Elevate your long-range shooting with Nosler's .30 Nosler Match Grade 190gr Custom Competition HPBT Ammo. This high-performance round combines a precision-engineered 190-grain HPBT bullet with premium components to deliver unmatched accuracy at extreme distances. Boasting a G1 ballistic coefficient of 0.625 and a muzzle velocity of 3050 fps, this ammunition offers superior wind resistance and energy retention. Whether you're competing in F-Class matches or pushing your personal limits, Nosler's attention to detail ensures the reliability and consistency you need to succeed.
Product Highlights:
Specifications | |
---|---|
Manufacturer | Nosler |
Caliber | .30 Nosler |
Bullet Weight | 190 grains |
Bullet Type | Custom Competition Hollow Point Boat Tail (HPBT) |
Muzzle Velocity | 3050 fps |
Muzzle Energy | 3940 ft-lbs |
Rounds Per Box | 20 |
Boxes Per Case | 10 |
Application | Target Shooting |
Casing Material | Brass |
Key Features:
The Nosler .30 Nosler Match Grade 190gr Custom Competition HPBT Ammo offers impressive performance characteristics that make it an excellent choice for hunting applications. Here's a breakdown of its key features:
Bullet Type | Custom Competition Hollow Point Boat Tail (HPBT) Precision-designed for maximum accuracy in competitive shooting |
Bullet Weight | 190 grains Heavy bullet weight for excellent stability and wind resistance |
Muzzle Velocity | 3050 fps High velocity for flat trajectory and increased energy downrange |
Muzzle Energy | 3940 ft-lbs Substantial energy for long-range performance |
Case Material | Brass Nosler headstamped brass for consistent performance and reloadability |
Applications & Use Cases:
- Competitive Shooting: Designed for precision shooting competitions where accuracy is paramount.
- Long-Range Target Shooting: Ideal for long-range target practice and accuracy testing.
- Precision Hunting: Suitable for ethical, long-range hunting of large game animals.
- Load Development: Excellent baseline ammunition for custom load development.
Pros and Cons:
Pros
- ✔ High Precision: Custom Competition Hollow Point Boat Tail bullet design ensures exceptional accuracy for target shooting.
- ✔ Match Grade Quality: Manufactured to Nosler's strict quality standards for consistent performance in competitive shooting.
- ✔ High Velocity: 3050 fps muzzle velocity provides flat trajectory and excellent long-range performance.
- ✔ Heavy Bullet Weight: 190 grain bullet offers excellent stability and wind resistance for long-range accuracy.
- ✔ Nosler Brass: Uses high-quality Nosler brass, ensuring consistent case dimensions and primer pocket uniformity.
Cons
- ✘ Specialized Caliber: .30 Nosler is less common, potentially limiting firearm compatibility compared to more standard calibers.
- ✘ Recoil: The high velocity and heavy bullet weight may result in significant felt recoil, especially in lighter rifles.
- ✘ Cost: Match grade ammunition is typically more expensive than standard hunting or practice loads.
- ✘ Overkill for Some Applications: High energy (3940 ft-lbs) excessive for certain shooting disciplines.
About Nosler:
Nosler, founded in 1948 by John Nosler, has been a pioneer in the ammunition industry for over 70 years. Headquartered in Bend, Oregon, Nosler has built a reputation for producing some of the highest quality bullets and ammunition in the world. The company's commitment to innovation began with John Nosler's invention of the Partition bullet, which revolutionized hunting ammunition performance. Today, Nosler continues to manufacture their products in the United States, maintaining strict quality control standards to ensure each round meets their exacting specifications. Nosler's Match Grade ammunition line, which includes the .30 Nosler 190gr Custom Competition HPBT, exemplifies their dedication to precision and performance. This ammunition is crafted using Nosler's own brass, which undergoes rigorous checks for length, neck sizing, and flash hole alignment. The Custom Competition bullets used in this line are precisely designed for optimal accuracy in competitive shooting environments.