Info:
Manufacturer/Model:
Made in Taiwan by KWC for Cybergun, Sig Sauer GSR 1911
Replica Of:
Sig Sauer GSR 1911 (.45 ACP)
Made In: Taiwan
Caliber/Ammunition/Feed:
177, steel BBs, 21-shot magazine
Air Source:
CO2, 12 g Powerlet
Accessories: None
Recommended Pellet or BB: Daisy Avanti BBs
Weight (lb)/Length (in):
2.13, 8.62
Body Material/Finish/Grips: metal, black,
metal
Barrel Length (in)/Material/Rifled: 5.2, brass, no
Trigger Action:
DA (only)
Trigger Pull (lbs)/Adjustable: >12 (DA), no
Sights (front/rear):
fixed, fixed
Velocity (fps): 397
Sound Level (dB): 99
Thickness of Pellet Holder (in):
N/A
Manufactured Dates:
2008 - present
Condition/Manual/Box: 98%, yes, yes
Serial Number:
80724797
|
Comments:
The Sig Sauer GSR
1911 is one in a series of CO2-powered
replicas made in Taiwan by KWC and distributed
world-wide by Cybergun (France). The U.S. importer is Palco
Sports. The trademarks on this gun are officially licensed from
Sigarms. The GSR 1911 is, itself, a modified copy
of the venerable Colt 1911. This all metal replica (even the
grip panels are metal) is a good reproduction of the details from the
original firearm, including the Weaver-style accessory rail under the dust cover.
The only functional parts on the GSR 1911 are the trigger, magazine release,
and thumb safety.
All the other replica parts (slide, grip safety, sights,
slide lock) are
non-functional and molded into the frame as a single unit. The trigger has a
long hard pull with no distinct breaking point. This very heavy
and well-built gun has
an authentic feel and decent accuracy for a
smooth-bore BB gun.
Exploded Parts Diagram (.pdf)
Cybergun 2009
Catalog (.pdf)
Performance:
Measurements were made on
11/28/08 at a temperature of 72 ºF and 14' elevation. A ten shot string was fired
from a bench rest at 15' using Daisy Avanti BBs (5.5 gr).
The highest velocity measured was 407 fps, the lowest was 351 fps
(average of the 10-shot string was 377 fps, s = 18). A six shot string
fired with open sights using Daisy Avanti BBs grouped at 0.76". Click the thumbnail below to see a
larger image.
Click
here for a description of the measurement methods.

|