Golfers and hunters have a lot in common, including the need to accurately measure distances. Rangefinders are an essential tool for both the golf course and the wilderness as they provide a way to accurately determine distances quickly and easily, but there are fundamental differences between golf and hunting rangefinders.
How do they work
When it comes to rangefinders, both golf and hunting models seem like they are designed for vastly different purposes. Golf rangefinders measure distances from the player’s location to various points on the golf course while hunting rangefinders are used in the wild to accurately gauge how far away their prey is before taking a shot. However, despite these differences in functionality, these two types of rangefinders actually work on the same basic principle to measure target distances accurately.
The technology used in golf and hunting rangefinders is based on laser beams that bounce back after it hits an object. After a user aims the crosshairs in the viewfinder at the target and presses the power button, the rangefinder’s transmitter will emit a low-powered laser beam. This beam will then bounce off of whatever object or surface it comes into contact with before being reflected back toward the rangefinder’s receiver. The rangefinder’s software determines the time it takes for the laser beam to make the round trip to calculate the distance.
Slope Compensation
Golf rangefinders and hunting rangefinders are two distinct types of devices that serve different purposes, but they share one important feature: slope compensation. Slope compensation technology allows the device to adjust distances for elevation changes so that it can provide accurate distance readings regardless of the slope angle. This feature is crucial in both golfing and hunting as it can help golfers and hunters make better decisions about shots on uneven terrain. On golf rangefinders, this feature is called slope while hunting rangefinders call it Angle Range Compensation (ARC). Even the best value golf laser rangefinders have this feature.
In golf, slope compensation helps players determine how much distance should be added or subtracted from their shot based on the incline or decline of the terrain. By factoring in this data, golfers can select clubs with greater accuracy, improve their scoring, and ultimately enhance their overall game. Hunters also benefit from slope compensation as it enables them to judge distances more accurately when targeting animals on uneven terrain, minimizing errors in judgment that could result in missed opportunities or injured game.
Range
Hunting rangefinders have a longer range than golf rangefinders because hunters have to shoot at targets located a farther distance than the distance from the tee box to the flagstick. Hunting rangefinders can accurately measure distances up to 1,000 yards or more, while golf rangefinders typically have a range of around 400-600 yards. So why do hunting rangefinders have a longer range than golf rangefinders?
The answer lies in the nature of the sports themselves. Hunting rangefinders are designed to be used in large open spaces such as forests or fields and locate game animals for hunters to target. The terrain can be rough and tricky, and hunters need to be able to quickly locate their target from afar because they spook easily so long-range accuracy is essential. Golf courses, on the other hand, are smaller and more compact with less challenging terrain. Therefore, golf rangefinders are designed for shorter distances on well-manicured courses.
Pinseeker Mode
Golf rangefinders and hunting rangefinders may seem interchangeable at first glance, but closer inspection reveals significant differences. One of these differences is the inclusion of Pinseeker Mode in most golf rangefinders while it’s not a common feature in hunting rangefinders. This begs the question: why do golfers need Pinseeker Mode while hunters don’t?
The answer lies in the nature of their respective sports. Golf is a precision sport that requires accurate distance measurements to hit targets with pinpoint accuracy because golfers often need more precision than hunters since they’re typically aiming at smaller targets. The Pinseeker Mode allows golfers to lock onto flags and other small objects, even when there are trees or other obstacles in the background that could cause confusion for standard rangefinder models. By contrast, hunting does not require such extreme precision; hunters usually aim for larger targets like animals or game birds that are more forgiving of slight measurement errors.
Last Target Priority Mode
Last Target Priority Mode (LTP) is a feature that allows hunters to measure the distance to their prey even when there are obstacles in between, such as trees or bushes. With LTP mode activated, the device will ignore any objects closer to the hunter and instead provide a measurement for whatever object it detects last. This is particularly useful when trying to get an accurate reading on moving targets, which can be easily obscured by surrounding vegetation.
In contrast, golfers do not require LTP mode as they typically aim at stationary targets with no obstructions around them.
Bow Mode
Another notable difference is that hunting rangefinders have a bow mode while golf rangefinders do not.
Bowhunting requires archers to aim at a specific point on an animal’s body to ensure a clean kill. Shooting uphill or downhill can affect the arrow’s trajectory, which is why knowing the true horizontal distance is crucial.
Bow mode takes into account these angles and calculates the exact true horizontal distance required for an accurate shot on a target that is standing on uneven terrain.
Durability
When it comes to rangefinders, hunters and golfers have different requirements. While both seek accuracy and precision, the harsh conditions of hunting demand more durable equipment than the relatively gentle environment of a golf course. Hunting rangefinders are built to withstand the rigors of rough terrain, inclement weather conditions, and rough handling in a way that golf rangefinders simply can’t match.
Hunting rangefinders are designed with ruggedness in mind. They’re made to be waterproof, shockproof, and dustproof – all features that protect them from damage when being used outdoors. Hunters often trek through dense forests or cross shallow streams while carrying their equipment around. And they need their gear to function even in extreme temperatures – whether it’s hot or cold outside.
Internal Magnet
Internal magnets have been showing up in many of the newest golf rangefinders ever since Bushnell put internal magnets in their Pro XE golf rangefinder in 2019. While golf rangefinders come equipped with internal magnets, hunting rangefinders do not. This is because golfers need to attach their rangefinder to their golf cart or their bag while they move around the course, whereas hunters usually carry their equipment on themselves.
The internal magnet in a golf range finder helps keep it securely attached to a metal surface such as the frame of a golf cart or the metal stand on a golfer’s bag. Golfers often need to take multiple readings during a round and having the device easily accessible and within reach is important for efficiency. Also since most golfers do not carry bags with magnetic surfaces, an internal magnet allows them to place the device conveniently while taking measurements.
On the other hand, hunting requires more mobility than playing a round of golf and hunting rangefinders are primarily used to measure distance in natural environments where there are no metal surfaces present so placing an internal magnet in a hunting rangefinder would be a complete waste while you are trying to chase down game in the middle of the forest.
Camouflage Color
Hunting rangefinders are typically designed to blend in with the natural surroundings and environment of the hunting area. This is why they often come in camouflage colors such as brown or green, a pattern that effectively helps hunters remain undetected by their prey.
Camouflage colors help hunters blend into their surroundings and avoid spooking animals they’re trying to hunt. Using a bright-colored device would draw attention to them, making it more difficult for them to get close enough for a successful shot.
On the other hand, golf rangefinders are usually black, silver, or white-colored because they are not designed to blend in with any specific environment or setting. Golfing environments do not require hiding from wildlife or blending into natural surroundings, hence there is no need for a golf rangefinder to have a camouflage design element.
