Patternmaster Tech
Cut Shell Technology
How our internal geometry strips the wad, shortens shot string, and delivers denser, more lethal patterns.
The idea behind Cut Shell Technology
Inside every Patternmaster choke is a precisely machined cut-ring geometry that grabs the wad for a split second. By interrupting the wad’s forward motion while letting the shot charge continue, we strip the wad away, dramatically shorten the shot string, and keep pellets flying as a tight, even swarm.
- Wad control—not extreme constriction—creates our pattern density.
- Shorter shot string = more pellets on target at one time.
- Consistent POI across popular loads and gauges.
Step-by-step
- Enter: Shot and wad enter the choke as a single unit.
- Engage: Internal cut rings momentarily control the wad’s skirt.
- Separate: Shot outruns the wad with less deformation.
- Deliver: A shorter, denser shot string for cleaner hits.
Tighter patterns
Dense, even cores with fewer flyers—especially with modern steel and tungsten.
Shorter shot string
More pellets arrive together—impacts feel heavier at hunting distances.
Load flexibility
Performs consistently with lead, steel, bismuth, and tungsten.
How it compares to traditional constriction
| Feature | Cut Shell (wad control) | Traditional (tight constriction) |
|---|---|---|
| Pattern method | Wad stripping & shot decoupling | Squeezes shot column |
| Pellet deformation | Low | Higher (esp. with hard steel) |
| Shot string length | Short | Longer |
| Load tolerance | Excellent across lead/steel/tungsten | Varies by payload hardness |
| Consistency | High across weather & guns | Can be finicky by barrel |
Ammo compatibility
- Lead & Bismuth: Fully supported.
- Steel: Designed for high-velocity steel loads.
- Tungsten: Excellent core density with fewer flyers.
- Specialty wads: Follow ammunition manufacturer guidance.
