Martin MAC One Beam in Cardboard

Martin MAC One Beam in Cardboard

The Martin MAC One Beam is a compact, lightweight moving light engineered for studio, broadcast, and production applications where precision beam control and silent operation are essential. Its flame-retardant thermoplastic housing and modest 4.4 kg footprint make it practical for permanent studio installations and mobile setups alike. This is a workhorse fixture designed to deliver clean, narrow beam output without compromise.

Optical Performance & Beam Control

The 120 W RGBL LED engine produces 2,500 lumens with a narrow beam intensity of 375,000 cd, providing the punch needed for key light positions and mid-throw setups in studio and production environments. The 4–27° zoom range offers flexible beam shaping from wide washes to tight spotlights, allowing rapid adaptation across varying studio geometries and rig heights for different production scenarios.

Control & Integration

Full-protocol support via DMX, Art-Net, sACN, and Martin P3 ensures seamless integration into any control ecosystem, whether networked or conventional. The 200+ built-in FX macros and P3 video mapping capability enable sophisticated looks out of the box, while the 23 dB(A) theater/broadcast mode keeps acoustic noise negligible during recording sessions and sensitive production work.

Key Features

• 120 W RGBL LED light engine with 2,500 lumens output
• Narrow beam intensity: 375,000 cd
• Zoom range: 4–27°
• 24 RGB effect LEDs in backlight system within lens
• Color temperature range: 2,000–12,850 K
• Control protocols: DMX, Art-Net, sACN, Martin P3
• 200+ built-in FX macros and P3 video mapping capability
• Weight: 4.4 kg (9.7 lbs)
• Dimensions: 254 mm × 297 mm × 220 mm
• High-impact flame-retardant thermoplastic housing, Black
• IP20 protection rating
• Noise level: 23 dB(A) in theater/broadcast mode

The MAC One Beam combines portable design with professional output and control depth, making it a reliable choice for studio productions and sessions that demand both flexibility and acoustic restraint.