. I hope the next model will have front focal characteristics!!!Please try again later. Please try again later. Please try again.Please try again.Register a free business account Please try your search again later.To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. May 19, 1883 Some critics among the 30,000 people attending the SHOT Show in Reno wondered whether the digital age will take hunters beyond the line of fair chase. Most shooters, however, are simply curious and eager for more details about this technology that’s already being used by the U.S. military. The DigitalHunter rifle sight from Texas-based Elcan is not a scope, but rather a compact digital video camera with a zoom lens that translates the image to an LCD screen. Similar to traditional glass-and-metal variable-power telescopic sights, the DigitalHunter incorporates crosshairs and a zoom mechanism that will enlarge the target image from 2.5 to 13.5 times. That’s pretty much where the similarities end. The DigitalHunter is designed to download data from a computer ballistics program so the scope knows the rifle caliber, bullet weight, powder charge, barrel length and action.
Once the shooter zeroes in the rifle to a set distance, such as 100 yards, the scope will adjust the crosshairs for the change in trajectory at different yardages indicated by the hunter with the press of a button. However, despite early media reports, the DigitalHunter does not incorporate a laser range finder, Rusty Mauldin, product manager, said in a telephone interview from his office in Dallas. A hunter must push a button to enter the distance to the target into the scope in order for the reticle to adjust so the hunter does not have to estimate how high to hold the crosshairs above the zero-point at increasing yardages. A sight that automatically finds range and calculates trajectory is clearly within the range of technology, but it’s not here yet, he said. The sight’s photographic and video capabilities are perhaps the most entertaining. Use the optics as a camera to snap a 3 mega-pixel digital image of the target or use it as a camcorder to create 5 seconds of shot-activated digital video. “Now if you see a nice eight-point, you can pass on him and take a picture through the sight, and your friends will have to believe you,” Josh Ward, an Elcan spokesman, told the Detroit Free Press. “You have proof that you could have taken him.” When the power is on, the DigitalHunter is constantly recording new digital video and dropping out the old within its 5-second memory. The 5-second sequence can be set to contain video that is all before the shot, a combination of video before the shot and after the shot, or all after the shot. This allows the hunter to analyze the aim, shot and impact on the sights LCD screen. The video also can be transferred to a computer and played on external monitors back at home. The shooter education applications are obvious, and one can only imagine the harassment a hunter might get back at the hunting lodge during the playback of a missed shot.
The sight includes four different reticles that can be changed with the push of a button and used for various purposes. For example, traditional black crosshairs can be changed to white crosshairs to contrast with low-light situations or a dark target such as a black bear. The different reticle choices — crosshairs, posts, dots — also can be pre-programmed with different sight-in distances. Reticle 1 could be zeroed for 100 yards, Reticle 2 for 300 yards and so on, enabling the hunter to change reticles with a button push and then hold the crosshairs directly on the point of impact, that is, assuming there’s no other variables such as wind. The feature also could be used to have the different reticles set up for different bullets, one for a light varmint load, for example, and one for a heavier big-game load. Mauldin warned that the DigitalHunter is still in the prototype stage and testing and modification will continue through May. He said he can’t say for sure how the product might be changed before it’s available to consumers. At this point, however, the sight has numerous specifications that could make hunters recoil. Batteries and weatherproofness: While traditional scopes have no electronics to react to moisture and temperature, the Digital Hunter runs on four AA batteries that provide four hours of operation — at room temperature. Durability: The jury is still out on the field life of the DigitalHunter. Currently the prototypes are going through shock testing that involves mounting on rifles of different calibers and firing an arsenal of ammunition to assess the effect of recoil. “We’ll fire 10,000 rounds, starting with the.22-250, then the.30-06 and the.300 Winchester mag and we’ll go up to.50 caliber to look for its limitations,” Mauldin said. Lowlight limitations: In most hunting situations, the display is bright and protected from glare by a removable rubber eyepiece, Mauldin said.
A flat panel studded with buttons adorns theInstead, you see a digital displayThe black screen in frontIcons on the periphery indicated IBut I didn'tYou can evenRemember, it's just a bunch of pixels,But a rangefinder would add weight and cost.A port allows you to attach a remoteOr you can switch on the video and getOffensive ought to navigate quickly through its myriad options. As IIt's nowhere near as sharp asThere's none. Long eye relief is another bonus, though for the bestBefore you zero theI tested theIf you leave the sightHunting with a DigitalHunterIn sleep mode, the scope uses almost no battery but comes to lifeRusty assures me it will take as much of a bruising as most scopes. In. Elcan's trials, it has survived the repeated recoil of a.375It allows you to photograph and videoIt's a pioneering effort that will noThree years ago, Adirondack. Optics, in upstate New York, introduced the SmartScope designed by TerryThe standard mil dot reticle is inThe internalIt's poweredThe camera is easy to set to. The SmartScope takes aIt's not blurredI've used a SmartScope on theFrames shot by hunters using a. SmartScope in the field have shown the reticle on the vitals when gameCamera images compare with those you'dAs I found by shooting intoFully multicoated lensesResolution and brightness match what you'llAt twenty-two to twenty-six ounces, a. SmartScope would look and feet out of place on carbines; it's noA Picatinny rail increases theSmartScopes cost about the same as the. DigitalHunter: adkoptics.com.No portion of this article can be reproduced without the express written permission from the copyright holder.All rights reserved. Next Article: Critter gitters: when it comes to small game hunting, rimfire cartridges rule the roost. Availability:Riflescope, 2.5x - 16.5x (electronic zoom) Magnification, 36.4 (at 2.5x) - 5.8 Vision (with separately purchased IR Flashlight), UPC 689076758093, Electronic.
