The Estate Cartridge SS12L75 Super Sport delivers consistent performance for competitive clay shooting with precision-loaded 7.5 shot and reliable ignition. This 12-gauge target load maintains tight patterns and consistent velocities that serious competitors demand for sporting clays, trap, and skeet disciplines.
What Makes This Different
Estate's Super Sport line features premium components including clean-burning powder and hard shot that resists deformation during barrel travel. The 1-1/8 ounce payload generates consistent 1,200 fps velocities while producing minimal felt recoil compared to heavier hunting loads. Quality control standards ensure shot-to-shot consistency that budget target loads cannot match.
Key Features
- 1-1/8 ounce of #7.5 lead shot for optimal clay breaking power
- 2.75-inch hull length fits all 12-gauge chambers including 3-inch
- Clean-burning powder reduces barrel fouling during extended sessions
- Hard shot pellets maintain roundness for tighter downrange patterns
- Reliable primer ignition in all weather conditions
- 25 rounds per box, 10 boxes per case (250 total rounds)
- Brass-plated steel heads prevent extraction issues
Range testing shows these loads produce consistent 30-inch patterns at 40 yards through improved cylinder chokes. The #7.5 shot size provides the ideal balance of pellet count and individual pellet energy for breaking standard and midi clay targets. Low-recoil characteristics allow faster target acquisition during rapid doubles presentations.
Technical Specs
- Gauge: 12-gauge
- Shell length: 2.75 inches
- Shot weight: 1-1/8 ounce
- Shot size: #7.5 lead
- Muzzle velocity: 1,200 fps
- Dram equivalent: 3 dram
- Hull: High-strength plastic with brass-plated steel head
- Packaging: 25 rounds per box, 10 boxes per case
Competitive shooters choose Estate Super Sport ammunition for its proven track record in tournament conditions. The combination of consistent ballistics and competitive pricing makes this an intelligent choice for high-volume practice sessions and competition events.