Introducing the JTS Dead Center Domed 5.5mm 25.39gr 200PCS precision airgun pellets! If dead center is where you want to be, JTS has exactly what you need. JTS Dead Center Precision Pellets are engineered to have consistent weight and shape which improves accuracy. Consistent shots are crucial for precision shooting and achieving tighter shot groups.
Experience accuracy and consistency with the JAC113 JTS Dead Center Domed airgun pellet. This high quality pellet is .22 caliber with a 25.39 grain weight and comes in a 200 count tin with a screw on lid for secure packaging. Inside the tin, there is multi foam protection to ensure your pellets arrive in perfect condition. With the JAC113 JTS Dead Center Domed airgun pellet, you can be sure that you'll get the best performance out of your airgun.
SPECIFICATIONS
.22 / 5.5mm
1.645 g
25.39 gr
Dome Shape
200 Count|
Foam protection on top and bottom of tin
Screw on lid
About JTS Dead Center Ammo
JTS Airguns officially entered the air gun ammunition market with thier new Dead Center Pellet line in .22 caliber/.25 caliber. They spent nearly 2 years developing this pellet line utilizing the latest manufacturing equipment and processes to ensure quality and consistency. The JTS engineers used aerodynamic principles when designing these pellets to ensure that every shot you make is accurate. JTS Airguns plans to expand this line across multiple calibres and weights in the coming year.
The JTS tooling was designed with three key things in mind. These keys were Standardisation of Tooling, SMED (Single Minute Exchange of Dies) and No Adjust Tooling. These three concepts, according to JTS, are what sets Dead Center Pellets apart from their competitors.
As we are all aware there are many styles of air guns from break barrels to high end competition PCP's. JTS designed the pellets utilising the latest in aerospace designs to ensure that the finished pellets would be super-accurate and consistent. The designs went through extensive testing across a wide range of Airgun platforms and environmental conditions.