With the OPUS X4 IP, Cameo has expanded the OPUS series to include a weatherproof version of its most powerful moving head to date. The new IP65 LED spot profile moving head incorporates the power and versatility of the OPUS X4 into an IP65-certified housing and is targeted primarily at major dry hire companies and production service providers in the touring and events sector. With its 1400 watt LED white light engine and 50,000 lumen light output, the OPUS X4 IP is designed for demanding outdoor festivals, stadium productions and other large-scale live applications.

At the heart of the OPUS X4 IP is the proven X4 engine based on a 1400 watt white light LED with an output of 50,000 lumen and a wide zoom range from 5° bis 55°. Combined with its IP65-certified housing, lighting designers and rental customers can now harness the full power of the OPUS X4 even in challenging weather conditions.

Thanks to its two rotating gobo wheels, a rotating animation wheel, iris, and the four-way aperture-slider system, each with +/-60° rotatable framing blades, the OPUS X4 IP features virtually every effect option. The spot profile moving head produces its powerful, saturated colours via an infinitely variable CMY colour mixing system and two additional colour wheels and also offers a linear CTO filter and two frost filters (1°-5°). The OPUS X4 IP is controlled via DMX/RDM, Art-Net, sACN, W-DMX and CRMX. A touring case insert is included to ensure safe transport.

Particular emphasis was placed on ensuring that the familiar OPUS X4 handling characteristics have been consistently carried over to the IP version. Despite its weatherproof housing, the weight and dimensions remain virtually identical to the indoor version. For users who already use the OPUS X4 on a regular basis, this means that they can enjoy the same handling, the same feature concept and identical looks for both indoor and outdoor productions. Furthermore, the extensive spare parts compatibility between the two devices ensures streamlined maintenance management, short reaction times in the event of service requirements and real added value.