Martin MAC One Moving Head RGBL LED Dual SiP

Martin MAC One Moving Head RGBL LED Dual SiP

High Quality Light Output

Martin’s custom-designed 120 W RGBL (Red, Green, Blue, Lime) LED engine with higher CRI / TM-30 / TLCI offers better rendering of people and costumes for demanding broadcast and theater applications.

With 2,500 lm output from a from factor just above 4kg, the Martin Lighting MAC One features great output to size ratio, delivering impressive light output from a compact and lightweight fixture. Additionally, MAC One’s narrow beam intensity of 375,000 cd ensures a well-defined, tight, fast, and responsive mid-air beam

Beautiful to look at, Beautiful to light up

MAC One offers precision control for the most demanding applications in broadcast and theatre and the ability to remove unwanted flicker in broadcast applications. It also offers beautiful eye-candy, empowering it to decorate the stage when the fixture is not being used as a beam or wash.

With a 4 to 27 degree zoom, MAC One can deliver a tight, fast, and well-defined beam, but also a soft-edged wash with its championed Fresnel lens, often loved by lighting designers.

Connections

Control the fixtures with a mix of Video and DMX using DMX, Art-Net, sACN and P3 connections. With P3 Control you can easily reduce the needed DMX channels / console parameters and make the most of the easy setup, mapping and addressing via the Martin P3 System Controller. Video can be mapped onto Beam, Backlight or both.

Compact Size

Weighing just 4.4 kg / 9.7 lbs, MAC One is easy to deploy in large quantities and reduces shipping costs and environmental impact. It’s also perfect for venues with load-bearing limits or space-constraints.

Description

Setting a new standard for compact moving heads, MAC One is a revolutionary Beam, Wash and Eye-Candy fixture, featuring a captivating Fresnel lens that transforms any stage or event into an extraordinary visual spectacle. Compact, lightweight, and highly versatile, MAC One defines a new compact class of performance lighting.

MAC One excels in three powerful feature areas. First, its narrow, high-intensity beam packs the same punch as larger, heavier fixtures to enable robust and vibrant aerial effects. Next, its stunning Fresnel lens creates a soft wash with a 4 to 27-degree zoom range, delivering seamless transitions and engaging visual effects. Rounding out the robust feature-set is an innovative backlight system with 24 RGB effect LEDs within the lens to guarantee memorable and show-stopping visual experiences.

With an impressive output of 2,500 lm and a narrow beam intensity of 375,000 cd, MAC One's performance is unparalleled in its category. Powered by a custom-developed 120 W RGBL (Red, Green, Blue, Lime) LED engine, it ensures higher light quality (CRI, TM-30, TLCI) than traditional RGBW fixtures, appealing to discerning lighting designers.

MAC One stands out against competing fixtures by delivering an innovative combination of features in an incredibly compact and low-weight form-factor. The fixture is easy to handle and manage, opening up a world of creative possibilities for lighting designers and users. More fixtures can be used in a show without compromising weight or space limitations, resulting in lower transport costs and a significant return on investment for rental companies.

For additional versatility, MAC One can also be used with the interlocking accessory system originally created for Martin’s VDO Atomic products. Martin fourbar and matrix accessories can also be used to further extend its design potential and ease large quantity deployment. MAC One can be driven with DMX, Art-Net, sACN, and Martin P3 control systems for seamless integration into any lighting setup.

Whether you are a lighting designer, rental company, or event organizer, MAC One is the answer for creating big looks with many fixtures, utilizing a compact fixture for tight spaces or enthralling the stage with captivating eye-candy effects. Transcend expectations, empower creative expression and revolutionize the stage with MAC One.