Rebel 45° Picatinny Offset Optic Mount – Black
£12.99
The Rebel 45° Picatinny Offset Optic Mount Black enables rapid sight transition, since the angled design allows instant switching from magnified optics to a red dot for CQB. It improves target acquisition speed, therefore enhancing responsiveness across varied engagement distances.
CNC-machined aluminium ensures durability and stable zero retention, consequently maintaining accuracy under repeated use. Its low-profile fit reduces snagging, while 20mm Picatinny compatibility ensures easy integration with airsoft rifle setups.
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Description
The Rebel 45° Picatinny Offset Optic Mount Black enables rapid sight transitions, since a canted 45-degree angle allows instant switching from magnified optics to a red dot. Designed for airsoft rifle setups, it improves close-quarters responsiveness, therefore enhancing target acquisition speed under pressure.
Its low-profile design sits close to your primary optic, consequently reducing snag risks during movement across tight environments. CNC-machined aluminium construction ensures strength and stability, while maintaining a lightweight form, thus preserving balance and consistent zero retention.
Key Features
- 45° Offset Design: Fast optic transition is achieved, as angled mounting enables immediate CQB sight alignment.
- Low-Profile Architecture: Reduced snagging risk, therefore movement through confined spaces remains smooth.
- CNC Aluminium Build: Durable yet lightweight construction, consequently maintaining stability during intensive use.
- Consistent Zero Retention: Reliable alignment is preserved, thus ensuring accuracy across repeated engagements.
- 20mm Picatinny Compatibility: Universal fit is provided, hence integration with standard airsoft rails and optics is straightforward.
This Rebel 45° Offset Optic Mount is a practical upgrade for dual-optic airsoft configurations, since efficient transitions improve adaptability between engagement distances. Built for reliability and speed, it supports both precision aiming and rapid response scenarios.
