DA-Laser Rangefinder-The Future Of Laser Rangefinder
WhatsApp/ Wechat: 0086-18291418396
Handheld military rangefinders operate at ranges of 2 km up to 25 km and are combined with binoculars or monoculars. When the rangefinder is equipped with a digital magnetic compass (DMC) and inclinometer it is capable of providing magnetic azimuth, inclination, and height (length) of targets. Some rangefinders can also measure a target's speed in relation to the observer. Some rangefinders have cable or wireless interfaces to enable them to transfer their measurement(s) data to other equipment like fire control computers. Some models also offer the possibility to use add-on night vision modules. Most handheld rangefinders use standard or rechargeable batteries.
The more powerful models of rangefinders measure distance up to 40 km and are normally installed either on a tripod or directly on a vehicle, ship, jet helicopter or gun platform. In the latter case the rangefinder module is integrated with on-board thermal, night vision and daytime observation equipment. The most advanced military rangefinders can be integrated with computers.
To make laser rangefinders and laser-guided weapons less useful against military targets, various military arms may have developed laser-absorbing paint for their vehicles. Regardless, some objects don't reflect laser light very well and using a laser rangefinder on them is difficult.
Sports
Laser rangefinders may be effectively used in various sports that require precision distance measurement, such as golf, hunting, and archery. Some of the more popular manufacturers are Caddytalk, Opti-logic Corporation, Bushnell, Leupold, LaserTechnology, Trimble, Leica, Newcon Optik, Op. Electronics, Nikon, Swarovski Optik and Zeiss. Many rangefinders from Bushnell come with advanced features, such as ARC (angle range compensation), multi-distance ability, slope, JOLT (Vibrate when the target is locked), and Pin-Seeking. ARC can be calculated by hand using the rifleman's rule, but it's usually much easier if you let a rangefinder do it when you are out hunting. In golfing where time is most important, a laser rangefinder comes useful in locating distance to the flag. However not all features are 100% legal for golf tournament play.[5] Many hunters in the eastern U.S. don't need a rangefinder, although many western hunters need them, due to longer shooting distances and more open spaces.
Since the 21st century, the rapid development of science and technology is far beyond our imagination. Artificial intelligence, artificial intelligence, driverless cars, etc., these things that appeared in science fiction movies before have gradually become a reality, we can't help but sigh, it is really technology that has changed life! The popularity of artificial intelligence and driverless cars has also Promote the development of laser ranging industry. In future applications, laser ranging sensors must achieve great things!
Anyone who has been in contact with a laser ranging sensor knows that this sensor reduces a lot of manual work for us and contributes to measuring the distance of inaccessible objects. Not only is it widely used in industry, but with the maturity of automotive autonomous driving technology, laser ranging sensors will also play a huge role in the future.
Autopilot technology uses video cameras, radar sensors, and laser rangefinders to understand surrounding traffic and navigate the road ahead with detailed maps (maps collected by manned cars). In the future, driverless technology will basically rely on ranging sensors to sense distances between cars and roadside obstacles, as well as distance detection between pedestrians. This helps the system to make correct judgments.
The prospect of the field of driverless vehicles is getting brighter and brighter, and the application of laser ranging sensors will also receive more attention.
WhatsApp/ Wechat: 0086-18291418396
