Reconyx SC950C Cellular Enabled HyperFire Security Camera Review

If you’ve been looking for a solid security or trail camera to connect with your mobile, you may have heard about the Reconyx SC950C Cellular Enabled HyperFire Security Camera. While this model has a fairly steep price tag, you may find it well worth it when you look at all the features it brings and what users have to say about its performance. Read on to take a closer look at the Reconyx SC950C to see if this camera is the right one for you.

Uses for a Cellular Enabled Security Camera

Security cameras have multiple uses, and the Reconyx SC950C doesn’t limit you to just one application. For home use, you could, for example, find out who’s stealing your newspaper every day, who is on your front stoop when you’re not at home or which one of your teen children is sneaking out in the middle of the night. You can have the images from the camera sent to your cell phone (see “Features,” below), so you don’t even have to be home to get near real-time security information; there is approximately a 60-second delay between the time the image is taken and the time you receive it.

Businesses have also adopted this type of camera for covert security purposes. The Reconyx SC950C would make it easy to photograph vandals after hours on your work property, keep tabs on a construction site or monitor employees who come and go from restricted access areas. You could even see who is violating your smoking policy when you’re out of the office.

Where the Reconyx SC950C and similar cameras really shine, however, is when they are used for trail cameras. Because of its stealthy presence, the Reconyx SC950C is ideal to set out in the woods to monitor game before setting up your deer stand or duck blind. You can also use this camera to catch pesky critters on your property, like raccoons or gophers, or to see what your crafty pets are up to while you’re at work.

Specifications for the Reconyx SC950C

The Reconyx SC950C camera measures 5.5″ x 4.5″ x 3″ and fits nicely in a jacket pocket or backback compartment. It operates on 12 AA batteries, which is a hefty power draw, so users are recommended to either use lithium batteries or purchase separately a solar charger from Reconyx. The camera works within a temperature range of -20 degrees to 120 degrees Fahrenheit.

There is no video mode for the Reconyx SC950C, only still photographs. This camera can take up to 40,000 images on extended battery life, in color by day and monochrome at night. It uses loop recording to write over the oldest images when the maximum threshold has been reached. Thumbnail photos are sent to the devices you have networked to the camera, and larger images in higher resolution are stored on the camera’s SD card, which is included.

The Reconyx SC950C offers 3.1 megapixel resolution on its images and a 43.2-degree field of view. The detection range for the camera is 70 feet, and the flash range is 50 feet.

The Reconyx SC950C comes with an external power jack and all the Windows software you need to set up the camera for your personal use. It can transmit thumbnail images via text message or email to your computer or cell phone. To use this model with your cellular phone, you need to make sure that your carrier is in the coverage area, and know that there may be a small monthly fee to add this to your data plan. The Reconyx SC950C allows for up to four mobile phones and/or two email addresses to be connected to the camera.

At present, AT&T and Verizon are the two networks that can be used for image transmission in the USA. The manufacturer should be consulted for international carriers if you are interested in using this camera overseas. The SIM card comes pre-installed on the Reconyx SC950C for AT&T and international carriers.

Reconyx SC950C Features

Users love the multiple configurations that accompany the Reconyx SC950C camera. Time lapse settings range between one and 60 minutes, with five-, 15- or 30-minute increments in between. Even more so, fans of the Reconyx SC950C appreciate that you can use different programming on various days of the week, so your weekend settings don’t have to be the same as those of your weekdays. The ability to custom select your on/off periods is particularly advantageous for businesses.

The setup of the Reconyx SC950C is fairly intuitive, although Reconyx does provide quite detailed instructions. If you’ve never used a trail camera before, give yourself a little extra time to get used to the process.

Another top feature of the Reconyx SC950C is its rapid detection without any distortion and its precise coordination between the field of view and the detection zone. You won’t be getting any fake triggers or missing deer with this model.

The camera case is a dark army green color that blends easily into many surroundings. The camera also uses “No-Glow” infrared technology to minimize detection when in use.

Be aware that the photos transmitted are, as mentioned above, compressed thumbnail shots and not meant to be blown up. They do, however, provide highly accurate, near real-time images of whatever is going on in the area where you place the camera, and you can always access the SD card for better photographs. Also, know that if you are purchasing this camera for security purposes, it is not designed to capture license plates.

The two biggest issues with the Reconyx SC950C are the battery life and the price. The former can be addressed by purchasing a solar pack to eliminate the need for batteries altogether.

At at price that hovers around $1,200 the Reconyx SC950C definitely comes in at the top of the range for this type of camera. However if you are losing money to illegal activity at your business, worried about your home security or are an avid hunter who can fill a freezer with meat by bagging a nice buck every fall, it may well be worth the price. If using the Reconyx SC950C in the bush, it may be wise to pick up a cable lock for it, as you won’t want someone walking off with this baby.

Browning Trail Camera – Spec Ops XR Review

Browning is known for being one of the forerunners among trail camera manufacturers. The Browning Company has, for a long time, been improving and modernizing their products. They offer a massive line of trail cameras at a range of prices. Most Browning trail cameras are compact, durable, reliable, and have features that will satisfy most of the buyer’s requirements.

