Miller DS10 SOLO-Q 75 2-Stage Tripod (Carbon Fiber)

ROSH HASHANA HOLIDAY HOURS - Fotohaus Klinger is currently accepting online orders, which will begin shipping Mon, Sep 14.See Schedule Details

The Miller DS10 SOLO-Q 75 2-Stage Tripod is a compact and lightweight tripod system that brings smooth yet precise pan and tilt control to cameras and rigs weighing up to 11 pounds. It features the DS-10 fluid head, carbon fiber legs, a carry strap, and a tripod bag for storing and carrying all your gear.

The Miller DS10 SOLO-Q 75 2-Stage Tripod is a compact and lightweight tripod system that brings smooth yet precise pan and tilt control to cameras and rigs weighing up to 11 pounds. It features the DS-10 fluid head, carbon fiber legs, a carry strap, and a tripod bag for storing and carrying all your gear.

The head features a sliding balance plate, independent pan and tilt locks, variable pan and tilt drag, a precision bubble level, and an integral 75mm ball for leveling. The included Solo carbon fiber legs feature two stages, providing a height range of 14.9 to 69.5", while selectable leg angle locks ensure rapid setup and excellent stability without a spreader. The 75mm bowl allows for quick leveling, optimum torsional rigidity, and long term durability.

The Miller DS-10 fluid head delivers the level of quality only found in more expensive (high-priced) heads, for today's compact digital camcorder shooters. Features a multi-step fluid drag system, an integrated counterbalance system combined with a sliding balance plate and a quick release and automatic locking system.

The DS-10 fluid head incorporates Miller's multi-step Fluid Drag system ensuring smooth, consistent fluid drag control across all temperature ranges and through a wide range of light and heavy settings.

The DS-10 uses a special designed counterbalanced system, to neutralize the effect of payloads and their centers of gravity.

This device is fitted with a precision, quick release camera platform that incorporates a sliding balance plate for fine tune payload balancing.