Habicht rifle scopes-Overview Description - OpticsPlanet.com

1 Dioptric correction 

2 Magnification 

3 Screw-on cap 

4 Elevation adjustment turret 

4.1. Zero point adjustment 

5 Windage adjustment turret 

5.1. Zero point adjustment 

6 Knurled knob 

7 Illumination device 

BE 3/BE 4 Digital 

8 Brightness control ring 

BE 3/BE 4 Digital 

E 

Swarovski Optik, one of the leading European manufacturers 

of high-quality optical instruments, wish 

you many years of serviceable life with this product. 

It has been constructed to fulfill very demanding 

requirements and if handled correctly, will remain a 

reliable companion. 

Habicht rifle scopes-Overview 

Description Name Types Image plane 

Fixed magnification 

Fixed magnification 

PF 6x42, 8x50, 

8x56 

1 

with illuminated reticle PF-N 8x50, 8x56 1 

Variable magnification 


PV 1.25-4x24 

1.5-6x42 

2.5-10x42 

2.5-10x56 

3-12x50 

1 

with illuminated reticle PVI-2 1.25-4x24 

1.5-6x42 

2.5-10x56 

3-12x50 

2 

PV-I 1.25-4x24 

1.5-6x42 

1 


PV-N 2.5-10x42 

2,5-10x56 

3-12x50 

1 

with parallax correction PV 


with parallax correction 

and quick reticle 

4-16x50 P 

6-24x50 P 

2 

adjustment (Sport) PV-S 6-24x50 P 2 

24 

9Battery for BE 3/BE 4 

Digital (button cell CR 2032) 

10 Parallax correction ring 

11 Hex-head key 

(only PV-S 6-24x50 P) 

12 Lens shade 

(available as accessory for all 

42 mm and 50 mm objective 

lens diameters) 

13 Protective cap 

14 Cover SR 

(Diagram page 38) 

4 

4.1. 

Description 

PF, PV 

11 

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5.1. 

9 

3 3 

8 

12 10 

7 

25 

6 

5 

3 2 1 

4 

PV, PVI-2, PV-I, PV-N 

BE 3 for PF-N, PV-N BE 4 Digital for PVI-2 and PV-I 

PV-S 6-24x50 P 

13 

8 

5 

7 

3 

6 

9 

2 1

For your safety! 

WARNING! 

E 

Never look at the sun with the rifle 

scope! This leads to injury of your 

eyes! Please protect your rifle scope 

from unnecessary solar radiation. 

General information 

Please protect your rifle scope from 

jolts and jars. 

Repairs should be carried out only 

by authorized workshops. 

Sealing 

Through the use of high-quality sealing elements and controlled 

fabrication processes our rifle scopes are waterand 

gas-tight to a pressure of 0.4 bar (corresponds to a 

depth in water of 4.4 yds/4 m). Sealing is ensured even 

when the screw-on cap has been removed. Exception: rifle 

scope with illuminated reticle without an illumination unit 

attached. Nevertheless, careful handling, especially 

around the turrets, is advised. 

The scope has been filled with nitrogen via the sealing 

screw located underneath the windage adjustment 

turret. Please do not loosen this sealing screw! 

Parallax 

a) PF, PF-N, PV, PVI-2, PV-I, PV-N 

Your rifle scope has been aligned to be parallax free at a 

distance of 110 yards (100 meters) (exception: 3-12x50 

TDS-Plex at 220 yards [200 meters]). This means that at a 

distance of 110 yards (100 meters) the image of the object 

aimed at and the image of the reticle are in a single plane. 

26 

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Please note that at distances greater or less than 110 yards 

(100 meters) minor movements of the reticle image due to 

a parallax error can occur as a result of not aligning the 

eye with the center of the scope. You can avoid this minor 

accuracy problem by careful positioning of the eye. 

b) PV 4-16x50 P, PV 6-24x50 P, PV-S 6-24x50 P 

With these scopes you can set any desired range and therefore 

avoid aiming errors due to parallax. 

Mounting 

Basic alignment 

To ensure perfect alignment of the scope to the rifle, 

please entrust mounting of the scope to a competent 

gunsmith. 

The reticle has been factory-set to the mechanical 

middle position. Prior to mounting you can check the correct 

position of the reticle. To do this, unscrew the screwon 

caps of the elevation adjustment turret and windage 

adjustment turret and turn the respective knurled knob 

counter-clockwise until it stops. 

a) PF, PV 

Now turn the respective knurled knob 1 1 /2 turns clockwise. 

b) PV 4-16x50 P, PV 6-24x50 P 

• Elevation adjustment 

PV 4-16x50 P: turn the knurled knob 3 turns clockwise. 