The Browning Spec Ops XR tail camera is a new installment in the trail camera industry, bringing with it modern and advanced trail camera features.

Features

  • Image firmness: The Browning Spec Ops XR trail camera captures 10MP motionless images and 1280 by 720 HD clear-audio video clips. This is thanks to a high-quality image sensor and a built-in microphone.
  • Ultraviolet flash: The LED flash on the camera features a variety of settings, including ultraviolet flashes for night times that are invisible thus avoiding the frightening-off of wildlife.
  • Video: Both 1280 by 720 HD and 640 by 480 video quality can be recorded at these clip intervals: 5, 10, 20 or 30 seconds, or even 1 or 2 minutes. To preserve battery power, video clips taken at night are restricted to a maximum length of 10 sec.
  • Time- lapse shooting: The device captures images at pre-set intervals of 5, 10, 15 and 30 seconds, allowing the user easily note changes as time passes. Time-lapse plus mode does the same thing, where the motion sensor is activated equally both at day and night, ensuring the user don’t miss any activity. The user can also set the time-lapse duration to regulate the number of hours each day the camera uses the time-lapse mode.
  • Multi-shot genre: The user can set the camera to capture 1 to 8 shots in quick succession. When the 4-shot standard option is selected, the camera captures 4 pictures with 3 seconds of separation. This shooting mode allows for faster shots, capturing 2 to 4 exposures with a 0.3-second difference between them.
  • Motion test: This feature enables the user aim the camera at the area of interest. If motion is detected in that area, a red LED located on the forward side of the camera, flashes.
  • PIR motion sensor: Motion-activated PIR sensors are recognition tools with viewing angles of 40 to 45 degree and a wild prompt speed of 0.7 sec. It’s capable of noticing variations in temperature that occur when subjects are in motion, and in response captures images. This is thanks to a programmable photo and video delay of 5, 10, 20 or 30 seconds, or even 1, 5, 10, 30 or 60 minutes.
  • Display: The camera has a two-inch colored TFT LCD screen that displays images for in-camera playback. The screen also helps in configuring the camera operation mode, amount of pictures or videos to be taken, determining the amount of photos or videos that can be taken and stored on the SD card, current battery percentage, and camera delay countdown. The modes that the camera can operate under include motionless pictures, video, time-lapse and time-lapse plus, enabling the user achieve a custom title to his or her camera.
  • Information Bar: This bar displays the current time, date, temperature, moon phase and camera ID. By showing the moon phase, the camera enables the user to see which animals are indolent during full or nearly-full moon. Sunnier conditions create more visibility to predators thus most of them only come out at night. Moon phase also enables the user decide if brighter or darker backgrounds in your pictures are in line with the fullness of the moon. The information bar can be turned on or off at will.
  • Mounting: The device is configured with a standard ¼-inch 20 tripod mount. Also, the device comes with a nylon strap, through the mounting loops, with threads that measure 6 by 1, enabling the user to attach the camera to a tree.
  • Security: The camera features a keyhole for a high-security padlock system. Also, at the backside of the camera, are built-in security cable loops, suitable for a securing steel cable.
  • Connectivity: The device also features a TV outlet connector for displaying pictures and videos on a large television screen, as well as a USB port for file transfer to an external storage location.
  • Power: The device utilizes 8 AA alkaline or lithium based batteries, available independently, and is designed with 12V external power jacks for an external battery. There is also a battery eject button at the top corner of the device.
  • Bundled software: The device is packaged with a buck watch time-lapse viewing software, delivered on a CD-ROM, which enables the user to view his or her time-lapse video files on his or her personal computer. When a software upgrade is available, the software notifies the user on the producer’s website, alongside complete instructions on how to download.

Advantages

  • Good image quality – Images captured by this device are clear and lack distortion. They are sharp and perfect.
  • Long battery life – The camera has in impressive battery performance. The rate that the battery drains, however, depends on the settings the user apply.
  • Fast trigger speed – The camera is always ready to capture picture or video within the shortest duration, never missing a moment.
  • Custom Configuration of Settings – The user can adjust the camera settings as per the current situation for the best picture experience.

The only disadvantages of the Browning Spec Ops XR trial camera are that it’s only capable of recording ten seconds of night-time video, making the device less suitable for night-time trail recording. Also, the device has relatively lower picture quality as compared to other devices in its category and price range.

The Browning Spec Ops XR trail camera is thus suitable for most outdoor trail picture capturing. The device is also well-built, highly reliable and quite efficient.

Where Should You Put Your Trail Camera?

Placement of your trail camera changes the information you receive, and your perspective of the forest alters you hunting plans. Hunters who sit in a perch want to see the forest from a high point of view, but hunters who crouch in the brush like a sniper want to see the trail from their perspective. This article explores three simple ways to install your carefully selected trail camera, and you must choose the vantage point that makes the most sense for your style of hunting.

