The Holosun Technologies 509MNT-1.63-PIC 509 Adapter provides a secure mounting solution for Holosun 509 optics on Picatinny rails. Designed for law enforcement, military applications, and recreational shooting, this adapter offers a stable, wobble-free platform that helps maintain dependable optic positioning in demanding conditions. Its compact black finish complements a wide range of tactical firearm setups while supporting reliable field performance.
CNC machined from 6061 aircraft aluminum, the Holosun 509 Adapter combines lightweight construction with the durability needed to withstand heavy recoil, repeated use, and harsh tactical environments. A Type III hard anodized finish adds resistance to wear and corrosion, helping preserve the mount’s protective surface during transport, installation, and regular operation. The adapter is engineered for practical, secure installation without unnecessary bulk.
Stainless steel Torx-head M3 screws help provide a firm connection between the adapter and firearm rail, reducing movement during use and supporting consistent optic alignment. The Holosun Technologies 509MNT-1.63-PIC is purpose-built for users who need a dependable Picatinny mounting interface for a Holosun 509 optic. Its straightforward design makes it a practical choice for professional, duty, and range applications.
Backed by a lifetime warranty against manufacturing defects, this Holosun 509 Adapter is made for long-term service and dependable performance. Verify firearm, rail, and optic compatibility before installation, and follow the manufacturer’s recommended torque specifications for a secure fit.
Features:
- Picatinny rail adapter designed for Holosun 509 optics
- CNC-machined 6061 aircraft aluminum construction
- Type III hard anodized finish for added wear and corrosion resistance
- Stainless steel Torx-head M3 screws provide secure attachment
- Designed to withstand heavy recoil and demanding tactical use
- Black finish complements tactical firearm configurations
- Lifetime warranty against manufacturing defects
