MSR 009 Sniper Rifle Replica - Tan
- Material: Metal + polymer
- Weight: 4545 g
- Length: 1230 mm
- Color: Tan
- Muzzle Velocity: ~320 FPS
- Engine: Green Gas
- Manufacturer: ARES
MSR 009 Sniper Rifle Replica - Tan
An excellent MSR 009 sniper rifle replica manufactured by a known for its
care for details and quality ARES company. MSR 009 is
a gas replica of a Finnish sniper rifle - Sako
TRG-42.
The cradle was made of highest-quality polymer, the stock pad was
made of thick and comfortable rubber. The barrel, muzzle device, magazine,
bipod, scope mount, trigger, trigger guard and the Hop-Up chamber were made of
metal.
The ergonomic stock features length adjustment as well as an adjustable
cheek pad. The set includes special spacers. Both sides of the replica feature
tactical sling QD mounts, a classic adapter is located at the end of the
cradle.
The replica has a copper, 6.04 mm internal barrel. The safety lever is
located in the trigger guard, while the trigger itself is adjustable and can be
tilted left or right.
Internally, the replica has also been made perfectly - as expected of all
ARES products. Parts are aligned very well, which allows for a good and
stable performance straight out of the box.
The gas magazine included in the set can hold up to 23 BBs The set also
includes a mount for a scope with a tube of 30 mm in diameter as well as a
6-setting bipod dedicated to the replica.
The set includes:
- replica
- magazine
- cleaning rod
- bipod
- spacers
- scope mount
- manual
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).