#1: Go As High As Possible

Skilled hunters are often not afraid to climb a tree, and you must climb the tallest around the place your camera. The high perspective of the camera gives you a greater range of vision, and you can see how animals are moving across the landscape. Tracking animal movement is simple from a high perspective, but identifying animals can be difficult.

A high vantage point is useful when you prefer to sit in a perch, and you place a camera opposite your perch to see which animals approach your location often. You can learn about the animals that live in area, and you can see which animals are most common in that location. You may choose to change your location when you do not animals that are in season, and you may find that few animals come through the area.

#2: At Eye Level

Installing a trail camera at eye level helps you see the trail as if you were on watch all the time. This view of the forest is easy to understand, and you get an idea of which animals come closest to your perch. Some hunters prefer to shoot animals at close range, and you will learn which animals are brave enough to come near your location.

Watching the trail camera will help you learn the area as you would see it, and you can identify animals easily. Animals that are not worth shooting, out of season or uncommon will be readily apparent, and you may plan your hunting accordingly.

#3: In The Brush

You may choose to set up your camera on a crest or in some brush where you prefer to sit in wait. Crouching down like a sniper makes the hunting ground look completely different, and a trail camera in this location will give you only a limited view of the area. You may be willing to sit in wait for an animal, and the camera will give you an idea of what you might see during a day of hunting. You may choose to change your vantage point based on what you see on the camera, or you may discover the crest you choose gives you a good view of the area.

Using a trail camera will help you see the area where you hunt without any interruption. You cannot sit outside all day on your own, but you can sit and watch a video feed of the area to learn the area. Hunting becomes much simpler when you have placed your trail camera in the proper location.

How to Use a Trail Camera for Maximum Effectiveness

Using a trail camera will help improve every hunting excursion you take, but your trail camera must be deployed properly. Trail cameras are hidden beacons of information that you may plant in the area around your perch, and you may use the information you glean to make each trip more successful. There are several animals in the woods that could pass near your location, but only so many animals are in season. You are protecting yourself and your gaming license with a trail camera, and you are increasing the likelihood that you will get your first shot right. This article explains proper use of a trail camera in all situations, and you must install your camera using similar means.

#1: Size Does Not Matter

A trail camera is not something that will alarm local wildlife. You are placing the camera too high in the trees to alert even the largest animal, and birds who find your camera will likely sit atop it for only a few moment. Your camera must connect easily to your computer or video monitor, and you must feel comfortable installing the device.

#2: The Connection

The world of technology has improved trail cameras considerably in the past ten years. Current trail cameras are connected to video monitors using a wireless signal, and you may sit far away from your camera as you hunt. The connection between the camera and monitor is only broken by a great distance, and you must check the packaging on your camera for range. Range is the most common selling point for a trail camera, and choosing a camera with a large range is beneficial.

#3: Stationary Or Oscillating Cameras?

A stationary trail camera will draw less attention to you, but you must find the right field of vision for the camera. An oscillating trail camera will be noticed by certain animals, and you may spook animals that are unsure of the camera. Placing a trail camera high in the tree line gives you a better view of the area, and you can avoid using an oscillating camera.

Oscillating cameras are amazing inventions that allow you to scan a field of vision over 180 degrees. You can move the camera yourself from an advanced monitor, or you may set the camera to oscillate on its own. Oscillating cameras allow you to see a larger area, and you can track the movement of animals who walk through the area. Choose the camera based on the area you are hunting, the perspective of the camera and the relative visibility of the camera.

#4: Covering The Camera

Trail cameras are designed to withstand a fair amount of inclement weather, but you cannot protect your camera from all inclement weather patterns. Covering your camera with a tarp or camouflage will help prevent moisture from ruining the camera, and a special housing will prevent water from entering the camera bay.

Small woodland animals may find your camera in the trees, and a resourceful animal will begin to play with your camera. Building a small housing around your camera helps protect the device from small woodland creatures, and you can be sure that rain will not infiltrate the device. Think of the camera housing like a small birdhouse, and the camera will be completely hidden from view.

#5: Maintaining Your Camera

Maintaining a trail camera required batteries and patience. You must keep fresh batteries in the camera at all times, and replacing the batteries frequently helps prevent problems. Hunters often lose their feed at inopportune times, and a fresh set of batteries every few days will prevent trouble.

Your trail camera is a delicate piece of equipment that requires your patience. You must clean up the housing as often as possible, and the lens must be cleaned after a major rainstorm. Cleaning your camera will prevent deterioration, and the camera will last much longer than normal. There is no need to replace your camera when you can clean the device yourself.

#6: How Do You Use Your Video Feed?

Lone hunters will have a hard time using a trail camera during an active hunt. Watching the video feed and tracking an animal is difficult, but taking direction from another hunter makes the video feed worthwhile. You may use the video feed in the field as you hunt, and you may take the video monitor back to your cabin or camping location. Watch the video feed to learn when animals pass through the animal, and you can plan your next excursion accordingly.

