|
If all you needed to know was the distance to the pin, this game would be easy – well, maybe not easy. But what do you do about the distance to that fairway bunker? Or to the edge of the water? If you’ve asked yourself these questions, you’re not alone. The world’s best players ask themselves the same things. And when it comes to getting the answers, they choose one name, Bushnell. Model is legal for use during practice rounds. A premium digital golf laser rangefinder with advanced selective targeting modes and superb optical quality. More modes, fewer stokes. PinSeeker ® 1500 offers golfers up to three ways to avoid the rough and find the cup. A premium digital laser rangefinder designed specifically for golf, featuring a built-in slope compensator, superb optical quality and selective targeting modes. SCAN across the course while viewing a continuously updated LCD display of the distance between you and your target. The measure of success – Distance adjusted for elevation. It’s the world’s only laser rangefinder that compensates for elevation. The PinSeeker 1500 Slope +/- Edition features everything you’ll find on the Tournament Edition, but with our exclusive new slope +/- technology. By using a digital inclinometer, the Slope +/– Edition determines the degree of elevation change, then adjusts the distance to provide you with compensated range. So you not only know the actual distance to the target, you know the “plays like” distance as well. Start shaving strokes today with the Bushnell PinSeeker Slope +/- Edition. Features: - +/- one yard accuracy
- Slope +/- provides compensated range
- PinSeeker mode - zeroes in on flag
- Standard SCAN mode
- Reads distance in both yards and metres
- Ranges (5 Yards minimum)
- Reflective surfaces: 15000yards
- Trees: 1000 yards
- Flag: 400 yards
- Fully multi-coated optics
- Range - 5-1500 yards
- Magnification: 7x
- Size (in/mm): 1.7 x 5.1 x 3.7/43 x 129 x 94
- Weight(oz/g): 11.9/337
- Battery: 9 volt
- Carrying case and strap included
Tageting Modes: - Slope - Provides compensated distance based on degree of incline or decline
- PinkSeeker- Allows easy acquisition of the flag without inadvertently capturing background targets
- Scan - Displays multiple ranges while panning across the course/target
- Rain (Built-in)
- Reflector (Built-in)
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 How A Laser RangeFinder Works Our 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 technology, the rangefinder instantly calculates the distance within +/- 1 yard and shows the range in either yards or metres 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. Technology A. Targeting Modes - Scan: The scan mode allows you to pan across the landscape while viewing a continuously updated LCD display of the distances between you and the targets you scan with the viewfinder.
- Rain: The Rain feature compensates for precipitation to guarantee an accurate distance measurement through rain or snow.
- Reflector: This increases the maximum measurement range for most highly reflective objects.
|  | | | | B. Meters/Yards: Quickly choose between these standard measuring units with a simple press of a button.C. Reticle: The distance to objects targeted in these crosshairs will be displayed on the Distance Readout with the press of a button. D. Battery Indicator: Flashes when battery is low
This product was added to our catalogue on Wednesday 07 November, 2007.
|