Kestrel Compact Collapsible Lightweight Tripod 20.5 - 52" - Black

The Kestrel Compact Collapsible Lightweight Tripod 20.5 - 52" in black is a precision instrument support system engineered for environmental monitoring and measurement applications. Built by Kestrel Meters, this tripod features an integrated clamp compatible with all Kestrel weather meter models, making it an essential accessory for field technicians, meteorologists, and outdoor equipment operators who require stable, repeatable sensor positioning.

The design prioritizes portability without compromising stability. Five-section twist-and-pull legs extend from 20.5 inches when collapsed to a full 52 inches at maximum height, accommodating diverse measurement scenarios across varying terrain and obstacles. Flip lever locks secure each section in position, preventing accidental collapse under load. Non-marring rubber feet protect sensitive surfaces and provide grip on uneven ground. At just 3.1 lbs, the tripod remains packable for field work while maintaining structural rigidity. The universal Kestrel clamp accepts any Kestrel model directly, or the clamp can be removed to attach the Kestrel Rotating Vane Mount accessory, allowing flexible configuration for different measurement requirements.

This tripod serves professionals in environmental assessment, aviation weather monitoring, HVAC diagnostics, and outdoor research where consistent meter positioning is critical. The compact collapsed length of approximately 19.7 inches fits into equipment bags and vehicle storage alongside other field instruments. Users benefit from hands-free meter operation, more accurate wind readings from standardized height, and repeatable measurement geometry when returning to monitoring locations.

The Kestrel tripod competes directly with other portable measurement platforms, but its integration with Kestrel's meter ecosystem—eliminating the need for separate mounts or adapters—streamlines setup time in the field. The collapsible design distinguishes it from fixed-height alternatives, making it suitable for transportation-constrained work environments where weight and bulk matter.