Komodo Heavy Duty Tactical Tripod with ARCA-TINNY Bowl Head – Zikitec

Sale price$1,320.00

Heavy-Duty Tactical Tripod for Professional Field Use

The KOMODO Tactical Tripod is a heavy-duty tactical tripod engineered for maximum stability and reliability in demanding field conditions. Built from military-grade carbon fiber, it provides an ultra-rigid platform capable of supporting heavy loads up to 35 kg, making it ideal for precision rifles, optics, and professional tactical equipment.

At its core is the ARCA-TINNY bowl head, offering direct compatibility with both Picatinny and ARCA systems without the need for additional adapters. This design ensures fast setup, strong locking performance, and seamless integration with modern shooting and observation platforms.

The tripod features four adjustable leg-angle positions, allowing stable deployment on uneven terrain. A bi-directional push-button mechanism controls the leg spread, enabling quick adjustments even in darkness or while wearing gloves.

For additional versatility, the base includes 1/4", 3/8", and QD mounting points, allowing users to attach accessories and extra equipment. Combined with a reinforced twist-lock leg system that prevents accidental over-rotation or leg release, the KOMODO delivers dependable performance when stability matters most.

 

The KOMODO Tactical Tripod is an ultra-stable, military-grade carbon fiber platform, featuring an ARCA-TINNY bowl head for direct Picatinny and ARCA compatibility. Built to carry heavy loads with unmatched reliability, it is designed for professional use in the most demanding field conditions.
Engineered with four leg-angle positions, it adapts easily to diverse terrains. The leg spread is controlled by a bi-directional push button, allowing fast adjustments even in darkness or while wearing gloves. At the base, the tripod offers three integrated mounting points—a 1/4" thread, a 3/8" thread, and a QD attachment—providing maximum flexibility for additional gear.
The twist-lock leg system is designed with a short, limited rotation, preventing the user from over-twisting the lock and accidentally releasing the leg. The locking mechanism is reinforced to handle forceful leg extractions under pressure, preventing accidental detachment or damage during intense use.