Your online firearms specialist
Delivery nationwide from just $12 (online orders only)
Freight on phone orders to be confirmed
Hornady Projectiles for Best Performance
2830
Hornady, 7mm
| brand: | hornady |
| caliber: | 7mm |
| grains: | 154gr |
Hornady 7mm 154gr SP Interlock #2830 x100
The exposed lead tips on our standard line of bullets allow for regulated expansion and powerful terminal performance. Most consider the innovative secant ogive design we created to be one of the most ballistically effective profiles ever created. Most use our patented InterLock design, which keeps the core and jacket locked together during expansion to maintain mass and energy. This raised ring inside the jacket is implanted in the bullet's core.
Reloaders using compatible 7mm rifle cartridges.
Hunting applications requiring an expanding projectile.
Shooters who prefer a traditional soft-point bullet design.
Experienced reloaders seeking consistent bullet construction.
When selecting projectiles for compatible 7mm cartridge reloading.
When preparing components for suitable hunting applications.
When a 154-grain soft-point projectile matches the firearm and cartridge requirements.
When following the manufacturer's published reloading data for the specific projectile.
Brand: Hornady
Product Line: InterLock
Product Code: 2830
Calibre: 7mm (.284 inch)
Bullet Weight: 154 grains
Bullet Type: Soft Point (SP)
Bullet Diameter: .284 inch
Ballistic Coefficient (G1): .433
Sectional Density: .273
Pack Quantity: 100 projectile
Q: What type of projectile is this?
A: It is a 7mm soft-point rifle projectile from Hornady's InterLock range.
Q: What is the bullet weight?
A: Each projectile weighs 154 grains.
Q: How many projectiles are included?
A: The product is supplied in a box of 100 projectiles.
Q: What is the benefit of the InterLock design?
A: The InterLock ring helps hold the bullet core and jacket together during expansion.
Q: Is it suitable for reloading?
A: Yes, it is designed for use as a reloading component in compatible cartridges, following the appropriate published load data.