PV 6-24x50 P: turn the knurled knob 4 turns clockwise. 

• Windage adjustment 

PV 4-16x50 P: turn the knurled knob 1 1 /2 turns clockwise. 

PV 6-24x50 P: turn the knurled knob 2 1 /2 turns clockwise. 

c) PV-S 6-24x50 P 

• Elevation adjustment 

Turn the knurled knob 2 turns clockwise. 

• Windage adjustment 

Turn the knurled knob 1 turn clockwise. 

27

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Alignment of the scope to the rifle (“zeroing in”) 

If the point of impact of the bullet deviates from the aiming 

point, this can be easily and precisely corrected by adjusting 

the elevation turret and the windage turret of the scope. 

Regardless of corrections, the middle point of the aiming 

mark always stays in the middle of the field of view. 

a) PF, PV 

To make adjustments, simply unscrew the screw-on caps 

of the elevation and windage turrets. 

b) PV-S 6-24x50 P 

To make adjustments here, use the knurled knobs of the 

elevation and windage turrets. 

When the shot is low 

When the shot is high 

When the shot is to the left 

When the shot is to the right 

28 

Turn the knurled knob of 

the elevation turret in the 

direction of H. 


the elevation turret in the 

opposite direction of H. 


the windage turret in the 

direction of R. 


the windage turret in the 

opposite direction of R. 

The impact point correction per click can be found in the 

technical data or the written information on the elevation 

or windage adjustment on your rifle scope. 

Zero point adjustment 

E 

Once you have aligned the scope to the rifle, you can retain 

this setting. The scale for this is located on the respective 

knurled knob of the elevation/windage adjustment turret. 

a) PF, PF-N, PV, PVI-2, PV-I, PV-N 

1. Pull the knurled knob 

upwards. 

In this position the reticle 

spindle is disengaged and 

the knurled knob turns 

freely. 

2. Turn the knurled knob until the zero point of the scale is 

aligned with the index point on the scope. 

3. Pushing the knurled knob back down re-engages the 

reticle spindle and knurled knob. Your individual 

setting is now precisely adjusted as the zero point. 

b) PV-S 6-24x50 P 

1. Use the enclosed hex-head 

key to loosen the three 

screws on the knurled knob. 

The knurled knob can now 

be turned freely. 

2. Align the zero point of the scale with the index mark and 

tighten the three screws to fix the knurled knob in place. 

Operation 

Carrying out dioptric correction 

Your individual setting for optimal focusing of the reticle is 

achieved by simply turning the dioptric correction ring. 

29

E 

First turn the dioptric correction 

ring all the way to the left 

➀ (counter-clockwise) and 

then to the right ➁ until the 

reticle is optimally focused. 

The adjustment range is 5 dioptres (-3/+2). 

Changing magnification 

By turning the (stepless) magnification adjustment ring you 

can set the desired magnification. The inclined scale allows 

simple and easy reading of the setting. For better orientation 

the soft, ribbed covering of the adjustment ring has a 

nose. 

Operation of the illumination units 

BE 4 Digital for PVI-2 and PV-I 

Please note: 

The water and dust tightness of the rifle scope can only 

be guaranteed with a turret cap or an illumination unit 

attached. 

1. Mounting the illumination unit 

Unscrew the elevation adjustment’s turret cap. The same 

thread can now be used to attach the illumination unit. In 

order to fully secure the illumination unit use the knurled 

part. 

30 

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2. Turning on and off 

Move the knurled part upwards to turn on the illumination 

unit. The red ring “A” becomes visible for optical control. 

Push the illumination unit down to turn it off. 

“A” 

3. Brightness modes 

The illumination unit has two main brightness modes: 

• Daylight mode (16 fine adjustment settings) 

• Twilight mode (32 fine adjustment settings) 

3.1. Brightness control within a brightness mode 

Within a brightness mode (daytime or twilight mode) the 

brightness can be adjusted via a sustained pulse as well 

as smaller individual pulses. 

Sustained pulse 

Turn the knurled ring towards the end position in the 

desired direction (“+” / “-”) and hold it in this position until 

the desired brightness has been achieved. 

