The Lee Precision 90116 Case Length Gauge provides precise brass case measurement for .22-250 Remington cartridges, ensuring consistent case preparation for optimal accuracy and safety. This gauge eliminates guesswork in determining proper case length during reloading operations.
What Makes This Different
Unlike generic measuring tools, this gauge is specifically machined for .22-250 Remington cases with exact SAAMI specifications. The precision-ground design provides consistent readings within 0.001 inches, while the durable steel construction maintains accuracy through thousands of measurements. Standard calipers require multiple steps and calculations, but this gauge delivers instant go/no-go verification.
Key Features
- Precision-machined for .22-250 Remington SAAMI specifications
- Hardened steel construction for long-term accuracy
- Go/no-go design eliminates measurement calculations
- Compact size fits standard reloading bench setups
- Compatible with all .22-250 Remington brass manufacturers
- Clearly marked caliber identification prevents mix-ups
- Mirror finish resists corrosion and wear
This gauge excels in high-volume reloading scenarios where consistent case preparation is critical. Competition shooters rely on precise case length for optimal accuracy, while hunters need reliable cartridge dimensions for field performance. The hardened steel construction maintains dimensional stability even with frequent use, and the smooth finish prevents brass scratching during measurement.
Technical Specs
- Caliber: .22-250 Remington
- Material: Hardened steel construction
- Accuracy: ±0.001 inch tolerance
- Finish: Polished mirror surface
- Dimensions: Standard Lee Precision gauge size
- Weight: Approximately 2 ounces
- Manufacturer: Lee Precision, USA
- Model Number: 90116
Reloaders who demand precision case preparation choose Lee Precision gauges for their proven accuracy and durability. This .22-250 Remington gauge streamlines the brass preparation process while ensuring consistent cartridge dimensions for optimal performance.