The Sauer S100 in 6.5 Creedmoor delivers precision rifle performance with German engineering and premium components. This bolt-action rifle combines a match-grade 22-inch barrel with HS Precision's renowned composite stock technology for consistent accuracy across multiple shooting disciplines.
What Makes This Different
The S100 features Sauer's ERGO MAX adjustable trigger system, factory-set between 2.2-4.4 pounds for crisp, consistent breaks. The receiver utilizes a six-lug bolt design with 60-degree throw, providing faster cycling than traditional 90-degree actions while maintaining full cartridge support. Gray Cerakote finish offers superior corrosion resistance compared to standard bluing or parkerizing.
Key Features
- 6.5 Creedmoor chambering with 5+1 capacity detachable magazine
- 22-inch cold hammer-forged barrel with 1:8 twist rate
- HS Precision fiberglass stock with aluminum bedding block
- ERGO MAX trigger adjustable from 2.2-4.4 pounds
- Six-lug bolt with 60-degree throw for rapid cycling
- Gray Cerakote metal finish for enhanced durability
- Drilled and tapped receiver for standard scope mounts
The 6.5 Creedmoor cartridge excels in long-range applications, maintaining supersonic velocity beyond 1,200 yards with proper ammunition selection. The HS Precision stock provides consistent cheek weld and eliminates flex under varying weather conditions. This configuration suits precision rifle competitions, long-range hunting, and tactical applications where accuracy and reliability are paramount.
Technical Specs
- Caliber: 6.5 Creedmoor
- Capacity: 5+1 rounds (detachable magazine)
- Barrel Length: 22 inches
- Overall Length: Approximately 43 inches
- Weight: Approximately 7.7 pounds
- Stock: HS Precision fiberglass composite
- Finish: Gray Cerakote on metal components
- Action: Bolt-action, six-lug design
- Hand: Right-hand configuration
- Country of Origin: Germany
The S100 represents Sauer's commitment to precision manufacturing at an accessible price point. German craftsmanship ensures consistent tolerances and reliable function across temperature extremes and extended use cycles.