Battle Arms Development BAD ASS Lite Lightweight Ambidextrous Safety Selector - Standard & Short Aluminum Levers

The Battle Arms Development Bad-Ass-Lite Ambidextrous Safety Selector is a professional-grade, no non-sense, duty grade semi-auto safety selector, making it the perfect upgrade to your AR-15. It features a reversible throw safety center with 0°-90° and 0°-60° short-throw options. The standard and short safety levers are fully interchangeable and modular to accommodate left or right-handed shooters. The Bad Ass Lite by Battle Arms Development is compatible with all known AR variant lower receivers, and triggers designed to work with the “Mil-Spec” AR-15 semi-auto safeties. This Ambidextrous safety eliminates the need for a short-throw relief cut on your lower receiver to use the safety, simply use the provided short-throw markings sticker. This means you no longer have to choose which trigger is compatible with the safety. If the trigger will work with a Mil-Spec AR-15 semi-auto safety, it will work with the Battle Arms Bad Ass Pro. If you are looking for a highly compatible, ambidextrous safety that is extremely reliable, this is your answer.

Features:

• Modular assembly
• Steel Core
• 7075-T6 Billet Aluminum Levers
• Ambidextrous controls
• Reversible 0°- 60° or 0°- 90° option
• Ergonomic lever design for positive purchase
• Dovetail attachment engineered for ultimate strength and reliability
• Patent pending internal locking mechanism eliminates broken screws
• Swiss CNC machined center for ultimate precision and butter smooth operation
• Compatible with all known AR variant triggers (i.e. Hiperfire, Geissele, CMC, Timney, etc.)
• Compatible with all known AR variant lower receivers with or w/o short-throw relief cut and markings 

Battle Arms Development, Inc. is a design, research, and development firm focusing on small arms design including firearm components, tools, gauges, accessories, and complete weapon systems. All B.A.D. Inc. products are made in the U.S.A. and held to the highest manufacturing standards to exceed the expectations of the most demanding users.