31

Individual pulses for fine adjustment: 

Fine adjustment is possible by using individual pulses. 

E 

3.2. Switching from daytime to twilight mode 

Switching from daytime to twilight mode is achieved with 

a sustained pulse of about 2 seconds followed by one 

individual pulse. 

3.3. Switching from twilight to daytime mode 

Switching from twilight to daytime mode is achieved with 

a sustained pulse of about 4 seconds followed by one 

individual pulse. 

4. Storage function 

When turning off the illumination unit the last brightness 

setting will be stored and activated when the unit is turned 

on again. 

5. Automatic turn-off function 

If, within a period of 3 hours, no brightness adjustment 

has been carried out, the illumination unit automatically 

turns off. 

6. Battery power indicator 

If the illuminated reticle begins to flash, this signifies that 

a battery change will soon be needed. The remaining 

operating time will be a few hours, depending on the 

brightness adjustment and ambient temperature. 

32 

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7. Changing the battery 

• Turn off the illumination unit. 

• Hold the knurled ring tightly and unscrew the battery 

cover. The use of a coin is advisable for this process. 

• Remove the old battery. 

• When installing the new battery 

(type CR 2032) please 

make sure that the side marked 

“+” is facing upwards. 

•Screw the battery cover back 

on. 

When disposing of used batteries, please make sure to 

comply with local waste and environmental regulations. 

Please note! 

When the battery is changed the last brightness setting 

will be lost. When turning the illumination unit on again it 

will be on the maximum brightness setting in the daylight 

mode. 

8. Battery operating hours 

The average operating hours of the battery at medium 

brightness are: 

• about 38 hours in daytime operation 

• about 450 hours in twilight operation. 

9. Conformity 

The BE 4 illumination unit complies with the Directives of 

No. 89/336/EEC regarding electromagnetic compatibility. 

33

E 

BE 3 for PF-N and PV-N 

Please note: 

The rifle scope is properly sealed only when the screwon 

cap or the illumination device is screwed on. 

a) Mounting the illumination device 

Unscrew the screw-on cap of the elevation adjustment turret. 

The illumination device BE 3 can be mounted on the 

same thread. Use the knurled section of the brightness 

control ring to screw on the illumination device snugly. 

Please note: 

Once the illumination device has been screwed on, it is 

switched on! 

b) Switching off 

Turn the brightness control 

ring counter-clockwise past 

the clearly audible click until 

it stops. Please make sure 

that the illumination device is 

in the OFF position also after 

it has been unscrewed. 

c) Brightness control BE 3 

On the BE 3 there are two places for variable twilight and 

daylight brightness control. 

In each case, switching between the two settings takes 

place at the end of the turning zone: 

Twilight operation 

– Turn in clockwise direction until it clicks: dark to light 

control 

– Fully in clockwise direction: switching from twilight to 

daytime operation 

 

Daytime operation 

– Turn in anti-clockwise direction: light to dark control 

– Fully in an anti-clockwise direction: “OFF”-position and 

switching from daylight to twilight zone. 

34 

E 

d) Changing batteries 

• Unscrewing the screw cover. 

• Remove the old battery 

• When inserting the new battery, make sure that the “+” 

side is facing upwards. 

• Screw the screw cap back on. 

BE 3 

Open 

Screw-on cap 

Button cell 

CR 2032 

Illumination 

device 

Usable replacement batteries: 

Button cell, 3 V, Type CR 2032 

The average operating time of the 

battery in medium brightness is about 

30 hours in daytime operation and about 

400 hours in twilight operation. 

When disposing of used batteries, please make sure to 

comply with local waste and environmental regulations. 

This instrument complies with the Directives of No. 

89/336/EEC regarding electromagnetic compatibility. 

Enclosed replacement battery-box 

Unscrew the screw-on cap 

of the windage adjustment 

turret. 

Screw on the enclosed replacement 

battery-box. 

A spare battery is located in 

the replacement battery-box. 

35

E 

Operation of the rifle scope with 

parallax adjustment 

For shooting disciplines with varying ranges any distance 

can be set quickly and precisely right on the objective. 