Ballistics Compensation, Automatic Video Capture, Four Field Selectable. Reticles, Customizable Reticles, Captures video and still images both The LOW LIGHT mode provides stunning When used with a commonly available Near-infrared illuminators - also called IR Additionally, Elcan digital riflescopes are not plagued with common Parallax is avoided since they The DAYLIGHT mode provides the. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.Telescopic sights are used with all types of systems that require accurate aiming but are most commonly found on firearms, particularly rifles. Other types of sights are iron sights, reflector (reflex) sights, and laser sights. The optical components may be combined with optoelectronics to form a night scope.For centuries different optical aiming aids and primitive predecessors of telescopic sights were created that had practical or performance limitations.In a book titled The Improved American Rifle, written in 1844, civil engineer John R. Chapman documented the first telescopic sights made by Morgan James of Utica, New York. Chapman gave James the concepts and some of the design, whereupon they produced the Chapman-James sight. In 1855, William Malcolm of Syracuse, New York began producing his own sight. Malcolm used an original design incorporating achromatic lenses like those used in telescopes, and improved the windage and elevation adjustments. They were between three and twenty magnification (possibly more). Later telescopic sights with extra long eye relief became available for handgun and scout rifle use. A historic example of a telescopic sight with a long eye relief is the German ZF41 which was used during World War II on Karabiner 98k rifles. The ZG 1229 Vampir was a Generation 0 active infrared night vision device developed for the Wehrmacht for the StG 44 assault rifle, intended primarily for night use.
The issuing of the ZG 1229 Vampir system to the military started in 1944 and it was used on a small scale in combat from February 1945 until the final stages of World War II.In general terms, larger objective lens diameters, due to their ability to gather a higher luminous flux, provide a larger exit pupil and hence provide a brighter image at the eyepiece. On fixed magnification telescopic sights, the magnification power and objective diameter should be chosen on the basis of the intended use.The magnification can be varied by manually operating a zoom mechanism. Variable-power sights offer more flexibility regarding shooting at varying ranges, targets and light conditions and offer a relative wide field of view at lower magnification settings. In recent years, some variable-power telescopic sights in the low magnification range (1-4?, 1-6? or 1-8?, even 1-10?), informally called low-power variable optics (LPVO), has become increasingly popular alternatives to non-magnifying optical sights (e.g. red dot sights or holographic sights ) for short- to medium-range applications.Those different designs create certain optical parameters. Those parameters are:The amount of magnification depends upon the application the telescopic sight is designed for. Lower magnifications lead to less susceptibility to shaking. A larger magnification leads to a smaller field of view. It is usually expressed in millimeters. It is usually notated in a linear value, such as how many meters (feet) in width will be seen at 100 m (110 yd), or in an angular value of how many degrees can be viewed. For maximum effective light-gathering and brightest image, the exit pupil should equal the diameter of the fully dilated iris of the human eye—about 7 mm, reducing with age. If the cone of light streaming out of the eyepiece is larger than the pupil it is going into, any light larger than the pupil is wasted in terms of providing information to the eye.
This ease of placement helps avoid vignetting, which is a darkened or obscured view that occurs when the light path is partially blocked. And, it means that the image can be quickly found which is important when aiming at game animals that move rapidly. A narrow exit pupil telescopic sight may also be fatiguing because the instrument must be held exactly in place in front of the eyes to provide a useful image. Finally, many people in Europe use their telescopic sights at dusk, dawn and at night, when their pupils are larger. Thus the daytime exit pupil of about 3 to 4 mm is not a universally desirable standard. For comfort, ease of use, and flexibility in applications, larger telescopic sights with larger exit pupils are satisfying choices even if their capability is not fully used by day. The longer the focal length of the eyepiece, the greater the eye relief. Typical telescopic sights may have eye relief ranging from 25 mm (0.98 in) to over 100 mm (3.9 in), but telescopic sights intended for scout rifles or handguns need much longer eye relief to present an unvignetted image. Eye relief can be particularly important for eyeglasses wearers, as the presence of an eyeglass can physically collide with the eyepiece so a longer eye relief is necessitated in order for the user to still see the entire field of view. The typical outer diameters vary between.75 in (19.05 mm) and 40 mm (1.57 in). The internal diameter of the telescopic sight main tube influences the area light can pass through, lens elements and other parts can be mounted in and the amount the internal parts for elevation and windage adjustment can move. Besides optical, spatial and attainable range of elevation and windage adjustments considerations, larger diameter main tubes offer the possibility to increase the tube walls thickness without sacrificing a lot of internal diameter.
