The .22-250 Remington’s Legacy
The .22-250 Remington. The very name conjures images of pinpoint accuracy, high-velocity projectiles, and the satisfying thwack of a varmint succumbing to a well-placed shot. This cartridge has earned a legendary reputation amongst shooters, hunters, and target enthusiasts alike. Its flat trajectory, coupled with the right components, delivers exceptional performance at extended ranges. A crucial aspect of harnessing the .22-250’s potential lies in the meticulous selection of the right bullet and the careful crafting of ammunition that maximizes its capabilities. This article will delve into the world of .22-250 Remington reloading, focusing on a key component: the superior performance of Nosler bullets and the vital role of understanding and using Nosler Load Data 22 250 correctly.
The Foundation of Safe and Successful Reloading
Before we even begin to discuss specific load data, it’s absolutely imperative that we address the cornerstone of responsible reloading: safety. Reloading is a fascinating craft that empowers shooters to tailor ammunition to their specific rifles and needs. However, it is also a potentially dangerous activity if not approached with unwavering diligence and a deep respect for the principles of safe gun handling and powder dynamics.
The Responsibility is Yours
This article provides information designed to assist you in the pursuit of a rewarding hobby. *However*, it is the reader’s sole responsibility to reload safely. The author and publisher are not responsible for injuries, death, or property damage resulting from the use or misuse of this information.
The Need for Knowledge
Reloading is not something to be undertaken lightly. Thoroughly understand the fundamentals of reloading. Acquire a comprehensive understanding of ballistics, pressure, and the properties of various powders. Consider obtaining formal reloading certification or seeking guidance from experienced reloaders. This information is provided as guidance and not as a replacement for proper training.
Equipment Matters
Your reloading equipment must be in excellent working order. Regularly inspect all your tools for wear and tear. Invest in high-quality equipment and maintain it meticulously. A faulty piece of equipment can lead to significant problems.
Inspection is Critical
Prior to each reloading session, carefully inspect your brass casings, primers, and bullets. Look for any signs of damage, corrosion, or defects. Discard any component that is questionable.
Always Double Check
Always double-check every step of the reloading process. Verify powder charges with a scale, measure case overall length (COAL) with calipers, and ensure that all components are seated correctly.
The Golden Rule: Start Low and Go Slow
Begin with the *starting* loads recommended in your chosen reloading manual. Never exceed the maximum loads. When developing a new load, increase the powder charge in small increments, carefully observing for any signs of excessive pressure.
Pressure Signs
This is paramount. Learn to recognize signs of excessive pressure, such as flattened or cratered primers, difficult bolt lift, or case head expansion. *Stop* reloading immediately and investigate if any of these issues appear.
These safety precautions are not merely suggestions; they are the absolute foundation upon which successful and safe reloading is built.
The Components of Excellence: What You Need to Reload
Reloading ammunition is a process that involves assembling various components to create a finished cartridge. Understanding these components and their roles is essential for achieving accurate and reliable results.
Brass Casings
These are the reusable “shells” that house the other components. They need to be prepared before reloading, including cleaning, resizing, and trimming (if necessary). Inspect them after each firing to ensure they are in good condition.
Primers
Primers initiate the ignition of the propellant powder when struck by the firing pin. There are various primer sizes and types. Choose the appropriate primer for your powder and cartridge.
Propellant Powder
Propellant powder is the fuel that generates the pressure needed to propel the bullet. Selecting the right powder is essential to achieve the desired velocity and accuracy.
Bullets
The projectile itself. Nosler bullets are highly regarded for their consistency, accuracy, and performance.
Reloading Tools and Equipment
Beyond the components, a reloading setup consists of essential tools, including a reloading press, powder scale, powder measure, case trimmer, calipers, and dies, and other helpful tools like a case tumbler and case lube.
Selecting the Right Nosler Bullet for Your Needs
Nosler is synonymous with bullet excellence. They are designed to deliver exceptional performance for a wide range of applications. Understanding the different Nosler bullet designs and how they perform is key to successful .22-250 reloading.
AccuBond
A bonded-core bullet engineered for controlled expansion and deep penetration. Its exceptional ballistic coefficient enhances downrange performance. The AccuBond is a superb choice for hunting, particularly for medium-sized game, where controlled expansion and maximum weight retention are paramount.
Ballistic Tip (Varmint and Hunting Variations)
The Ballistic Tip is renowned for its accuracy, rapid expansion, and devastating terminal effect. It is often the bullet of choice for varmint hunting. Nosler offers different variations of the Ballistic Tip, including the Varmint (designed for rapid expansion on impact) and the Hunting version (with a slightly tougher construction for controlled expansion). The Varmint version, in particular, is known for its ability to deliver explosive fragmentation on impact with small game.
Custom Competition
Precision and consistency are the hallmarks of the Custom Competition. This bullet is designed to deliver exceptional accuracy in target shooting applications. Its streamlined design and optimized jacket promote consistent flight characteristics.
