Info:
Manufacturer/Model: Hahn (Crosman) Model 45
Replica Of:
Colt 1873 Single Action Army (44 cal)
Made In:
USA
Caliber/Ammunition/Feed:
177, BB, 18-shot spring & revolver feed
Air Source:
CO2, 12 g Powerlet
Accessories: Hahn 45 Fast-Draw Holster
Recommended Pellet or BB: Crosman Copperhead BBs (5.1 gr)
Weight (lb)/Length (in):
2.1, 10.4
Body Material/Finish/Grips:
metal, black, plastic
Barrel Length (in)/Material/Rifled: 4.25, steel, no
Trigger Action:
SA
Trigger Pull (lbs)/Adjustable: 2.4, no
Sights (front/rear):
fixed,
fixed (groove)
Velocity (fps): not specified
Sound Level (dB): 97
Thickness of Pellet Holder (in): N/A
Manufactured Dates: 1958 - 1970
Condition/Manual/Box: 90%, yes, yes
Serial Number:
356207 (356209)
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Comments:
This airgun, a replica of what is perhaps the most famous
handgun of all time, the Colt 1873 SAA, was originally called the Hahn Model 45, later the
Crosman Model 45, and eventually became the Frontier 36 in 1970.
The revolving cylinder holds 6 BBs and the spring magazine holds
12 more. The Hahn 45 has the weight and feel of the original
Colt. This is the best BB gun replica of the Colt SAA ever
produced. This particular gun has two serial numbers stamped in
the cylinder. This pistol was resealed in July 2006.
"The
Hahn 45 is an interesting event in the history of Crosman. It
was the first ever BB gun for Crosman. It was the first replica
model for Crosman. It's the first model designed with a die cast
housing. In many ways, the model 45 was the beginning of the
modern era for Crosman." -- Dean Fletcher,
American Vintage Airguns, 2006.
Stoeger
1962 Ad for Hahn 45
American Vintage Airguns Article on Frame Markings
Performance:
Measurements were made on 7/20/06 at
a temperature of 85 ºF and 14' elevation. A ten shot string was
fired from a bench rest at 15' using Crosman Copperhead BBs (5.1
gr). The highest velocity measured was 364 fps, the lowest was
320 fps (average of the 10-shot string was 350 fps). A five shot
string fired with open sights grouped at 1.54". Click the
thumbnail below to see a larger image.
Click
here for a description of the measurement methods.

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