A user can estimate the range to objects of known size, the size of objects at known distances, and even roughly compensate for both bullet drop and wind drifts at known ranges with a reticle-equipped scope.If a target of a known diameter of 16 inches fills just half of the total post-to-post distance (i.e. filling from scope center to post), then the distance to target is approximately 200 yards (180 m). With a target of a diameter of 16 inches that fills the entire sight picture from post to post, the range is approximately 100 yards. Other ranges can be similarly estimated accurately in an analog fashion for known target sizes through proportionality calculations. Holdover, for estimating vertical point of aim offset required for bullet drop compensation on level terrain, and horizontal windage offset (for estimating side to side point of aim offsets required for wind effect corrections) can similarly be compensated for through using approximations based on the wind speed (from observing flags or other objects) by a trained user through using the reticle marks. The less-commonly used holdunder, used for shooting on sloping terrain, can even be estimated by an appropriately-skilled user with a reticle-equipped scope, once both the slope of the terrain and the slant range to target are known.They are mounted in an optically appropriate position in the telescopic sight's tube. Etched reticles are images of the desired reticle layout that are etched on an optic element. This optical element (lens) with the etched reticle is then mounted in the telescopic sights tube as an integrated part of the optics chain of the sight. When backlit through the ocular, a wire reticle will reflect incoming light and not present a fully opaque (black) reticle with high contrast. An etched reticle will stay fully opaque (black) if backlit. Etched reticles are considered by most to be a more refined solution and offer greater reticle layout flexibility.
Because of this, some manufacturers can provide client-designed custom reticles on special order. In the more expensive and high-end contemporary telescopic sights, etched reticles dominate the market. In cheaper telescopic sights, wire reticles are still often mounted to avoid a rather specialized and costly production step.The Mil-dots can be seen on the cross hairs.Training and practice will enable a user to measure the range to objects of known size, the size of objects at known distances, and compensate for both bullet drop and wind drift at known ranges with reasonable accuracy. To promote methodological uniformity, (mental) calculations and communication between spotters and snipers in sniper teams, the elevation or vertical adjustment and windage controls of Mil-dot reticle equipped telescopic sights are usually adjustable in (decimal) 0.1 milliradian increments. There are, however, (military) Mil-dot equipped telescopic sights that use coarser or finer reticle adjustment increments. An object 1 meter tall or wide is exactly 1 Mil tall or wide at 1000 meters' distance.Since the proportion between the reticle and the target is dependent on selected magnification, such reticles only work properly at one magnification level, typically the highest power. Some long-range shooters and military snipers use fixed-power scopes to eliminate this potential for error. Some SFP scopes take advantage of this aspect by having the shooter adjust magnification until the target fits a certain way inside the reticle and then extrapolate the range based on the power adjustment. Some Leupold hunting scopes with duplex reticles allow range estimation to a White-tailed deer buck by adjusting magnification until the area between the backbone and the brisket fits between the crosshairs and the top thick post of the reticle. Once that's done, the range be read from the scale printed on the magnification adjustment ring.
It's challenging to design a reticle that is visible through the entire range of magnification: a reticle that looks fine and crisp at 24.Shooting in low light conditions also tends to require either illumination or a bold reticle, along with lower magnification to maximize light gathering. In practice, these issues tend to significantly reduce the available magnification range on FFP scopes compared to SFP, and FFP scopes are much more expensive compared to SFP models of similar quality. Most high-end optics manufacturers leave the choice between a FFP or SFP mounted reticle to the customer or have scope product models with both setups.Variable-power telescopic sights with SFP reticles can have slight point-of-impact shifts through their magnification range, caused by the positioning of the reticle in the mechanical zoom mechanism in the rear part of the telescopic sight. Normally these impact shifts are insignificant, but accuracy-oriented users, who wish to use their telescopic sight trouble-free at several magnification levels, often opt for FFP reticles. They get around impermissible impact shifts by laboriously hand-adjusting every military grade telescopic sight.With any illuminated low-light reticle, it is essential that its brightness can be adjusted. A reticle that is too bright will cause glare in the operator's eye, interfering with their ability to see in low-light conditions. This is because the pupil of the human eye closes quickly upon receiving any source of light. Most illuminated reticles provide adjustable brightness settings to adjust the reticle precisely to the ambient light.The light is projected forward through the scope, and reflects off the back surface of the reticle. Red is the most common colour used, as it least impedes the shooter's natural night vision. This illumination method can be used to provide both daytime and low-light conditions reticle illumination.
Date d'ajout: ven, 24/06/2022 - 07:29 (validité: 15 jours)