This prevents aiming errors caused by parallax. 

a) Adjustment of distance when distance is known 

The main ranges are designated 

on the conical section of 

the parallax correction ring on 

the objective between 55 yds/ 

50 m and infinity. Turn the 

parallax correction ring until 

the desired range is aligned 

with the index point on the 

main tube of the scope. 

b) Adjustment of distance when distance is unknown 

Adjust the magnification to 24x and turn the parallax correction 

ring to the right or left until the image in the field 

appears to be optimally focused. Now move your eye back 

and forth in the area of the exit pupil. If the reticle moves 

in relation to the image, correct the range setting until no 

difference can be detected between the movement of the 

reticle and the movement of the image. 

c) Reticle adjustment - PV-S 6-24x50 P 

For this, use the knurled knobs of the elevation adjustment 

turret and windage adjustment turret. 

A one-click adjustment corresponds to 1 /6 MOA (minute of 

angle) or a shift of the point of impact of 4.8 mm/100 m 

(0.175 in/100 yds). 

Table for the conversion of MOA into other angular values 

and vice versa. 

MOA Degrees ‰ cm/100m in/100yds 

1 MOA ^ = 1 0.017 0.29 2.91 1.05 

1 Degrees ^ = 60 1 17.45 174.55 62.84 

1 ‰ ^ = 3.44 0.057 1 10 3.6 

1 cm/100m ^ = 0.34 0.006 0.1 1 0.36 

1 in/100yds ^ = 0.95 0.016 0.28 2.78 1 

36 

The reticle 

E 

a) in the 1st image plane (objective image plane) on the 

PF, PF-N, PV (exceptions see b), PV-N, PV-I: 

If the magnification increases then the magnification of 

both the image and the reticle is increased, which makes 

it easier to estimate the distance to the target. 

b) in the 2nd image plane (ocular image plane) on the 

PVI-2, PV 4-16x50 P, PV 6-24x50 P and PV-S 6-24x50 P: 

If the magnification increases then the reticle remains the 

same size – the size of the image is increased, but not the 

size of the reticle. Even for large magnifications only a 

little of the target is covered. 

1 st Image plane: 

Image and reticle 

are both magnified 

to the same extent. 

2 nd Image plane: 

The image is 

magnified, the 

reticle remains 

unchanged. 

37

Standard equipment 

E 

• The protective caps keep dirt away from the eyepiece 

and objective lenses. 

• Sunshade for PV 4-16x50 P, PV 6-24x50 P and 

PV-S 6-24x50 P. 

• Illumination unit and replacement battery-box (battery 

included) for PF-N, PVI-2, PV-I and PV-N. 

• Swarovski Optik Rail cover: 

Maintenance and care 

Lens-cleaning cloth 

Flexible dust cover is provided 

to protect the rail slot and give 

a finished appearance, it can 

be cut to fit and pressed in by 

hand. 

You can clean high sensitive lens surfaces with the enclosed 

special cloth made of micro-fibres. It is suitable for 

objective lens, ocular lens and eye-glasses. 

Please keep the cloth clean, as dirt can damage the lens 

surface. If the cloth gets dirty, it can be washed in lukewarm 

soapy water and air-dried. Please use it exclusively 

for cleaning lens surfaces! 

Cleaning 

We have designed all elements and surfaces to require 

little care. To ensure the long-lasting optical brilliance of 

your rifle scope, you should keep the glass surfaces free 

of dirt, oil and grease. When cleaning the lenses, first 

remove larger particles with an optical lens brush. For the 

subsequent thorough cleaning we recommend breathing 

onto the lens surface to form a coat of condensation and 

then cleaning it with a soft, moist cloth. 

The metal parts can be cleaned best with a soft and 

clean cloth. 

38 

Storage 

E 

You should keep your rifle scope in a well-ventilated and 

dry place. 

If the instrument is wet, it must be dried prior to storage. 

Patents 

Denomination Patent numbers 

1. Reflex reducing coating: 

Swarotop ® US 43 72 987 DE 30 09 533 

2. Swarovski coil spring system 

for PF and PV rifle scopes US 54 63 495 EP 654 650 

3. Zero setting system for 

PF, PV and AV rifle scopes US 55 13 440 EP 656 519 

4. Illuminated reticle for 

PF-N and PV-N rifle scopes US 57 15 607 EP 755 500 

5. Illumination device BE 3 DE 10136278 

6. Illumination for US; Patent 

PVI-2 HIGH GRID EU pat.pend. registered 

39

Technical data 

E 

Functional temperature range: -4 °F/+131 °F (-20 °C/+55 °C) · Storage temperature: 

-22 °F/+158 °F (-30 °C/+70 °C) · Sealing: 5.8 lb/sq.in (0.4 bar), filled with nitrogen 