Video feed information helps you avoid spooking animals on the way to your perch, and the video feed will show you precisely where animals rest on the trail. You will catch a few animals off-guard using your video feed, and you can hunt with more confidence. Just a bit of information will change the way you hunt, and you can rely on this information for subsequent hunts.

#7: Creating More Coverage

You may use more than one trail camera to cover a large around your hunting or camping location. The video feed can be split on your monitor, and each camera will give you a better view of the area. Setting up four cameras will help you cover the four corners of your hunting zone, but two cameras will help you cover either end of a long trail.

A trail camera will help you become a more effective hunter, and you need not spend all your time in the perch studying animal movements. Your trail camera tells you quite a bit about the animals in the area, and you can plan your hunts around the information you see. Bring a partner with you on each hunt, and the two of you can use the video feed to track animals before you take a shot. Partnering with someone makes your trail camera more effective, and you may check the video feed from any location in the forest. Mobile technology makes your job as a hunter simpler and more enjoyable.

How do Trail Cameras Work?

Trail cameras have recently become an essential piece of outdoors recreation technology. They cover a variety of uses; from hunting to theft detection. What is truly amazing however, is the wide array of available options on the market. No matter what the intended purpose is, there is a camera to fulfill it.

Discerning Factors

Several factors distinguish the different categories of trail cameras, which are sometimes called game cameras. In addition to providing product diversity, these factors help provide a criteria for customer selection. Listed in this section are a few of those features. Although they discern different models of trail cameras from each other, these are basic functions available in most cameras. Many units have a motion detection feature which activates the lens aperture. Each unit has a set detection area, which when entered completes this function. Image resolution and sharpness is also a universal concern. Just like any other camera, trail cameras have to take quality pictures. Therefore, sharpness and pixel count also are factors. Lastly, the ability to, and speed of, lens focus is equally important.

Digital

Digital trail cameras function as most digital cameras do. They are self-contained units; complete with night capabilities, power, and data storage. Once an animal, or person, enters the detection zone of the camera a still frame is recorded. The parameters of this detection zone are determined by the manufacturer. Yet, many offer a surprising range depending on the placement of the device. Some units also have a video option, for those that require it. Data retrieval is contingent of physical downloading the images. Many also have night capabilities based on either; infrared, LED, or traditional flash.

Film

These cameras are very similar to digital trail cameras. The main difference is in the medium. A digital camera records a digital picture onto a memory card.. A film camera actually uses traditional film. This film requires development, of course. Due to this lag in retrieval time, this camera is more ideal for nature photography. Many film units still have a motion sensing capability.

Cellular

In these units, images are digitally captured. However, the data is not stored in the unit itself. Once a picture is taken, it is transmitted to the user’s cell phone. Utilizing the internet and wireless signals, this unit allows for instant image retrieval. The unit itself requires the use of a SIM card, like a smart phone. This means that a data package is required for its use. Additionally, good signal at the units location is must.

Laser Aim

Again the principals of digital photography apply to this model. However, the main distinction is the laser guided aim. The user can use this to control the area in the detection zone that the lens should focus on. This not only allows for great control, it makes better pictures.

Strobe Flash

Often the goal of a trail or game camera is stealth. This is the ideal behind the strobe flash camera. When the detection zone is activated, a small flash is emitted. The speed of the flash allows for the user to maintain secrecy. In cases where the unit is used for theft detection, the flash can serve as a warning to potential intruders. However, this warning could also ward of intended photography subjects.

Wireless Activated

One unit that is great for theft detection is the wireless activated trail camera. Once the image is taken it is transmitted through a wireless network. The unit can be linked to any desired receiving network or device. However, it must be specifically linked to permit transmission and receipt. Signal availability and strength factor into the use of this unit. In wilderness areas, function is impaired.

Infrared

Many trail cameras are used in low light or darkness. In this case users may utilize an infrared feature. Sensors in these devices activate when assistance is needed. Once a picture is taken an infrared light is emitted which provides light for the exposure. Unlike traditional white flash, infrared allows for secrecy. Depending on the specific unit, the infrared light may be either red or white. Usually this difference does not affect picture quality. However, these images are colored in a slightly tinted shade of either green, red, or white.

Sound Producing

Often times the purpose of trail cameras are to record wildlife. Either for sport or research, some users want animals to approach the camera. Sound producing units store recordings of animal noise and calls. Later these can be selection for playback. Based upon the sound selection, animals will either be attracted or repulsed by the din. Storage of the sound is digital, as is the image. Some units can be remotely activated. Others are triggered with a motion sensor or timer.

Security Cameras

One of the uses of trail cameras is security. Sportsmen use them to keep an eye over their favorite hunting spot. Some maintain the security of remote cabins and camping locations. Traditional security cameras often can be used for these purposes as well. These camera are connected to a computer system, either locally or wirelessly. Data can be stored digitally using USB or flash storage. Depending on the computer system used, the data can also be transmitted to another location. Certain legalities do apply to the use of cameras, but this mainly applies to restrooms and other private spaces.

