The maximum range of the instrument depends on the reflectivity of the target. The maximum distance for most objects is 1,000 yards, while for highly reflective objects the maximum is 1,500 yards. The Pinseeker 1500 features a powerful 7x magnification monocular for viewing your target. Optics are fully multi-coated, allowing maximum light transmission for optimum brightness, superb resolution, and contrast for a clear vivid image even in low-light conditions such as dusk or dawn. A liquid crystal display (LCD) is mounted within the optical system and, when activated, displays a reticle for targeting, yards and meters, and Mode indicators. Laser Rangefinder Features Standard with Automatic Scan (A) Scan across the course while viewing a continuously updated LCD display of the distance between you and your target. Meters/Yards (B) You can quickly choose between these standard measuring units with a simple press of a button. Reticle (C) The distance to objects targeted in these crosshairs will be displayed on the Distance Readout with the press of a button. Battery Indicator (D) Flashes when battery power is low. Target Quality Gauge (E) Gauge indicating amount of energy pulses being received back from the target. Pinseeker 1500 Targeting Modes BullsEye Geared for close-range use, this mode acquires the distances of small targets and game without inadvertently measuring background target distances. When more than one object is acquired, the closer of the two objects is shown on the LCD display. Brush Ignores the foreground, such as brush, boulders and tree branches, and provides distances on the LCD display to background objects only. PinSeeker Designed exclusively with the bottom of the cup in mind, this mode allows easy acquisition of the flag without inadvertently capturing background target distances. When more than one object is acquired, the closer of the two objects is shown on the LCD display. Slope+/- Measures slope, +/- one degree of angle, and compensated range, based upon ball trajectory and type of club used. All shown on LCD display. Laser Rangefinder Tech Talk A laser rangefinder is a distance-measuring instrument that uses laser technology to calculate the distance to targeted objects. Accuracy is +/- 1 yard, and the distance is displayed instantaneously on a built-in, through-the-lens Liquid Crystal Display. How a Laser Rangefinder Works Bushnell's Yardage Pro rangefinders use an invisible, eye-safe Class 1 Laser beam (as classified by the FDA) which is "bounced" off distant objects with the press of a button. Then, the rangefinder's high-speed digital clock measures the time it took for a laser beam to reach a target and return to the unit. Next, using advanced digital electronics, the rangefinder instantly calculates the distance within +/- 1 yard and shows the range in either yards or meters on a through-the-lens LCD Display. The entire process is so fast that less than a second elapses between the time you press the button to generate a laser beam to the time the exact range to your target is displayed. Reflectivity of Target Types Because rangefinders "bounce" a laser beam off the target in order to take a measurement, their range is partially determined by the reflectivity of the target. In other words, hard or "reflective" targets - like a rock cliff or semi-truck - can be measured at greater distances than soft surface targets, like a deer. Ranges for moderately reflective targets, like trees, fall somewhere in the middle. Most experienced hunters will use their rangefinder to frequently estimate ranges to near and distant landmarks before they actually encounter a game animal. By "pre-measuring" ranges to spots where a trophy is likely to appear, they can concentrate on making an accurate shot when the moment of truth arrives. Bushnell PINSEEKER 1500 Slope Edition is a premium digital golf laser rangefinder designed especially for golf, featuring a built-in slope compensator, superb optical quality and selective targeting modes.

The SkyMasters include multicoated optics and BaK-4 internal prisms, two features that promise brighter, better images, and key points to look for when judging a pair of binoculars. They also come with an adapter for attaching them to a photo tripod, which is a must to use them to their fullest, and a soft carrying case. But just because they are cheap doesn't always mean they are worth the price. Would it be better to save up for a more expensive pair? To find the answer, I had an opportunity recently to judge the SkyMasters against a pair of Fujinon 16x70 FMT-SX binoculars , one of the finest pairs of giant binoculars sold today. Like the SkyMasters, the Fujinons feature BaK-4 prisms, but also have fully multicoated optics. As a general rule, superior coatings mean superior image sharpness and contrast. But then, that should be expected, given that the Fujinons cost many times more than the Celestrons. While the Fujinons were clearly the better performer, the Celestron SkyMasters held up admirably. Image brightness, quality, and contrast were all remarkable considering their bargain price. Although images were a little soft across the outer 25% of the Celestron's field, the overall view was impressive nonetheless. Some inexpensive binoculars have very sloppy focusing, causing the eyepieces to tilt and shift. Not so with the SkyMasters. I found that their center-focusing mechanism worked smoothly, with no apparently backlash or wobble. Eye relief (the distance you hold your eyes away from the eyepieces to see the full field) is stated to be 18 mm, a good distance for higher power binoculars and an important consideration if you must wear glasses when viewing. The SkyMasters are also light enough to support by hand for short periods of time, although buyers would be well advised to mount them on a sturdy photo tripod. The bottom line is, if you are considering a pair of giant