Parallax-free at 110 yds/100 m (except PV 3-12x50 TDS-Plex at 220 yds/200 m) 

(PV 4-16x50 P, PV 6-24x50 P, PV-S 6-24x50 P: ∞ - 50 m/55 yds) 

PF / PF-N PV-S PV / PVI-2 / PV-I / PV-N 

Model 6x42 8x50 8x56 6-24x50 P 1.25-4x24 1.5-6x42 2.5-10x42 2.5-10x56 3-12x50 4-16x50 P 6-24x50 P 

Magnification 6x 8x 8x 6-24x 1.25x4x 1.5-6x 2.5-10x 2.5-10x 3-12x 4-16x 6-24x 

Effective objective Ø 1.65 1.97 2.20 1.97 0.61-0.95 0.77-1.65 1.29-1.65 1.3-2.20 1.55-1.97 1.97 1.97 

in (mm) 42 50 56 50 16-24 20-42 33-42 33-56 39-50 50 50 

Exit pupil Ø in (mm) 

0.28 

7 

0.25 

6.25 

0.28 

7 

0.33-0.08 

8.3-2.1 

0.49-0.24 

12.5-6 

0.52-0.28 

13.1-7 

0.52-0.17 

13.1-4.2 

0.52-0.22 

13.1-5.6 

0.52-0.17 

13.1-4.2 

0.49-0.12 

12.5-3.1 

0.33-0.08 

8.3-2.1 

Exit pupil distance 3.15 3.15 3.15 3.15 3.15 3.15 3.15 3.15 3.15 3.15 3.15 

in (mm) 80 80 80 80 80 80 80 80 80 80 80 

Exit pupil distance – – – – 3.54 3.54 – 3.54 3.54 – – 

PVI-2 in (mm) – – – – 90 90 – 90 90 – – 

Field of view, real 21 15.6 15.6 18.6-5.4 98.4-31.2 65.4-21 39.6-12.6 39.6-12.3 33-10.5 27.3-7.8 18.6-5.4 

ft/100 yds (m/100 m) 7 5.2 5.2 6.2-1.8 32.8-10.4 22.2-7 13.2-4.2 13.2-4.1 11-3.5 9.1-2.6 6.2-1.8 

Field of view, real (degrees) 

Field of view, apparent 

4 3 3 3.5-1 18.6-6 12.4-4 7.5-2.4 7.5-2.4 6.3-2 5.2-1.5 3.5-1 

(degrees) 23.2 23.2 23.2 23.2 23.2 23.2 23.2 23.2 23.2 23.2 23.2 

Dioptric correction (dpt) +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 +2, -3 

Transmission (%) 

Twilight performance 

94 94/92 93/91 90 93/91 93/91 94/92 93/91 94/92 90 90 

Factor (DIN 58388) 16 20 21 17-35 4-10 4-16 7-21 7-24 9-25 11-28 17-35 

Correction of point 0.36 0.36 0.36 0.17 0.54 0.36 0.36 0.36 0.36 0.18 0.17 

of impact per click 10 10 10 4,8 15 10 10 10 10 5 5 

in/100 yds (mm/100 m) ( 1 /6 MOA) 

Max. elevation/windage 

adjustment range 

ft/100 yds (m/100 m) 

3.9 

1.3 

3.3 

1.1 

3.9 

1.3 

E: 3.6/W: 2.1 

E: 1.2/W: 0.7 

9.9 

3.3 

6.6 

2.2 

3.9 

1.3 

3.9 

1.3 

3.3 

1.1 

E: 5.4/W: 3 E: 3.6/W: 2.1 

E: 1.8/W: 1 E: 1.2/W: 0.7 

Length in (mm) 

Weight approx. L oz (g) 

Main tube: 

L: Light alloy 

SR: Light alloy with Swarovski Optik Rail 

All data are typical values. 

