Let’s Dive into Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets
The Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets are designed for serious shooters and hunters demanding extreme long-range accuracy and devastating terminal performance. Manufactured by Cutting Edge Bullets, these lead-free, solid copper projectiles promise consistent weight, a high ballistic coefficient (BC), and reliable expansion.
I’ve been searching for a projectile that could extend my effective range on larger game animals, specifically elk and potentially even larger species. The need for ethical, one-shot kills at longer distances drove my search.
My initial impression upon receiving the bullets was one of meticulous quality. The bullets are pristine, consistently shaped, and the Talon Lazer Tip appears flawlessly integrated. Compared to traditional lead-core bullets, these felt lighter for their size, a direct consequence of the solid copper construction.
I considered Barnes TSX bullets, known for their reliable expansion, and Hammer Bullets, praised for their impressive velocities. Ultimately, the Cutting Edge Bullets‘ promise of a higher BC for flatter trajectories and the Lazer Tip for controlled expansion swayed my decision. My initial excitement was very high, hoping these would truly deliver on the promise of long-range accuracy and humane kills.
Real-World Testing: Putting Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets to the Test
First Use Experience
My initial testing took place at a well-equipped shooting range with distances up to 500 yards. I was using a custom .458 Lott rifle with a 26-inch barrel, known for its accuracy. I focused on load development, experimenting with different powder charges to find the optimal balance of velocity and precision.
Conditions were relatively mild, with a slight crosswind of about 5 mph and temperatures around 60 degrees Fahrenheit. I found the bullets to be relatively easy to load, but their length required careful attention to seating depth in my reloading press. After the first few shots, I noticed that my groups at 100 yards were tighter than what I typically achieved with conventional lead-core bullets. There were no immediately evident issues, although I was surprised that I did need to adjust my powder charge to get to a velocity I would expect.
Extended Use & Reliability
After several weeks of testing and load refinement, I was consistently achieving sub-MOA groups at 200 yards. I then used these bullets in a controlled elk hunt in Montana. After months of testing I haven’t experienced any signs of degradation or damage, despite repeated loading.
The solid copper construction resisted deformation from the rifle’s magazine. Maintenance was straightforward, primarily involving cleaning the barrel more frequently due to the copper fouling. The Cutting Edge Bullets outperformed every lead-core bullet I’d previously used in terms of long-range accuracy and consistency.
Breaking Down the Features of Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets
Specifications
The Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets boast several key specifications. These bullets have a caliber of .458, and a weight of 650 grains, making them ideal for larger game. The lead-free, solid copper construction ensures both ethical hunting and consistent performance.
The spitzer boat tail (SBT) design contributes to a high BC, reducing drag and improving long-range accuracy. The Talon Lazer Tip is designed to initiate rapid and controlled expansion upon impact. These specifications are paramount for anyone seeking consistent, ethical kills at extended ranges.
Performance & Functionality
The performance of the Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets is exceptional in terms of accuracy and terminal ballistics. They’re designed for long-range accuracy and devastating terminal performance.
The bullet’s consistent weight and design facilitate tighter groupings, even at distances exceeding 400 yards. The only weakness I encountered was the need to fine-tune my powder load for optimal velocity, slightly different than typical lead bullets. These bullets truly did meet my high expectations, delivering both the accuracy and terminal performance I was after.
Design & Ergonomics
The build quality of the Cutting Edge Bullets is outstanding, reflecting the precision CNC machining process. The solid copper construction provides a reassuring heft and a premium feel. The bullets were easy to load and handle, though their length necessitates careful attention during the reloading process.
The Talon Lazer Tip is seamlessly integrated, adding to the overall streamlined design. The user-friendly design and impeccable build quality ensure a smooth and reliable shooting experience.
Durability & Maintenance
The all-copper construction of the Cutting Edge Bullets promises exceptional durability and longevity. They are less prone to fragmentation compared to lead-core bullets. The solid copper construction means they should last indefinitely if properly stored.
Maintenance primarily involves thoroughly cleaning the rifle barrel after use. Due to the copper construction, more frequent cleaning may be necessary to prevent fouling and maintain accuracy.
Accessories and Customization Options
The Cutting Edge Bullets are primarily intended for handloading. They do not inherently require any additional accessories beyond the standard reloading equipment. Reloading dies compatible with .458 caliber bullets are essential for proper loading.
These bullets work with a wide variety of popular .458 caliber rifles and powders. This bullet is designed to work with .458 Lott, .458 Winchester Magnum, and similar cartridges.
Pros and Cons of Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets
Pros
- Exceptional Long-Range Accuracy: The high BC and consistent weight contribute to tight groupings at extended ranges.
- Devastating Terminal Performance: The Talon Lazer Tip ensures rapid and controlled expansion for ethical kills.
- Lead-Free Construction: Environmentally responsible and suitable for areas with lead restrictions.
- Consistent Weight: The precise CNC machining process ensures minimal weight deviation for enhanced accuracy.
- High-Quality Materials: The solid copper construction promises durability and longevity.
Cons
- Price: These bullets are significantly more expensive than traditional lead-core options.
- Copper Fouling: May require more frequent barrel cleaning to maintain optimal accuracy.
Who Should Buy Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets?
These bullets are perfect for ethical hunters seeking the best possible performance from their .458 caliber rifle. Long-range shooters who demand extreme accuracy will also find these bullets very useful.
Individuals who are constrained by a tight budget or who typically shoot at close ranges may want to explore more economical lead-core bullets. A high-quality reloading press and a deep understanding of load development is an absolute must to achieve the best results.
Conclusion on Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets
In summary, the Cutting Edge Bullets Single Feed .458 Caliber 650 grain Lazer-Tipped Hollow Point GEN2 Rifle Bullets are a premium option for serious shooters. The performance is exceptional, accuracy is superb, and the terminal ballistics are devastating.
While the price point is higher than traditional options, the advantages in accuracy and ethical hunting justify the investment. I absolutely recommend these bullets to anyone seeking the ultimate in .458 caliber performance. If you’re looking to improve your effective range and ethically harvest large game, give Cutting Edge Bullets a try – you won’t be disappointed.