Maxim DefensePRS:30
.30 Cal / 7.62mm suppressor · HUB 1.375x24 interface · specs and compatibility from the manufacturer
Notable features
- HUB Compatible
length
7.9″
weight
10.8oz
MSRP
$695
length
7.9″
weight
10.8oz
calibers
5.56–.30
material
Titanium · Aluminum
interface
HUB 1.375x24
MSRP
$695
- Overall length
- 7.9″
- Diameter
- 1.75″
- Weight
- 10.8 oz
- Class
- .30 Cal / 7.62mm
- n
- 513
- Range
- 4.4 oz–39.8 oz
- Median
- 13.75 oz
- Material
- 7075 aluminum, Grade-5 Titanium thread insert
- Max caliber
- .30 Cal / 7.62mm
- Base interface
- HUB 1.375x24
- Barrel restriction
- 16" minimum
- MSRP
- $695
- Class
- .30 Cal / 7.62mm
- n
- 458
- Range
- $199–$2,160
- Median
- $999
Lighter than most .30 Cal / 7.62mm suppressors
Weight compared against the 513 .30 Cal / 7.62mm suppressors in the catalog that publish one. Quartile basis; a value inside the middle half carries no note.
Cheaper than most .30 Cal / 7.62mm suppressors
MSRP compared against the 458 .30 Cal / 7.62mm suppressors in the catalog that publish one. Quartile basis; a value inside the middle half carries no note.
Prices are manufacturer's suggested retail (MSRP). What you pay may differ.
- Base interface
- HUB 1.375x24
The HUB 1.375x24 is an open standard: 415 mounts and 818 muzzle devices in our catalog fit this suppressor, including Maxim Defense HUB QD Adapter, AAC 51T S.T.A.M.P. Mount and AB Suppressor AB Raptor Adapter. You aren't locked into one manufacturer's parts.
Which ones fit your barrel and host?
Check in the BuilderManufacturer claim
- Features Maxim Defense Precision MonoKore (M-Kore) technology, a monocore design the company says increases reliability and longevity of the host firearm through low gas blowback and low gain in cyclic rate compared to traditional suppressor designs.
- Features a 7075 aluminum tube, core, and mount with a Grade-5 titanium thread insert to prevent galling; aluminum construction suits light-to-mid-duty use and keeps the price affordable.
- Rated for a 16-inch minimum barrel; rate-of-fire caution of 20 rounds per second, then let cool to ambient temperature.