Zeiss Laser Range Finding Scope BDC Victory Diarange 2.5-10x50 T
Product Description
Zeiss Victory Diarange 2.5-10x50 T* Rifle Scope
Smaller, lighter, lower...for the hunter who wants the ultimate in rangefinding and optical performance but who does not need the 56mm objective.
The task of the latest ZEISS innovation in lens coating is to protect the high image brilliance from impairment, even in extremely wet conditions. The LotutecTprotective layer has the same effect on objective and eyepiece lenses as a lotus leaf. It allows water to drip off the lens, leaving no residue and enabling easy cleaning. This means that the accustomed visual experience from ZEISS is independent of the weather.
Zeiss Victory Diarange Rifle Scope Series
The Victory Diarange 3-12x56 with integrated laser rangefinder (and BDC) from Carl Zeiss is a new riflescope that delivers not only excellent optical performance and mechanical sturdiness, but also the precise range to the target at the push of a button. The ease of use makes it possible to react quickly - with the weapon in a firing position within a fraction of a second - even when unexpected hunting situations occur.
Zeiss Victory Diarange Rifle Scope Features
- Riflescope with integrated, precise laser rangefinder (not visible, eye safe, laser class 1)
- Fast, simple and comfortable operation
- Large measuring range up to 999m (depending on objects size, reflectivity, angle of impact, weather conditions)
- Outstanding optical performance and high lowlight capability
- High mechanical sturdiness as well as recoil proof, waterproof, nitrogen filled
- Four different illuminated reticles for use in lowlight conditions
- Lowest subtension resulting from reticle in the 2nd image plane
- Fast and comfortable mounting with Zeiss rail.
- Choice of 4 different reticles
How The Zeiss Victory Diarange Rifle Scope Works
- The target is sighted with the reticle
- A laser pulse is transmitted exactly along the line of sight when the measuring button is pressed
- A highly precise stop watch begins timing at the same moment
- The laser beam hits the object and is reflected
- A portion of the reflected light is received by the objective lens and separated from the normal, visual beam path by a beam splitter
- This laser light is then focused on the receiver diode
- The timer stops when the signal arrives there
- The microprocessor determines the range based on the elapsed time between sending and receiving the beam (light speed = 300,000 km/sec)
- The result of the measurement = the object distance is displayed within max 0.5 sec after pressing the button
- After 3 sec the display switches off and the next measurement can start
