BlackbirdF762 Ti Q
.30 Cal / 7.62mm suppressor · Blackbird 1x16L ACME Taper interface · specs and compatibility from the manufacturer
length
7.08″
weight
9.9oz
MSRP
$1,099
length
7.08″
weight
9.9oz
calibers
5.56–.30
material
Titanium
interface
Blackbird 1x16L ACME Taper
MSRP
$1,099
- Overall length
- 7.08″
- Diameter
- 1.6″
- Weight
- 9.9 oz
- Class
- .30 Cal / 7.62mm
- n
- 513
- Range
- 4.4 oz–39.8 oz
- Median
- 13.75 oz
- Material
- Titanium Ti-6Al-4V
- Max caliber
- 7.62mm
- Base interface
- Blackbird 1x16L ACME Taper
- MSRP
- $1,099
Lighter than most .30 Cal / 7.62mm suppressors
medianTHIS SUPPRESSOR · 9.9 oz
4.4 oz39.8 oz
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.
Prices are manufacturer's suggested retail (MSRP). What you pay may differ.
- Base interface
- Blackbird 1x16L ACME Taper
This suppressor's Blackbird 1x16L ACME Taper takes no separate mount. 3 muzzle devices in our catalog attach to it directly.
Which ones fit your barrel and host?
Check in the BuilderManufacturer claim
- At the core of the system is Blackbird's patent-pending Staged Pressure Vectoring, designed to control internal pressure release, reduce shooter gas exposure, and drive blast energy forward.
- Built around a 1.6" diameter profile, the F762 balances volume, strength, and flow efficiency to support reliable performance across a wide range of centerfire platforms.
- Mount compatibility: available in HUB Taper and 1x16L Acme Taper.
- Constructed from either HAYNES 282 or Titanium Ti-6Al-4V, the F762 is available in configurations tailored for sustained, high-endurance firing schedules or weight-optimized setups.
Show all 6 ▾ ▴
- Blackbird Suppressors are backed by an unlimited lifetime warranty. If your suppressor doesn't perform to standard, we'll make it right.
- While optimized for 7.62, the system scales exceptionally well to 5.56 and lower-pressure cartridges such as .300 BLK, maintaining stable gas behavior without compromising reliability.