In Closing

Trail and game cameras come in a plethora of styles. These styles reflect the varied uses of these devices. Some units have been used for scientific research. Utilizing a hands off approach to observing animals in the wild. Many people use them for security purposes of some type. Whether protecting property from theft, or from animal damage. However, the primary use is still sport and game hunting.

To these ends, manufacturers of trail and game cameras offer many features. Many of the differences center on data storage and retrieval. Depending on the location of placement, retrieval can be instantaneous. However, other users may find the traditional way just as useful for their needs.

What do the Numbers on Binoculars Mean???

Binoculars are categorized using a numbering system that can be a bit confusing for someone being introduced to binoculars for the first time. It is important to understand this numbering system though, because a small change in numbers can mean a massive difference in binocular experience. For instance, individuals looking for binoculars suited for hunting would not wish to purchase a pair designed for stargazing, and vice versa. Fortunately, figuring out the numbering system is not all that difficult, and a little knowledge can go a long way.

Magnification

The first number in the designation indicates the intensity of magnification, or how many times closer an object will appear through the binoculars as opposed to the naked eye. The magnification process of the binoculars is conducted through the ocular lenses, which are the lenses closest to the eyes when the binoculars are in use. The size of the lenses do not necessarily have any bearing on the intensity of the magnification, as difference lens qualities will sometimes allow smaller lenses to have a higher capacity for magnification.

Higher magnification isn’t always necessarily an advantage, however, because intensity of magnification is inversely proportional to field of view. Meaning, the higher the magnification gets the narrower the field of view becomes. Users might be able to see something incredibly close, but they will lose what is going on around the object. If surroundings are important, like with activities such as birdwatching or spectator sports, then a higher magnification may not be the right choice. Being able to see the pores on a soccer goalie’s face is impressive, but the experience will be rendered moot if the ball being kicked at those pores is not visible in the scene.

Increasing the magnification of a pair of binoculars will also make them less stable. If shakiness is an issue to consider, again, opting for the highest magnification available might not be the best choice. With extremely high magnification, even binoculars taking advantage of monopods or tripods become shaky. With that being said, it is also important to consider the user’s ability to hold the binoculars steady over prolonged periods of time if the binoculars will be handheld. Even the lightest pair of binoculars can become strenuous to hold given a long enough period of time.

Aperture

The second number is the designation refers to the aperture of a pair of binoculars. The aperture is controlled by the objective lenses, or the lenses furthest from the eyes when the binoculars are in use. Unlike the magnification number, the aperture number does in fact refer to the size of the objective lenses. The number represents the size of the diameter of the objectives lenses in millimeters. The larger this number becomes, the wider the lenses and the more light they gather when in use. Although written about camera lenses, this is a great article explaining aperture. The size of the objective lenses also affects the physical size of a pair of binoculars. The larger the size of the objective lenses, the larger the casing of the binoculars will have to become. Although different materials are used as casings, this also usually means that the weight of a pair of binoculars will increase with the aperture number. This is something to think about when the binoculars will be used in a handheld fashion especially.

A good pair of binoculars with a small objective lens diameter will most likely be best used for light trail duty or as a backup set that can be stored in a glove compartment. Binoculars with higher aperture characteristics can be used for more intense activities where the amount of light is very important to the end result. For instance, a set of binoculars with an extremely large diameter objective lens would be perfect for hobby astronomy. While binoculars probably won’t be able to achieve the same results as a telescope, they are a portable and flexible way of staying in tune with the stars without being too encumbered.

While the numbering system of binoculars can be a bit intimidating at first, breaking the set down into individual components can make determining the best combination for a specific task a lot easier. And, the best way to really understand the system is to get out there and try a pair on for size. Many retailers will be more than happy to allow the testing of a pair of binoculars in order for the customer to be happy and confident with their purchase.

Seeing Afar: How Do Binoculars Work?

Binoculars are a versatile tool that you can use for nearly any sporting endeavor you have. Bring your binoculars on vacation, to the practice field or to a sporting event when you want to get a better view, and you will have instant access to the views that would miss out on otherwise. This article explores the uses for binoculars that are most common, and you will learn why you should not leave home without your binoculars. A serious sports enthusiast will never miss a moment of a game, and the serious adventurer can see anything in the area with just one tool.

#1: What Do Binoculars Do?

Binoculars help you zoom in on an image that is several hundred feet away. You can adjust your binoculars to get a clear image of something that is far away, and you will be able to see the image as if you were standing right next to it. Large sporting venues may put your seats far away from the action, but you can survey all the action with your binoculars. You may zoom in on animals that walk near your cabin in the woods, or you can see animals from your hunting perch.

Binoculars can be used when you are trying to see sights on a vacation, and you will get a clearer picture of what is going on several hundred yards from your location. Tour groups only get so close to certain sightseeing landmarks, but you can see look over each landmark with your binoculars. Binoculars bring you closer to anything you want to see, and you will not be seen as you stand far away.

#2: How Do Binoculars Work?