binoculars, whether for bird watching, stargazing, or another recreational use, and have a limited budget, Celestron's giant 15x70 SkyMasters represent an excellent value. -Phil Harrington, author of Star Ware and Star Watch Pros: Exceptional value for the price Light enough to support by hand BaK-4 prisms Multicoated optics Cons: Outer 25% of the field is soft and a little blurry Requires a tripod to use for extended periods Celestron's SkyMaster Series of large aperture binoculars are a phenomenal value for high performance binoculars ideal for astronomical viewing or for terrestrial (land) use - especially over long distances. Each SkyMaster model features high quality BAK-4 prisms and multi-coated optics for enhanced contrast. Celestron has designed and engineered the larger SkyMaster models to meet the special demands of extended astronomical or terrestrial viewing sessions. The 15x70 version is one of the most popular models in the series. It offers serious large aperture light gathering in an affordable and reasonably lightweight configuration. Protective rubber covering for ultra-firm grip Large center focus know for easy focusing Tripod adapter included Long eye relief ideal for eyeglass wearers Carrying case included for travel and safe storage Celestron No Fault Warranty provides best protection and product support on the market Optical Design - Porro Diameter - 70 mm (2. 76 in) Magnification - 15x Angular Field Of View - 4. 4 degrees Linear Field Of View at 1000 YDS - 230. 41 ft (70. 23 m) Exit Pupil - 4. 7 mm (0. 19 in) Eye Relief - 18 mm (0. 71 in) Near Focus (Binoculars) - 43 ft (13. 11 m) Prisms - BAK-4 Optical Coatings - Multi-Coated Carrying Case - Nylon / Strap - Yes / Caps - Yes Water Resistant Tripod Adaptable - Yes Weight 48 oz (1360. 78 g).

The maximum range of the instrument depends on the reflectivity of the target. The maximum distance for most objects is 1,000 yards, while for highly reflective objects the maximum is 1,500 yards. The Pinseeker 1500 features a powerful 7x magnification monocular for viewing your target. Optics are fully multi-coated, allowing maximum light transmission for optimum brightness, superb resolution, and contrast for a clear vivid image even in low-light conditions such as dusk or dawn. A liquid crystal display (LCD) is mounted within the optical system and, when activated, displays a reticle for targeting, yards and meters, and Mode indicators. Laser Rangefinder Features Standard with Automatic Scan Scan across the course while viewing a continuously updated LCD display of the distance between you and your target. Meters/Yards You can quickly choose between these standard measuring units with a simple press of a button. Reticle The distance to objects targeted in these crosshairs will be displayed on the Distance Readout with the press of a button. Battery Indictor Flashes when battery power is low. Target Quality Gauge Gauge indicating amount of energy pulses being received back from the target. Pinseeker 1500 Targeting Modes BullsEye Geared for close-range use, this mode acquires the distances of small targets and game without inadvertently measuring background target distances. When more than one object is acquired, the closer of the two objects is shown on the LCD display. Brush Ignores the foreground, such as brush, boulders and tree branches, and provides distances on the LCD display to background objects only. PinSeeker Designed exclusively with the bottom of the cup in mind, this mode allows easy acquisition of the flag without inadvertently capturing background target distances. When more than one object is acquired, the closer of the two objects is shown on the LCD display. Laser Rangefinder Tech Talk A laser rangefinder is a distance-measuring instrument that uses laser technology to calculate the distance to targeted objects. Accuracy is +/- 1 yard, and the distance is displayed instantaneously on a built-in, through-the-lens Liquid Crystal Display. How a Laser Rangefinder Works Bushnell's Yardage Pro rangefinders use an invisible, eye-safe Class 1 Laser beam (as classified by the FDA) which is "bounced" off distant objects with the press of a button. Then, the rangefinder's high-speed digital clock measures the time it took for a laser beam to reach a target and return to the unit. Next, using advanced digital electronics, the rangefinder instantly calculates the distance within +/- 1 yard and shows the range in either yards or meters on a through-the-lens LCD Display. The entire process is so fast that less than a second elapses between the time you press the button to generate a laser beam to the time the exact range to your target is displayed. Reflectivity of Target Types Because rangefinders "bounce" a laser beam off the target in order to take a measurement, their range is partially determined by the reflectivity of the target. In other words, hard or "reflective" targets - like a rock cliff or semi-truck - can be measured at greater distances than soft surface targets, like a deer. Ranges for moderately reflective targets, like trees, fall somewhere in the middle. Most experienced hunters will use their rangefinder to frequently estimate ranges to near and distant landmarks before they actually encounter a game animal. By "pre-measuring" ranges to spots where a trophy is likely to appear, they can concentrate on making an accurate shot when the moment of truth arrives. Measure from ball to pin, not ball to pine. The secret to a good round of golf is making accurate shots - not easy when the pin is competing with the trees around it for your rangefinder's attention. Next time, pack along the new PinSeeker. It's accurate to +/- one yard from 5 to 1, 500 yards away and will range directly to the flag, not the objects behind it. With two Selective Targeting modes, you'll get the shot you're looking for, every time - no worries, hazards or mulligans necessary.