Delta Team Tactical Batwing-S Ambidextrous Charging Handle w/ Mercury Precision AR-15 5.56/.223, HPT/MPI Tested, Full Auto Profile, 9310 Steel Nitride Bolt Carrier Group

Delta Team Tactical Batwing-S Ambidextrous Charging Handle and Mercury Precision HPT and MPI Tested 5.56 NATO AR-15 Nitride Bolt Carrier Group Bundle

The Delta Team Tactical Batwing-S and Mercury Precision BCG Bundle covers both the charging handle and bolt carrier group for a 5.56 NATO AR-15 upper in one package. The Batwing-S is a fully ambidextrous charging handle precision machined from 7075-T6 billet aluminum with a Type III hardcoat anodized black finish, featuring standard profile latches on both sides, a gas defeating design, reinforced lever geometry, a lightweight skeletonized profile, and an enhanced grip surface for positive manipulation. The Mercury Precision 5.56 NATO bolt carrier group is a direct impingement design with a 9310 alloy steel nitride bolt and an 8620 alloy steel nitride carrier, HPT and MPI tested, with full-auto profile geometry, fully machined forward assist serrations, and compatibility with 5.56 NATO and .223 Remington.

Key Features

• Delta Team Tactical Batwing-S ambidextrous charging handle, 7075-T6 billet aluminum, Type III hardcoat anodized black
• Standard profile latches, fully ambidextrous operation
• Gas defeating design for reduced blowback
• Reinforced lever geometry, lightweight skeletonized profile, enhanced grip surface
• Mercury Precision 5.56 NATO and .223 Remington bolt carrier group, HPT and MPI tested
• 9310 alloy steel bolt, nitride finish
• 8620 alloy steel carrier, nitride finish
• Full-auto profile carrier geometry
• HPT and MPI tested bolt
• Direct impingement gas system compatible
• Fully machined forward assist serrations
• AR-15 platform compatible

Perfect For

• AR-15 builders sourcing a charging handle and HPT and MPI tested bolt carrier group together in one bundle without purchasing each component separately
• Shooters building or upgrading a suppressed AR-15 who want a gas defeating charging handle in a standard latch profile and a tested nitride BCG covered in one package
• Builders who want the added quality assurance of HPT and MPI bolt testing paired with a slim ambidextrous standard latch charging handle in one kit

Batwing-S Charging Handle

The Batwing-S is precision machined from 7075-T6 billet aluminum with a Type III hardcoat anodized black finish. Standard profile latches on both sides of the charging handle body provide equal latch access for left and right-hand operation. Standard charging handles offer a single small latch on the left side only, making right-hand manipulation awkward and limiting overall control during charging strokes. The Batwing-S corrects this by placing a standard profile latch on both sides, keeping the overall footprint slim and snag-free while delivering full ambidextrous function. The lever geometry is reinforced at the stress points where the latches connect to the main body, distributing the lateral loading of each charging stroke across more material rather than concentrating it at a narrow junction. The lightweight skeletonized profile removes material from low-stress areas to keep overall weight down without compromising structural integrity, and the enhanced grip surface adds positive tactile feedback during charging strokes. The gas defeating design uses a sealed channel geometry that redirects gas away from the shooter rather than allowing it to vent rearward through the charging handle channel, making the Batwing-S a practical choice for suppressed builds where gas blowback is a concern.

Mercury Precision HPT and MPI Tested Bolt Carrier Group

The Mercury Precision bolt carrier group is built around a 9310 alloy steel bolt with a nitride finish and an 8620 alloy steel carrier with a nitride finish. The bolt undergoes high pressure testing and magnetic particle inspection before leaving the factory. High pressure testing fires a proof load through the bolt that exceeds normal operating pressures to verify structural integrity under stress beyond what the bolt will encounter in service. Magnetic particle inspection uses a magnetic field and ferrous particles to reveal surface and subsurface cracks or defects in the steel that would not be visible to the naked eye. Together these two testing processes confirm that each bolt meets the structural standard required for reliable function before it is assembled into a complete bolt carrier group. The full-auto profile carrier geometry uses an M16 cut with the full-auto sear trip shelf, ensuring the widest possible compatibility with standard AR-15 lower receivers. Fully machined forward assist serrations interface correctly with the forward assist plunger on standard Mil-Spec upper receivers.

Follow safe handling and manufacturer instructions. Ensure compliance with all applicable federal, state, and local laws.