Fed Am Eagle 6.5grn 120gr Otm 20/200

Federal American Eagle 6.5 Grendel 120gr OTM ammunition delivers match-grade accuracy for precision rifle shooters and tactical trainers. Loaded with 120-grain open-tip match projectiles, this 6.5 Grendel round achieves velocity of 2,610 feet per second—ballistics engineered to provide real-world performance that closely mirrors Federal Premium loads at a fraction of the cost per round.

The 6.5 Grendel cartridge occupies a distinct middle ground in the intermediate rifle spectrum. At 2,610 fps, the 120-grain OTM bullet maintains supersonic velocity to extended ranges, making it suitable for both close-quarters and mid-range engagements where velocity stability matters. Open-tip match construction—where the projectile tip is hollow rather than closed—enhances aerodynamic consistency and is the standard for precision rifle competitions and distance shooting disciplines. Each box contains 20 rounds, packaged for convenient range sessions or tactical training cycles.

This load is purpose-built for shooters running 6.5 Grendel platforms—whether AR-15 pattern rifles configured for the cartridge or dedicated Grendel builds. Practical applications include distance marksmanship practice, duty ammunition qualification, and long-range precision work where the 6.5mm bore diameter and ballistic coefficient provide advantages over lighter intermediate rounds. American Eagle's consistent quality control makes this ammunition suitable for load development, match preparation, and high-volume training without the premium pricing of competition-grade offerings.

Federal's American Eagle line represents a proven middle tier in centerfire ammunition—quality sufficient for serious marksmanship and tactical training, with the cost efficiency required for sustained practice. The 6.5 Grendel platform itself has gained adoption among operators and competitive shooters seeking a cartridge that bridges the gap between 5.56 NATO and larger magnum rounds, offering superior terminal energy and wind deflection resistance at intermediate distances.