SR oz (g) 

12.83 13.03 13.27 15.43 11.4 12.99 13.23 13.62 13.4 14.21 15.43 

326 331 337 392 290 330 336 346 340 361 392 

12.0 13.9 15.9 24.5 13.4 15.7 15.2 18.4 16.9 22.2 23.6 

340 395 450 695 380 445 430 520 480 630 670 

– – 16.4 – 14.1 16.4 – 19.0 17.5 – – 

– – 465 – 400 465 – 540 495 – – 

We reserve the right to make changes regarding design and delivery. BA-645/7, 07/2005 

40 

BE 4 Digital for daylight, BE 3 for daylight, 

twilight reticle twilight reticle 

Height (in/mm) 0.98 / 25 1.1 / 28 

Ø (in/mm) 1.24 / 31.5 1.14 / 29 

Weight (oz/g) 1.05 / 30 0.99 / 28 

Battery 3V, CR 2032 3V, CR 2032 

Average operating Twilight operation at Twilight 

period approx. (h) medium brightness: 450 operation: 400 

Daylight operation at Daylight 

medium brightness: 38 operation: 30 

Sealing (assembled) 0.4 bar 0.4 bar 

E 

41

Dimensions 

E 

42 

PF / PF-N PV-S PV / PVI-2 / PV-I / PV-N 

Model 6x42 8x50 8x56 6-24x50 P 1.25-4x24 1.5-6x42 2.5-10x42 2.5-10x56 3-12x50 4-16x50 P 6-24x50 P 

A 12.83/326 13.03/331 13.27/337 15.43/392 11.42/290 12.99/330 13.23/336 13.62/346 13.39/340 14.21/361 15.43/392 

B 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 3.15/80 

B: PVI-2 – – – – 3.54/90 3.54/90 – 3.54/90 3.54/90 – – 

C 6.54/166 6.69/170 6.89/175 8.35/212 4.61/117 6.30/160 6.54/166 6.89/175 6.69/170 7.09/180 8.35/212 

D 1.77/45 1.73/44 1.46/37 2.60/66 – 1.93/49 2.09/53 1.46/37 1.73/44 2.60/66 2.60/66 

E 3.50/89 3.74/95 3.90/99 4.57/116 0.39/10 3.31/84 3.50/89 3.86/98 3.74/95 4.57/116 4.57/116 

F 6.02/153 6.14/156 6.22/158 7.13/181 7.36/187 6.14/156 6.02/153 6.02/153 5.94/151 5.91/150 7.13/181 

G 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 

H (only SR) – – 0.63/16 – – 0.63/16 – 0.63/16 0.63/16 – – 

I 1.89/48 2.20/56 2.44/62 2.28/58 1.18/30 1.89/48 1.89/48 2.44/62 2.20/56 2.28/58 2.28/58 

K 1.00/25,4 1.18/30 1.18/30 1.18/30 1.18/30 1.18/30 1.18/30 1.18/30 1.18/30 1.18/30 1.18/30 

L (only SR) – – 0.79/20 – 0.81/20.5 0.79/20 – 0.79/20 0.79/20 – – 

M 1.02/26 1.10/28 1.10/28 1.93/49 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 1.10/28 

N 

Objective 

1.69/43 1.69/43 1.69/43 1.77/45 1.77/45 1.77/45 1.77/45 1.77/45 1.77/45 1.77/45 1.77/45 

filter thread M44x0.75 M52x0.75 M58x0.75 M55x0.75 M27x0.75 M44x0.75 M44x0.75 M58x0.75 M52x0.75 M55x0.75 M55x0.75 

Dimensions in in/mm 

Reticles 

PF / PV / PV-S 

4 4A 

7A 

Dot 

Plex Crosshair 

TDS-Plex 

TDS-4 

B: PVI-2 

PF-N / PV-N 

PVI-2 / PV-I 

➝ 

E 

4-N 4A-N Plex-N 4-NK 

HIGH GRID 4A-IK 

4-I 

➝ 

43 

➝ 

HIGH GRID Circle Dot 

NEW! NEW! NEW! 

LD 

HIGH GRID Dot 

BD 

➝

Subtension dimensions of the reticles 

E 

The subtension dimensions listed below are based on a 

distance of 100 m (resp. 100 yds). For all other distances 

the values have to be converted proportionally, e.g. 70 cm/ 

100 m (resp. 25 in/100 yds) converts into: 140 cm/200 m 

(50 in/200 yds); 210 cm/300 m (75 in/300 yds) 

