Leapers UTG Over Bore Bipod | Picatinny | TLBPOB01A

The Leapers UTG Over Bore Bipod is a Picatinny-mounted support accessory engineered for shooting positions that require a stable platform. It combines matte-black anodized aircraft aluminum with reinforced steel components to balance durability and weight. The design offers folding, lockable, height-adjustable legs and a quick-detachable Picatinny base for mounting to top or bottom rails.

Typical applications include precision prone shooting and zeroing at the range, where steady support and adjustable cant/pan are valuable. The bipod’s rubberized feet and posi-lock push buttons are sized to facilitate use while wearing gloves.

Product Specifications

• The weight is 24.10 oz for manageable carry and deployment.
• The bipod attaches via a Picatinny quick-detachable base designed to mount to top or bottom rails.
• The feet use rubber pads to reduce slipping on hard surfaces.
• The unit deploys with 2 legs in a conventional bipod configuration.
• The primary construction materials are Aluminum/Steel to balance light weight and reinforcement.
• The finish is matte black anodized on the aircraft aluminum components.
• The legs offer 3-position folding capability for compact storage and transport.
• The feet are specified as rubberized foot pads for traction and surface protection.
• The bipod features lockable, height-adjustable legs to suit different shooting positions.
• The head provides 22° of panning and 44° of tension-adjustable left/right tilt.
• The bipod uses posi-lock push buttons with a larger surface area for use with gloves.
• The product type is listed as Bipod.
• The fit/attachment type is Picatinny.
• The color is specified as Black.
• The UPC is 4717385556386.

This bipod prioritizes practical stability and straightforward controls: quick-detach mounting, selectable leg positions, and adjustable head travel let you set a consistent platform for precision work in the field or on the range. The combination of anodized aluminum and reinforced steel components keeps weight reasonable while preserving strength for repeated deployment.