Info:
Manufacturer/Model:
Crosman Model CK92
Replica Of:
Beretta 92FS (9 mm)
Made In:
Italy
Caliber/Ammunition/Feed:
177, lead pellet, 8-shot rotary magazine
Air Source:
CO2,
12 g Powerlet
Accessories:
None
Recommended Pellet or BB: RWS CO2
Target or JSB Match Diabolo
Weight (lb)/Length (in):
2.6, 8.4
Body Material/Finish/Grips:
metal, black, plastic
Barrel Length (in)/Material/Rifled: 4.25, steel, yes
Trigger Action:
SA/DA
Trigger Pull (lbs)/Adjustable: 5.25 (SA), 5.4 (DA), no
Sights (front/rear):
fixed, fully adjustable
Velocity (fps): 435
Sound Level (dB): 101
Thickness of Pellet Holder (in):
0.279
Manufactured Dates: 2000-2001
Condition/Manual/Box: 95%, yes, yes
Serial Number:
05541 |
Comments:
The Crosman CK92 is an
excellent all metal replica of the Beretta 92FS. It was made for
Crosman in Italy between 2000 and 2001 by the Kimar division of
Armi Chiappa, a major manufacturer of blank-firing training and
prop pistols. It is solidly built and has a good feel and
approaches the quality finish of the Umarex replica of the
Beretta 92FS. Functionally, the CK92 is identical to the Crosman
C40, having the same rear sight, pellet loading mechanism, and
CO2
loading mechanism. In my opinion, the CK92 is a much better
airgun than the C40 due to its balance, fit, and overall
operation. It is definitely the better of the two guns for
shooting. The CK92 has an excellent trigger, especially in
double-action mode. The safety is difficult to operate in both
directions, but is especially difficult to engage. It is now
getting very difficult to find a good specimen of this airgun.
Performance:
Measurements were made on
8/26/06 at a temperature of 85 ºF and 14' elevation. A ten shot string was fired
from a bench rest at 15' using RWS CO2
Target pellets (7.2 gr).
The highest velocity measured was 443 fps, the lowest was 394 fps
(average of the 10-shot string was 411 fps, s = 17). A six shot string
fired with open sights grouped at 0.79". An eight shot
string fired with open sights using JSB Match Diabolo pellets
(8.0 gr) grouped at 0.47". Click the thumbnails below to see larger images.
Click
here for a description of the measurement methods.
 
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