Python 357 2.5” Revolver Replica
- Material: Polymer + Metal
- Weight: 480 g
- Colour: Black
- Length: 200 mm
- Muzzle Velocity: ~210 FPS
- Engine: Green Gas
- Manufacturer: Tokyo Marui
Python 357 2.5” Revolver Replica
An airsoft revolver manufactured by classic Tokyo Marui. Like most sidearm replicas by Tokyo Marui, Python .357 was also made mostly from high quality polymer. Metal parts include the trigger and hammer. Both the skeleton, outer barrel and drum were made from polymer.
The grip features an overlay from soft, rubber polymer, which in combination with anti-slip texture and profiled shape provides significant comfort of usage. The rear part of the revolver is where the hammer safety is. Once the safety is pulled, the drum leans to the left - as is the case in live firearm original.
Gas replicas by Tokyo Marui for many years have been known for their exceptional reliability and perfect craftsmanship of internal elements. There is no need to worry about performance or correct operation of Hop-Up system - this is a class in its own right. BBs are inserted directly into chambers of the drum, without using mock shells that can be sometimes used in airsoft revolvers by other manufacturers. Each chamber can store up to 4 BBs, which gives 24 shots in total. Lack of blow-back system makes the replica very economic in use.
The set includes:
- replica
- magazine
- cleaning rod
- barrel cap
- manual
- Tokyo Marui test BB pack
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).