Description
The Battle Arms Enhanced Nickel Teflon Trigger (Battle Arms Development part no. BAD-ET) is a polished, single-stage trigger assembly for AR-15, M16, M4 and AR-10 builds. Its precision-machined engagement surfaces and Nickel Teflon coating remove the grittiness found in mil-spec triggers and give a cleaner break. Operation is noticeably smoother and more consistent than a standard mil-spec fire control group, while the pull weight stays within mil-spec tolerances. It is a straightforward upgrade for a general-purpose rifle build. Battle Arms does not recommend it for PCC applications.
Key Specifications
- It fits AR-15, M16, M4 and AR-10 platforms, the lowers Battle Arms lists for this trigger kit.
- The coating is polished Nickel Teflon, which removes the grittiness found in mil-spec triggers.
- The design is a single-stage trigger, functionally similar to a standard mil-spec fire control group.
- Pull weight runs about 5.5 to 6 pounds, within mil-spec tolerances.
- The engagement surfaces are precision machined, which gives a cleaner break than a mil-spec trigger.
- Battle Arms does not recommend it for PCC applications.
Frequently Asked Questions
Is this trigger a good fit for a pistol-caliber AR? Battle Arms does not recommend it for PCC applications. It is listed for AR-15, M16, M4 and AR-10 platforms.
How heavy is the pull? The pull weight is within mil-spec tolerances, at around 5.5 to 6 pounds.
How does it differ from a standard mil-spec trigger? It is a single-stage design like a mil-spec fire control group, with machined engagement surfaces and a Nickel Teflon coating that remove the grittiness for a cleaner break.
Buy the Battle Arms Enhanced Nickel Teflon Single-Stage Trigger
Order this Battle Arms Development trigger from our AR triggers selection for fast, insured shipping from our Lubbock, Texas gun shop.
Additional Information
| UPC | 810033782497 |
|---|---|
| Manufacturer | BATTLE ARMS DEVELOPMENT |
| Manufacturer Part Number | BAD-ET |
| Product Type | Trigger |
| Style | Single-Stage |







