Rangefinder Vortex Razor HD 4000

Vortex Razor HD 4000 is a hi-end laser rangefinder with an impressive range of over 3600 m, designed for demanding enthusiasts of sports shooting and people looking for a device for precise distance measurement.

Vortex Razor HD 4000 has retained a compact and relative light design weighing only 280 g , thanks to which this precise device can be conveniently moved on the neck or on the waist using a elastic clip. Rubber anti -slip armor guarantees a solid grip and protects sensitive optics from damage in the event of a fall. The device has a diopter adjustment on the right eye and a standard thread for attachment on a tripod.

Measurement precision and Crystal clear image Virtually in all lighting conditions the device owes the use of the HD Vortex optics system covered with multi -layered XR plus coatings. Anti-reflective coatings have been applied to all air surfaces, which guarantees maximum light transmission and ensures the highest clarity and image quality also in low light.

The biggest advantages of the device include a powerful range of over 3600 m and unprecedented measurement accuracy. The 25 mm diameter lens has a angle field of 6.5 ° , and the minimum measurement distance is only 4.5 meters.

In the rangefinder, the HCD angular compensation technology was used (Horizontal Component Distance) enabling a precise shot at critical distances. It is also worth emphasizing that the Vortex Razor HD 4000 has a simple and intuitive menu, which takes a few minutes to master. The measurement is expressed in meters and yards. Minimum measurement range: 4.5 m.

Measurement accuracy depending on the distance:

• 0.49 m/4.57-182 m
• 0.91 m/182- 914.4 m
• 1.82 m/above 914 m

Vortex Razor HD 4000 offers the following target modes:

• first-scale distance from the target in the foreground
• Normal-softens the distance of the actual aiming point (up to 2200 m)
• last- Last- displays the distance to the object in the background
• elr-to measure the distance at the highest distances (up to 3600 m)
• scan-scan Moving goal
• HCD-TRYBE of angular compensation, enables calculation of the flight angle of the bullet
• los-tryb to cooperate with a ballistic calculator.