How many grains do I need for 300 Blackout?

The . 300 Blackout is capable of driving bullets up to 150 grains in excess of 2,000 fps, which is more than enough velocity to get reliable expansion at moderate distances. Generally, the . 300 Blackout is loaded with 110- to 125-grain bullets for hunting.

What is a good load for 300 Blackout?

300 Blackout. It is a versatile chambering, capable of accepting a wide range of . 30-caliber projectiles. Optimal performance with supersonic loads is generally achieved with 100- to 130-grain projectiles, while good subsonic loads are achievable with 190- to 240-grain bullets.

What grain bullet is 300 Blackout?

Supersonic 300 Blackout bullets weigh 110 grains, or twice as much as standard 5.56 bullets. Subsonic 300 Blackout bullets weigh 220 grains, or three times as much as subsonic 5.56 bullets. This additional mass gives the 300 Blackout a lot more momentum to push through obstacles and into your target.

What to know about 300 Blackout?

The .300 Blackout has two very different personalities, the first being supersonic bullets. The .300 Blackout is capable of driving bullets up to 150 grains in excess of 2,000 fps, which is more than enough velocity to get reliable expansion at moderate distances.

What is the purpose of 300 Blackout?

In the purpose of the .300 AAC Blackout cartridge, subsonic loads are great for target shooting and home defense or tactical applications where stealth is mission critical. In close quarters situations with friendly personnel, a subsonic round combined with a suppressor will greatly reduce muzzle blast,…

What is 300 AAC Blackout?

The 300 AAC Blackout is a SAAMI standardized .300-221. Hornady states that any rifle chambered for the 300 AAC Blackout can shoot their .300 Whisper ammunition, which is made within 300 AAC Blackout specs.

What is a blackout load?

A rolling blackout, also referred to as rotational load shedding or feeder rotation, is an intentionally engineered electrical power shutdown where electricity delivery is stopped for non-overlapping periods of time over different parts of the distribution region.