QP 480 Feature Boom

Ambient's 105-345 cm Quickpole Boom raises boompole standards with high-quality construction. Made from the industry's strongest, stiffest carbon fiber tubing, the boom is excellent for achieving lengths of over 12' and does not tighten in cold or wet climates. Tubing has a 1.5 mm thickness that is lightweight but offers very low transmission noise when the boom is handled. At the tip is a machined, stainless steel 3/8" thread. Secure screw locks and an internal spacer enhance the boom's safety features. The Quickpole Boom can be easily disassembled for cleaning.

Feature film boom ops have to face a unique set of challenges. Even though the shot requirements are often known in advance, wide camera angles, multi-cam shots, moving actors or cameras, and complicated lighting can tax the attention of the most seasoned field professional. These professionals know that having the right tools close at hand is an absolute necessity. Understanding feature film booming requirements, we specially designed multilayer pullwind carbon tubes with 1.5 mm wall thickness.

We reduced the number of segments to four to add stiffness and better balance with the long lengths of the QP range. This provides the extra control in situations where a long, extended pole is required.
The extraordinary rigidity allows a boom operator to swing and point the microphone with great precision as the boom bounce is minimized preventing the microphone from dipping into the frame.
More comfort thanks to internal cabling.

Internal cabling is a disputed subject within the sound community. While the pre-cabled booms offer added convenience, they are, of course, more vulnerable to rattle noise. This is why Ambient provides the choice to the individual professional by offering the QP series boom poles in both cabled and uncabled versions.
The cabled booms are equipped with in-house production, optimized ultra-thin cables. With an effective shielding and a polyurethane insulation, these durable cables provide excellent endurance while maintaining flexibility even in temperatures as low as -40° C (-40° F).