Binoculars are an endless series of glasses that are used to focus images. You may wear glasses every day, and your glasses help to focus images using just one piece of glass. Binoculars use many pieces of glass to continually focus the images until you can see what you want. The glasses are housed inside a small cone, and you use the dial on top of the binoculars to adjust the glasses to change the resolution.

The resolution of the image you see can be changed using the dial, and you can fine-tune the image until you feel like you are there yourself. Binoculars come in different sizes, and there are different resolution possibilities. A cheap pair of binoculars will only allow you to see so far, but a nice pair of binoculars will allow you to see something that is well over a kilometer away.

#3: How Large Are The Binoculars?

You may purchase binoculars in many sizes, and you will get a small strap to carry the binoculars around your neck. Small binoculars can produce amazing resolution, but the smallest pairs will fold up to fit in your pocket. There are antique binoculars that fold into a wallet size, and there are large binoculars that come with their own case.

You must purchase large binoculars when you want to get the highest resolution possible, and you may purchase a small pair of binoculars when you do not need the greatest resolution. You can hang your binoculars around your neck when you are traveling, and you can pull the binoculars up to your face at any time. Think of the binoculars like a second set of glasses, and you can see anything that is far away easily.

#4: Do Binoculars Work With Eyeglasses?

Binoculars work perfectly well with eyeglasses, but you do not need your eyeglasses to see the images you get in binoculars. The lenses inside the binoculars are acting as your eyeglasses, and you will see a clear image regardless. You can push your glasses up on your head when using your binoculars, and you will be able to see anything you want. People who wear eyeglasses tend to be put off by binoculars, but you can get your glasses out of the way when you want to use your binoculars.

#5: Where Can You Use Them?

Binoculars are great for the hunter who is sitting in a perch all day. You have a good vantage point in the forest, but you cannot see everything perfectly. A pair of binoculars will allow you to see an animal that is far away, and you may track the animal while your partner takes the shot. You can track animals that climb trees, and you can identify people who are passing through your hunting area. Binoculars become a safety feature in this capacity.

Bring your binoculars to with you to a sporting event, and you can follow the action from your seat without watching the big screen. The big screen shows you replays of the game, but the binoculars you use will help you watch the game in real time. You can watch the coaches as they talk to their players, and you can see the players make substitutions on the sidelines. You get a much more personal experience from your binoculars, and you will enjoy watching people who are in the heat of battle on the field.

Your binoculars will help you have a wonderful time on vacation, and you will be able to see things that you are not allowed to get close to. Tour groups bring you only so close to some of the most beautiful attractions in the world, and you can zoom in for a closer look. Binoculars help you when you are birdwatching, and you can see the animals better when you are on a safari drive.

#6: Do Binoculars Fog Up?

Binoculars fog up like your eyeglasses, but you can clean the lenses while you are in the field. Your binoculars will not fog up inside the casing, but you must aware that your binoculars will not function well in humid weather. Keep your binoculars clean to prevent damage to the interior lenses, and ensure that you are using your binoculars in dry areas most of the time. You can avoid many problems by packing up your binoculars in the rain.

#7: Are Binoculars Worth The Investment?

Binoculars are a relatively small investment that you make to see items that you cannot see otherwise. There are many awesome brands selling high powered binoculars for a reasonable price that will last a long time. You will spend more on a cell phone or digital camera, but binoculars provide a view that your phone or camera cannot. Bring your binoculars along to help support your camera and phone. You can count on other pieces of technology to take pictures, but your binoculars will help create memories that you will never forget. You will not spend much, but your binoculars will last for a lifetime. The technology will never be outdated.

Binoculars are an innovative set of lenses that help you see items that are far away, and you may bring binoculars with you anywhere you go. Hang the binoculars around your neck, and you will be able to see anything you want. Push your eyeglasses out of the way, and you will get a clear image that can be seen from hundreds of yards away. Your binoculars put you in touch with things that are too far away to touch, and each pair is easy to carry around you neck or in your pocket.

If you want to learn more, here are a couple of great videos explaining different aspects of binoculars:

Finding the Distance: How do Rangefinders Work?

Laser rangefinders are devices that are used to measure the distance of an object from the user. Along with radar and sonar, laser rangefinders are a type of active rangefinder. They are used by hunters, sportsmen, surveyors, soldiers, and many others.

Laser rangefinders produce a beam of photons directed toward an object. The beam is reflected off the object back towards its source, and the rangefinder measures the time it took for the beam to make its journey. Based on the elapsed time and the speed of the beam, the device calculates the distance to the object. This method of distance calculation is based on the “time of flight” principle. In a similar fashion, radar rangefinders use radio waves in place of laser beams, and sonar devices generate sound waves for the same purpose.

Because a laser beam travels very quickly, the amount of time that is required for the beam to return to its source is very small. This makes it extremely difficult to measure, and so laser rangefinders are somewhat limited in their precision of measurement. Still, the least accurate of these devices can accurately calculate distances within about a meter, while the most sophisticated can be trusted to be accurate within a few millimeters.