* more target coverage see Reticle description 

Reticle Models 

Subtension dimensions in in/100 yds / cm/100 m 

Crosshair Post Horizontal Vertical 

Dot 

or 

opening opening cross 

6x42 0.32/0.9 3.24/9 25/70 12.5/35 

8x50 0.32/0.9 3.24/9 25/70 12.5/35 

8x56 0.40/1.1 4.00/11 25/70 12.5/35 

1.25-4x24 0.97/2.7 9.7/27 25/70 12.5/35 

4 

1.5-6x42 0.65/1.8 6.48/18 25/70 12.5/35 

2.5-10x42 0.40/1.1 4.00/11 25/70 12.5/35 

2.5-10x56 0.40/1.1 4.00/11 25/70 12.5/35 

3-12x50 0.32/0.9 3.24/9 25/70 12.5/35 

6x42 0.54/1.5 5.4/15 50/140 25/70 

8x50 0.54/1.5 5.4/15 50/140 25/70 

8x56 0.54/1.5 5.4/15 50/140 25/70 

1.25-4x24 0.97/2.7 9.7/27 50/140 25/70 

1.5-6x42 0.65/1.8 6.48/18 50/140 25/70 

4A 

2.5-10x42 0.54/1.5 5.4/15 50/140 25/70 

2.5-10x56 0.54/1.5 5.4/15 50/140 25/70 

3-12x50 0.54/1.5 5.4/15 50/140 25/70 

4-16x50 P 4x 0.8/2.2 4x 8/22 4x 75.6/210 4x 37.8/105 

16x 0.22/0.6 16x 2.2/6 16x 18.7/52 16x 9.4/26 

6-24x50 P 6x 0.54/1.5 6x 5.4/15 6x 50/140 6x 25/70 

24x 0.14/0.4 24x 1.44/4 24x 12.5/35 24x 6.5/18 

7A 1.5-6x42 0.65/1.8 6.48/18 50/140 50/140 

2.5-10x42 0.54/1.5 2.16/6 25/70 25/70 – 

4-16x50 P 4x 0.3/0.8 4x 1.15/3.2 4x 21.6/60 4x 21.6/60 – 

Plex 16x 0.07/0.2 16x 0.3/0.8 16x 5.4/15 16x 5.4/15 – 

6-24x50 P 6x 0.21/0.5 6x 0.84/2 26x 15.7/40 26x 15.7/40 – 

Crosshair 

Dot 

24x 0.05/0.1 24x 0.21/0.5 24x 3.9/10 24x 3.9/10 – 

PV-S 6x 0.21/0.5 – – – – 

6-24x50 P 24x 0.05/0.1 – – – – 

PV-S 6x 0.17/0.4 – – – 2 6x Ø 0.84/2,0 

6-24x50 P 24x 0.04/0.1 – – – 24x Ø 0.21/0.5 

TDS-Plex* 3-12x50 0.6/1.7 5.40/15 50.4/140 50.4/140 

TDS-4* 

4-16x50 16x 0.18/0.5 16x 0.9/2.5 16x 25.2/70 16x 12.6/35 

6-24x50 24x 0.18/0.5 24x 0.9/2.5 24x 25.2/70 24x 12.6/35 

44 

E 

Reticle Models 

Subtension dimensions in in/100 yds / cm/100 m 

Crosshair Post Horizontal Vertical 

Dot 

or 

opening opening cross 

8x50 0.54/1.5 5.40/15 25/70 12.5/35 Ø 0.86/2.4 

8x56 0.54/1.5 5.40/15 25/70 12.5/35 Ø 1/2.9 

4-N 2.5-10x42 0.54/1.5 5.40/15 25/70 12.5/35 Ø 1/2.9 

2.5-10x56 0.54/1.5 5.40/15 25/70 12.5/35 Ø 1/2.9 

3-12x50 0.54/1.5 5.40/15 25/70 12.5/35 Ø 0.86/2.4 

8x50 0.36/1.0 3.60/10 50.4/140 25.2/70 Ø 0.86/2.4 

8x56 0.36/1.0 3.60/10 50.4/140 25.2/70 Ø 1/2.9 

4A-N 2.5-10x42 0.36/1.0 3.60/10 50.4/140 25.2/70 Ø 1/2.9 

2.5-10x56 0.36/1.0 3.60/10 50.4/140 25.2/70 Ø 1/2.9 

3-12x50 0.36/1.0 3.60/10 50.4/140 25.2/70 Ø 0.86/2.4 

2.5-10x42 0.54/1.5 5.40/15 25/70 12.5/35 3.6x3.6/10x10 

4-NK 2.5-10x56 0.54/1.5 5.40/15 25/70 12.5/35 3.6x3.6/10x10 

