The VEO 2 CM-234TU carbon fiber shooting stick with tri-stand base is a lightweight and adjustable gun support that is perfect for the outdoorsman who is concerned about versatility.

FEATURES

• Ball joint feature allows smooth pan and tilt options, keeping your aim steady and on target
• The 360-degree rotating, wide U-Yoke has rubber fins to secure your rifle or crossbow
• U-Yoke can be removed to accommodate cameras or spotting scopes
• Stronger quarter-twist leg locks provide a maximum load capacity of up to 11 pounds
• Tri-stand’s 3 feet easily fold and lock in seconds, stabilizing your shooting stick and allowing it to function like a tripod
• Soft rubber handle provides an unbeatable grip in any weather
• Tri-stand features anti-slip rubber feet suitable for any terrain
• Can be used as a walking stick with the included hand strap and carabiner
• 4-section, 23mm carbon fiber legs

The VEO 2 shooting stick offers the unique ability to pan and tilt with the smooth ball joint at the base of the shooting stick, allowing you to accurately shoot from a variety of angles. With the added stability of the tri-stand, you can be sure to make the perfect shot while in the field.

Featuring 4-section lightweight carbon fiber legs (23mm), the VEO 2 CM-234TU’s strong and adjustable leg locks allow for easy carrying and maximized loading capacities. The VEO 2 shooting stick includes a U-yoke that rotates 360 degrees and has rubber fins to make sure your hunting gear is stable and secure. The U-yoke can be removed to convert the shooting stick into a fully usable monopod with a maximum loading capacity of 13.1lbs. The anti-slip rubber feet easily fold up and lock in seconds making sure you never miss the action. VEO 2 AM-234TU quietly and quickly extends to 64.1” and folds down to 22.25”, allowing complete adaptability in the field. A rubber cover hides the top mounting screw so that you can use the shooting stick as a walking stick, with the hand strap, carabineer, and soft rubber handle providing a comfortable grip.

 SPECS