Spot Hogg Boonie PM 2-Pin .019 RH Picatinny Sight
Rail-mounted Boonie PM sight with 2-pin setup and .019 pin diameter. Multi-axis adjustable with refined windage control for consistent accuracy. Modular design allows conversion to other Boonie configurations.
Spot Hogg Boonie PM Picatinny-Mount Sight
The Boonie PM represents a refined approach to modern archery sight design, engineered specifically for shooters who demand precision without compromise.
Key Features
- Picatinny Rail Mounting: Direct rail attachment positions the sight closer to the riser, improving balance and shot consistency
- 2-Pin Configuration: .019 diameter pins provide excellent light gathering and precise aiming points
- Multi-Axis Adjustability: Full vertical and horizontal adjustment capability for precise tuning across varied distances and conditions
- Refined Windage Control: Smooth, repeatable windage adjustment ensures accurate alignment in crosswind situations
- Modular Design: Sight bar configuration supports conversion to other Boonie models as your equipment needs evolve
Design Philosophy
Spot Hogg has engineered the Boonie PM to deliver a streamlined setup without sacrificing the tuning precision that serious archers demand. The rail-mount configuration reduces overall sight mass while maintaining the rigidity necessary for consistent performance. Whether you're shooting 3D courses or hunting, this sight provides the accuracy foundation you need.
Right-Hand Configuration
This model is configured for right-handed shooters and includes all necessary hardware for immediate installation on compatible Picatinny rail systems.
Features
- picatinny rail mount positions sight closer to the riser
- roti double pin guard included
- dual-fiber pin insert provides two aiming points per setting
- double pointer configuration
- 1st, 2nd, and 3rd axis adjustment capability
- horizontal micro-adjustment for precise windage tuning
- lock-down knob for yardage wheel adjustment
- removable yardage wheel and pointer options
- modular design allows conversion to other boonie models