3-12x50 0.54/1.5 5.40/15 25/70 12.5/35 3.6x3.6/10x10 

Plex-N 3-12x50 0.54/1.5 2.16/6 25/70 25/70 – 

PVI-2 

1.25-4x24 

0.86-0.25 

2.4-0.7 

8.64-2.7 

24-7.5 

50.76-15.84 

141-44 

25.34-7.92 

70.4-22 

Ø 7.2-2.23 

Ø 20-6.2 

HIGH GRID 

4-I 

PVI-2 

1.5-6x42 

PVI-2 

2.5-10x56 

0.72-0.18 

2-0.5 

0.43-0.11 

1.2-0.3 

7.20-1.80 

20-5 

4.32-1.08 

12-3 

42.12-10.44 

117-29 

25.2-6.3 

70-17.5 

21.24-5.4 

59-15 

12.6-3.13 

35-8.7 

Ø 6.01-1.51 

Ø 16.7-4.2 

Ø 3.6-0.9 

Ø 10-2.5 

PVI-2 

3-12x50 

0.36-0.07 

1.0-0.2 

3.60-0.9 

10-2.5 

21.24-5.4 

59-15 

10.44-2.63 

29-7.3 

Ø 2.99-0.76 

Ø 8.3-2.1 

PVI-2 

1.25-4x24 

1.15-0.36 

3.2-1.0 

8.64-2.7 

24-7.5 

17.28-5.4 

48-15 

8.64-2.7 

24-7.5 

Ø 7.2-2.23 

Ø 20-6.2 

HIGH GRID 

BD 

PVI-2 

1.5-6x42 

0.97-0.25 

2.7-0.7 

7.20-1.80 

20-5 

14.4-3.6 

40-10 

7.2-1.8 

20-5 

Ø 6.01-1.51 

Ø 16.7-4.2 

PVI-2 

2.5-10x56 

0.58-0.14 

1.6-0.4 

3.60-1.08 

12-3 

8.64-2.16 

24-6 

3.6-1.08 

12-3 

Ø 3.6-0.9 

Ø 10-2.5 

PVI-2 

1.25-4x24 

1.37-0.43 

3.8-1.2 

13.82-4.32 

38.4-12 

radius of circle 

92.16-28.8 

256-80 

thickness of circle 

3.46-1.08 

9.6-3 

7.2-2.23 

20-6.2 

HIGH GRID 

Circle Dot 

PVI-2 

1.5-6x42 

PV-I 

1.25-4x24 

1.15-0.29 

3.2-0.8 

0.7 

2 

11.52-2.88 

32-8 

7.1 

20 

76.68-19.08 

213-53 

64.8 

180 

2.88-0.72 

8-2 

3.1 

8.5 

5.98-1.51 

16.6-4.2 

Ø 3.6 

Ø 10 

PV-I 

1.5-6x42 

0.7 

2 

7.1 

20 

43.2 

120 

3.0 

8.3 

Ø 2.38 

Ø 6.6 

HIGH GRID 

PV-I 

1.25-4x24 

2.5 

7 

– 

– 

75.6 

210 

37.8 

105 

Ø 7.9 

Ø 22 

Dot PV-I 

1.5-6x42 

1.8 

5 

– 

– 

50 

140 

25 

70 

Ø 5.4 

Ø 15 

HIGH GRID 

4A-IK 

PV-I 

1.5-6x42 

0.54 

1.5 

5.4 

15 

50 

140 

25 

70 

5.4x5.4 

15x15 

Horizontal Vertical Length of the vert. horiz./vert. 

cross hair cross hair cross hair opening 

PVI-2 1.73-0.54 2.30-0.72 57.60-18 13.82-4.32 Ø 7.2-2.23 

1.25-4x24 4.8-1.5 6.4-2.0 160-50 38.4-12 Ø 20-6.2 

PVI-2 1.44-0.36 1.91-0.47 47.88-11.88 11.52-2.88 Ø 6.01-1.51 

HIGH GRID 1.5-6x42 4.0-1.0 5.3-1.3 133-33 32-8 Ø 16.7-4.2 

LD 

PVI-2 0.86-0.22 1.15-0.29 28.62-7.2 6.84-1.73 Ø 3.6-0.9 

2.5-10x56 2.4-0.6 3.2-0.8 79.5-20 19-4.8 Ø 10-2.5 

PVI-2 0.72-0.18 0.97-0.25 24.12-6.01 5.76-1.44 Ø 2.99-0.76 

3-12x50 2.0-0.5 2.7-0.7 67-16.7 16-4 Ø 8.3-2.1 

45

Habicht rifle scopes-Overview Description - OpticsPlanet.com

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