Dane Ładunków Poddźwiękowych
Znajdź zoptymalizowane ładunki poddźwiękowe do strzelania z tłumikiem. Użyj kalkulatora ładunku opartego na prędkości, aby określić idealną nawagę prochu dla docelowej prędkości – idealne dla .300 Blackout, 9mm i innych kalibrów, gdzie pozostanie poniżej prędkości dźwięku ma znaczenie.
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Browse Subsonic Load Recipes
.308 Win.
.308 | 200gr | Lapua Subsonic
.300 AAC Blackout
.308 | 220gr | Sierra MatchKing
.308 Win.
.308 | 200gr | Reichenberg Subsonic
.308 Win.
.308 | 190gr | Hornady Sub-X
.30-06 Spring.
.308 | 200gr | Reichenberg Subsonic
.338 ARC
.338 | 300gr | MAKER .338 ARC/Spectre Expanding Subsonic
7.62 x 39 (.308) Russian
.308 | 190gr | Hornady Sub-X
.30-06 Spring.
.308 | 200gr | MAKER 200 Grain .308 Expanding Subsonic Blackout Bullets
8.6 mm Blackout
.338 | 350gr | MAKER SUB-REX
.30-06 Spring.
.308 | 190gr | Hornady Sub-X
6.5 Creedmoor
.264 | 130gr | Lehigh Defense Controlled Chaos
.30-06 Spring.
.308 | 220gr | MAKER 300 blackout
.30-06 Spring.
.308 | 220gr | Sierra MatchKing
8.6 mm Blackout
.338 | 300gr | Sierra HPBT LR MatchKing
.300 AAC Blackout
.308 | 220gr | MAKER 300 blackout
7.62 x 39 (.308) Russian
.308 | 200gr | MAKER 200 Grain .308 Expanding Subsonic Blackout Bullets
.308 Win.
.308 | 220gr | Sierra MatchKing
.300 AAC Blackout
.308 | 188gr | Discreet Ballistics Selous Machined Expander
.45-70 Govt.
.458 | 465gr | A-Square DeadTough
.308 Win.
.308 | 115gr | AERO SUB,- smax:11.40
7.62 x 39 (.308) Russian
.308 | 200gr | Reichenberg Subsonic
7.62 x 39 (.308) Russian
.308 | 155gr | Peregrine Subsonic
.300 AAC Blackout
.308 | 190gr | AERO SUB,- smax:23.90
.458 SOCOM
.458 | 410gr | Hornady 458 SOCOM Sub
.300 AAC Blackout
.308 | 175gr | Hornady Sub-X
6.5 Creedmoor
.264 | 159gr | RWS TMR
7.5 x 55 Swiss
.308 | 220gr | Sierra MatchKing
.308 Win.
.308 | 220gr | MAKER 300 blackout
.308 Win.
.308 | 190gr | AERO SUB,- smax:23.90
.308 Win.
.308 | 188gr | Discreet Ballistics Selous Machined Expander
Community Subsonic Recipes
The first entries are shown in full. For all other community recipes the exact powder charge and fill rate are hidden — upgrade to PRO to view the complete data. Upgrade to PRO
.44 S&W Special
.44 S&W Special
.44 S&W Special
M.38 Special
.44 S&W Special
.45 Colt
.40 S&W
10 mm Auto (CIP)
10 mm Auto (CIP)
.44 S&W Special
M.40 S&W
9 mm Para
.45 Colt
.45 ACP
10 mm Auto (CIP)
.45 Colt
.45 Glock Auto Pistol
.40 S&W
10 mm Auto (CIP)
.45 Colt
10 mm Auto (CIP)
.40 S&W
10 mm Auto (CIP)
.40 S&W
10 mm Auto (CIP)
10 mm Auto (CIP)
10 mm Auto (CIP)
10 mm Auto (CIP)
10 mm Auto (CIP)
9 mm Para
What is a subsonic load?
A subsonic load keeps the bullet below the speed of sound (roughly 1,125 fps at sea level), so no supersonic crack follows the shot. Most handloaders aim for 1,000–1,080 fps to keep a safety margin across changing temperature and altitude, because a load that measures 1,110 fps on a cold morning can go transonic on a hot afternoon and lose accuracy.
Popular subsonic cartridges
.300 Blackout with 190–220 gr bullets is the benchmark subsonic rifle cartridge, while 9mm Luger, .45 ACP and .45 Colt are naturally subsonic with standard bullet weights. .308 Winchester, 8.6 Blackout and .223 Remington can be loaded subsonic too, but they need heavy-for-caliber bullets and a fast twist barrel to stay stable at low velocity.
Developing a subsonic load
Pick a heavy bullet and a fast-burning powder, then work up from a conservative start charge while watching case fill. Very low fill rates are the main risk in subsonic loading, so keep the charge dense enough to burn consistently, chronograph every step, and confirm the bullet still cycles the action and clears the suppressor bore.
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Użyj naszego kalkulatora opartego na prędkości, aby opracować receptury ładunków w wybranym kalibrze z prędkościami wylotowymi poniżej prędkości dźwięku.
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