While the speed of the light beam might be seen as a detriment, it also offers a distinct advantage. A slow-traveling signal such as that provided by radar and sonar is not very good at measuring moving objects, because by the time the signal has returned to the observer, the object will have moved. This problem is compounded by longer distances; and when the direction of the target’s movement is straight toward (or away from) the rangefinder. Since light travels many times faster than radio waves or sound waves, the laser rangefinder is the most responsive active rangefinder for supplying real-time data on a fast-moving object.

The effects of beam scatter, along with atmospheric distortion and interference, can cause variations in the length of time required for even sequential pulses to return to the sending unit. In order to minimize the effects of these errant signals, most laser rangefinders use the average travel time of a series of pulses to improve their accuracy.

The use of sequential laser pulses also lends itself to the coding of the pulses as a way to minimize attempts to jam the device. The efficiency of the pulse is also a critical factor in the rangefinder’s accuracy: more sophisticated systems respond very rapidly to fast input signals, due to a comparatively low pulse rise or fall rate.

An older method of calculating distance, known as triangulation, can be used to simultaneously improve the accuracy of the device and maximize its ability to measure the speed of the target. In order to apply the principles of trigonometry to the process, the rangefinder must establish 3 points of reference instead of two. The first 2 points are established by the device, and can be either dual lasers or dual receivers. Adding the target as a third point, a triangle can be formed. An imaginary line segment, running from the target to the center of the rangefinder, divides the triangle into 2 right triangles, which can be used to mathematically determine the exact distance to the object. When there is a change in the length of time required for each signal to return, the device can calculate the direction of the target’s travel, as well as its speed in relation to the rangefinder.

When a laser beam travels, it is unaffected by the gravity of the earth and its corresponding effect on the inertia of the beam. This makes the measurement impervious to changes in elevation between the target and the device. However, this is not the way that bullets and arrows travel, so rangefinders designed for hunters must also take into account the effects of gravity on the trajectory of the projectile.

When a hunter is positioned above his target, the trajectory of his bullet will be quite different than when he is below his target, and a good hunting rangefinder will compensate for this difference by incorporating an inclinometer and ballistic calculator. The inclinometer provides the ballistic calculator with the required upward or downward angle of the target, and the calculator will then estimate the projectile’s trajectory based on the weapon being used. Some of the best laser rangefinders also incorporate temperature, elevation and barometric pressure into their ballistics calculations.

Because the light from a laser is of a different wavelength than that from ambient light sources, the likelihood of a rangefinder mistakenly identifying natural light instead of the laser light is relatively small. The receiving photodiode is typically filtered to accept only the pulses generated by the device itself.

A common misconception about laser rangefinders is that they will not work as well when the target is at an angle to the light source, but in fact, this is usually not the case. Most of the surfaces present in nature diffuse light very effectively, and provide multitudes of random reflections as a result of the diffusion. The full moon is a perfect example of this, as it appears uniformly bright from the center to the outer edge, more like a flat disk than a sphere. This occurs despite the fact that the light reflected from the outer edge is at a much greater angle to the light source than the center. Smooth, highly reflective surfaces do not diffuse as much light, but these are very rare in most cases when a laser rangefinder would be used. Additionally, the sensitivity of the device is such that very little light is actually needed to tickle the receiver.

The most powerful versions of portable laser rangefinders, such as those in use by the military, are capable of detecting objects at a range of about 10 miles, but most commercially available units are good for between 500 and 1500 yards, which is probably farther than most users would ever need.

Most laser rangefinders are equipped with optical lenses to allow the user to target more effectively, particularly over long distances. These optical subsystems are very similar to a pair of binoculars, and may provide varying degrees of magnification. Some golf rangefinders employ a system that is designed to detect only the nearest object, ignoring anything in the background. By doing this, it is much easier for the golfer to range the flag.

Laser rangefinders typically display their information through an LCD or OLCD screen, much like digital cameras and cell phones. The information displayed may include the target’s distance, speed, degree of inclination, and more. If the rangefinder is equipped with a compass, azimuth information will also be displayed. Rangefinders designed for a specific purpose, such as hunting or golfing, will display any information that is specific to the activity.

Commercially available laser rangefinders sold in the United States are subject to the approval of the Food and Drug Administration (FDA). Because of the potential for eye injury, the lasers used must be considered “eye-safe,” meaning that the beam has to be invisible to the naked human eye, and it must be incapable of causing eye damage. Laser products meeting these requirements are assigned an FDA “Class 1” designation.

Bushnell Bone Collector Rangefinder Review

The Bushnell Michael Waddell Bone Collector Edition 4x 21mm Laser Rangefinder is designed for hunters. It doesn’t matter if you’re a gun or bow hunter, if you enjoy spending time in the great outdoors, this rangefinder is for you. It doesn’t feature a lot of bells and whistles, but it’s a sturdy piece of equipment that can’t be beat for accuracy when it comes to measuring distance.

The Bushnell Design

The Bushnell MWBCE is an impressive looking piece of gear. It’s surprisingly light weight, coming in at less than 10 ounces, but don’t let the lightness of it fool you. This is a solid, well-made rangefinder. It comes with a carrying case, but because it’s so compact it can be slipped into a pants pocket when not being used.