Partition
A design for maximum penetration and weight retention, the Partition has a partitioned core. This allows for controlled expansion even at longer ranges. This bullet is often used for big game hunting.
E-Tip
A lead-free bullet that provides excellent accuracy and terminal performance, while meeting environmental regulations.
Matching Bullet Weight and Rifle Twist Rate
When choosing a Nosler bullet for your .22-250, consider your rifle’s twist rate. The twist rate determines the bullet weight and length that your rifle can stabilize. A rifle’s twist rate is described by a ratio like, 1:12, which means the bullet will rotate once for every 12 inches of barrel length. A faster twist rate (e.g., 1:8 or 1:9) is often required to stabilize heavier bullets. The .22-250, traditionally, has barrels with a 1:12 or 1:14 twist rate, which may be best suited for lighter bullets, such as fifty-five-grain and lighter. This means you should select a bullet weight that your rifle can stabilize. Trying to shoot a bullet that is too long or heavy for your twist rate will result in poor accuracy.
Putting It All Together: Sample Load Data (For Illustrative Purposes)
Before we present load data, it’s critical to repeat: ALWAYS CONSULT A REPUTABLE RELOADING MANUAL, such as the Nosler Reloading Manual, or the most current data from powder manufacturers. The data shown below is for informational purposes only and should *never* be used without cross-referencing a trusted source. Always start low and work your way up *slowly* while monitoring for pressure signs.
This is to serve as an example of how to structure your reloading plans.
Example Load Data
(This is *NOT* a complete listing and is for example only. ALWAYS consult a current reloading manual.)
Bullet: Nosler Ballistic Tip, fifty-five-grain
Powder: Varget
Primer: Small Rifle (brand to be chosen at the user’s discretion, but with recommendations from the reloading manual)
Case: New, or once-fired and prepared, using a case trimmer to the correct length.
Cartridge Overall Length (COAL): Always reference this value in your reloading manual.
| Powder Charge (Grains) | Estimated Velocity (fps) | Notes |
|---|---|---|
| twenty-nine (Start) | ~3100 | Start low, carefully inspect for pressure signs |
| thirty | ~3200 | Check for ejector marks, difficulty opening the bolt, and flattened primers. |
| thirty-one | ~3300 | Monitor for signs of excessive pressure; group size. |
| thirty-two (Max) | ~3400 | This is a *maximum* load; approach with extreme caution and only if your rifle performs safely. |
Bullet: Nosler Accubond, sixty-grain
Powder: H380
Primer: Small Rifle
Case: New or prepared .22-250 Remington brass
COAL: Always reference this value in your reloading manual.
| Powder Charge (Grains) | Estimated Velocity (fps) | Notes |
|---|---|---|
| thirty-two (Start) | ~3000 | Begin with a reduced charge and closely monitor for signs of excessive pressure, and group size |
| thirty-three | ~3100 | Monitor for safe functioning and any signs of difficulty with the rifle or brass |
| thirty-four | ~3200 | Check for safe functioning and any signs of difficulty with the rifle or brass |
| thirty-five (Max) | ~3300 | Max Load. Approach with extreme caution and carefully monitor for any pressure signs |
This is only a sample. Each rifle is a unique instrument, and what works in one may not work in another.
Working Up a Safe and Accurate Load
Developing a load involves more than just throwing components together. It is a careful process that demands patience and attention to detail.
Starting Low
The single most important rule. Start with the lowest recommended powder charge in your reloading manual. This dramatically reduces the risk of exceeding pressure limits.
Incremental Increases
Increase the powder charge in small increments, such as half-grain increments. Don’t make large jumps in powder charge.
Monitoring for Pressure Signs
Vigilantly watch for any signs of excessive pressure.
Testing for Accuracy
Shoot groups at the range. Group sizes should be observed closely.
Chronograph
Velocity data is helpful and is best measured with a chronograph.
Understanding Pressure Signs
Knowing the signs of excessive pressure can prevent a dangerous situation.
Flattened Primers
Excessive pressure can cause the primer to flatten against the bolt face.
Cratered Primers
A crater around the firing pin indent is also a warning sign.
Stiff Bolt Lift
The bolt may be difficult to lift or open.
Extraction Issues
Difficulty extracting the fired case.
Case Head Expansion
Expansion around the base of the case.
Ejector Marks
The ejector leaves a mark on the brass.
Conclusion
The .22-250 Remington is a rifle with incredible accuracy. Mastering the art of reloading for this cartridge, particularly when using Nosler bullets, can lead to excellent performance. Remember, the key to success is a commitment to safety, a solid understanding of reloading principles, and meticulous attention to detail. You have to *always* consult reliable sources, and *never* compromise on safety. A comprehensive understanding of the available Nosler Load Data 22 250 is a key component for shooting your .22-250 well. Happy and safe reloading!
