Chiappa 4.5mm/.177 AG92 M9 Co2 Air Pistol (Non-Blowback – Dual Cylinder – 440.036)
The 4.5mm/.177 AG92 M9 Co2 Air Pistol is a remarkable blend of precision and power. Featuring a cutting-edge Dual Cylinder technology, this pistol ensures consistent and accurate performance in every shot. This results in 150 shots being able to be fired before refill the pistols co2, and 14 shots can be fired without reloading. AG92 is an air gun with a power of 400fps. This pistol also has a two rotary magazines which are mounted in the pistol and are shot one after the other, allowing for a greater amount of ammo. Its Co2 efficiency stands out, offering extended shooting sessions without compromising power. The ergonomic design and non-blowback feature contribute to a comfortable and controlled shooting experience. With meticulous craftsmanship, this pistol excels in both aesthetics and functionality, making it a top choice for enthusiasts seeking unparalleled accuracy and velocity. Whether on the range or in competitive shooting, the AG92 M9 delivers a reliable and powerful performance, setting it apart as a symbol of excellence in the world of air pistols.
Key Features:
- Double Canister System
- Double Magazine system
- Polymer frame, reinforced with fiber glass
- front sight is fixed whilst the rear sight is assembled with dovetail and is adjustable
- Calibre: 177
- Capacity: 14 rds
- Barrel length: 4.8inch
- Total length: 8.6 inch
You May Also Be Interested In…
- M16 Rifle (Co2 Powered – Black) by Huntsman Arms, 4.5mm
- M4 RIS Tactical Rifle (Co2 Powered – Black) by Huntsman Arms, 4.5mm
- Huntsman Arms .177/4.5mm FAL Rifle (CO2 Powered – Black)
The Huntsman Arms .177/4.5mm FAL Rifle is also featured in our top air guns and pistols for 2024 buyers guide.
Discover our air rifle and air pistol buyer’s guides
Click here to discover our top 5 best selling air pistols plus a special mention for the Borner Panther 801 with its laser pointer.
Click here for our best-selling air guns.
Click here for our best-selling PCP air rifles.
Read More