H8R Revolver Gen2 CO2 Replica – Black
- Material: Metal + polymer
- Length: 210 mm
- Weight: 680 g
- Color: Black
- Muzzle Velocity: ~340 FPS
- Manufacturer: Elite Force
H8R Revolver
Gen2 CO2 Replica
An Elite Force
HBR second generation revolver replica powered by CO2 is definitely a product
that stands out. The body of the replica was made of high-quality, uniform
polymer. The revolver operates in both Single Action and Double
Action modes providing the user with a high level of realism and adjustable
Hop-Up system increases range and precision of fired shots.
Elite Force
HBR features a 10-round, rotary magazine in the form of a comfortable
cartridge, which simplifies loading as well as transport of additional magazines.
Furthermore, one can find two RIS 22 mm rails here - one on the top of
the replica for the attachment of optics and a second one under the barrel for
the ability to use a flashlight / laser sight.
CO2 capsule is discretely placed inside the grip, which means one can quickly
and comfortably exchange the spent capsule.
Thanks to its very ergonomic construction combined with a muzzle velocity ~340
FPS, the replica will be ideal as a reliable and unique sidearm.
The set includes:
 - Elite
Force HBR CO2 revolver replica
 - Two additional 10 BB magazines 
 - Hop-Up adjustment key
Blow back is a simulation system of the cocking lever - it imitates the work of it as the equivalent sharp. This system raises the realism and adds a lot more experience during shooting.
It is the spped of bb, while its leaving the innerbarrel of replica. This speed is measured in FPS (Feet Per Second).
1 FPS = 0,3 m/s
1 J = 99 m/s
1 J = 326,7 FPS
Hop-Up system is used for overclocking bb during the shot (putting it in rotation), through which, it extends its flight path. Acting laws of physics make that bb lift up, while the gravitational force take it down. Appropriate adjustment of Hop-Up, will compensate for these two factors, which result in long and straight flight for longer distance and be greater focus shot (to improve accuracy).

















