Johnny Stewart Rob Roberts Gun Works 200321 Rr3 Raptor Optima Hp 20 Gauge 17-4 Ph S/S
Johnny Stewart
The Johnny Stewart Rob Roberts Gun Works RR3 Raptor Optima HP 12 gauge choke tube delivers precision constriction for shotgunners who demand reliability and durability. Built from 17-4 PH stainless steel, this choke tube resists corrosion and handles the abuse of serious hunting and clay shooting without compromising performance. Whether you're pattern-testing loads, hunting waterfowl or upland game, or breaking clays at the range, the RR3 gives you a proven platform to fine-tune your shot placement.
Stainless steel construction means you can count on this choke tube season after season—no rust, no degradation from moisture or salt spray. The 17-4 PH material is known for strength and longevity in demanding environments, making it a smart investment for hunters and shooters who expect their gear to last and perform consistently.
If you run a 12 gauge shotgun and want a choke tube that won't let you down, the RR3 Raptor Optima HP fits the bill. Johnny Stewart and Rob Roberts Gun Works have built a reputation for quality, and this choke reflects that standard.
| Gauge | 12 |
| Material | 17-4 PH Stainless Steel |
| Brand | Johnny Stewart / Rob Roberts Gun Works |
| Model | RR3 Raptor Optima HP |
The RR3 Raptor Optima HP is a 12 gauge choke tube designed to fit standard 12 gauge shotgun choke tubes systems. Always verify that your shotgun accepts aftermarket choke tubes and confirm the specific threading or installation requirements for your model before purchasing.
17-4 PH stainless steel resists rust and corrosion from moisture, saltwater spray, and repeated cleaning—critical for a component that spends time inside the barrel. Stainless construction also supports the precision tolerances needed for consistent patterns.
Yes. The RR3 Raptor Optima HP is built for real-world use—hunting waterfowl, upland game, and clay shooting. Its robust stainless steel design is engineered to handle the demands of field and range use.