Rangefinders can be purchased in a variety of colors, but bright colors aren’t useful in the bush. The Bushnell MWBCE comes in Realtree Xtra Camo which is the perfect design for all kinds of environments. The rangefinder’s outer casing is waterproof, so it remains dependable in wet weather conditions. But keep in mind it cannot be fully submerged in water.

This laser rangefinder is vertically mounted and requires only one hand for easy operation. It features an autofocus and measures target distance with just one tap of a button located directly under the index finger. The Bushnell runs on 9-volt batteries, but you won’t need many replacements as one battery provides thousands of readings. The battery can be tricky to remove – you’ll need a small screwdriver – which means it won’t fall out but may be a hassle to change in the field.

Elements of the Bushnell

The field of view on the Bushnell is 320 feet at 1,000 yards. The eye relief is set at a relaxed 20 mm. The Bushnell’s range is 10 to 600 yards with accuracy to +/- one yard. You’ll get correct readings for up to 200 yards when sighting anything about the size of a deer. For items larger than that use 400, but save 600 for the very largest and most reflective objects. The Bushnell also features 4X magnification. Its images are perfectly crisp and clean and you have the option of measuring in yards or meters. The LCD illuminates the display for easy reading in low light although the brightness cannot be adjusted. The display features include the low battery indicator, measuring unit in use and target hold.

Pros

  • Lightweight, this makes the Bushnell easy to use in the field
  • Compact, comes with a carrying case, but fits in a pocket
  • The Realtree Xtra Camo design lets the rangefinder blend into any setting
  • Durable, well-made piece of equipment
  • Rainproof casing can be used in wet weather (don’t submerge)
  • Operates easily with only one hand
  • Can measure in meters or yards
  • Exceptionally accurate
  • Superior imaging that can be used in low light
  • 4 X magnification
  • LCD allows for easy readings
  • One battery provides thousands of readings
  • One-year limited warranty

Cons

  • The 9-volt battery may be difficult to change in the field
  • You must turn off the rangefinder to switch between yards and meters
  • This rangefinder does not measure angles

Conclusion

If you want a rangefinder from a trusted brand, Bushnell Bone Collector Edition 4x 21mm Laser Rangefinder won’t disappoint. Although this model doesn’t offer the gadgets of some other top tier models, its price corresponds to the features it does provide.


Carl Zeiss Victory 10X56 Rangefinder Binoculars Review

The Carl Zeiss Optical Inc Victory 10X56 Rangefinder Binoculars are like no other! I could not believe the clarity I was seeing with when I first tried them out after getting them. The brightness of the view through the lenses was like I was looking with my own two eyes, just magnified and crisper!

A Clear Shot

carl zeiss victory rangefinder binocularsThese binoculars are made with premium optics, and the images I saw were as clear as day, if not clearer! Due to the fluoride and special, multi-layer glass, it was not even hard to see my targets right before it was completely dark outside. There is a coating on the lenses, LotuTec®, that allows the images to be so vivid and superior. There is no way that I can blame missing a shot on not being able to see it clearly again.

Measured Up

One of the features that I was absolutely ecstatic over was the laser technology that is used in these binoculars. I have never used a pair of binoculars that had this type of technology before. The laser rangefinder (as I found out it is called), enables me to measure up distance so easily and quickly. The laser takes out all of the guess work that I was so unsure about before.

Again, this is another reason these binoculars are superior to any other I have ever used; the laser lets you see more efficiently when the lighting is something to be desired. Sometimes when I am out in the field or the woods, there are real small targets, like squirrels and rabbits for example, that can be so hard to shoot at. These binoculars help me to aim correctly.

When Things Get Unsteady

I have to make mention of the unwavering steadiness of this product. The laser is so accurate, that even in the most unsteady or shaky of conditions, I am able to keep a steady aim. I remember before these binoculars, it would be such a task to hold my stone age, no bells and whistles binoculars, and try to get a good shot. With the reliable laser system in these though, I am able to have a more accurate shot every time.

When I go to the mountains and go hunting, the rocks can sometimes prove to be a bit of a problem for me. When I think I have a good shot, I often find myself precariously placed on top of one rock or another. Of course these rocks are not stable, so I sometimes shift in position. That is a real good example of what I mean about how the laser stays steady, even through unsteady times.

Built Strong

I would be the first one to say that I just do not know how to “play nice” with my belongings. I am the first one to drop something, or to mistakenly smash it into the wall or some other surface. These binoculars have unfortunately taken a fall down to the ground more times than I would be willing to say. Every time they fall, I think to myself that I am going to have to be off to buy another pair. That is not the case though, they are resilient!

Another factor I am thoroughly pleased and quite impressed with, is the ease of cleaning the actual lenses. It must have something to do with that special coating I read about that is put on the lenses. They are a dream to simply wipe off dirt and water or smudges with just a soft cloth and some water.

I would enthusiastically recommend these binoculars!