ADJ Inno Pocket Scan Compact LED Lighting Effect

The ADJ INN762 is a lighting fixture designed for performers and venues that want the movement of a classic scanner without bulky gear. Housed in a body that weighs only 5.3 pounds, it relies on a 12-watt LED engine to deliver bright, punchy beams that cut through fog or haze with ease.

The unit ships with eight fixed gobo and color patterns, plus a clean white spot, so you can change the look of your show in seconds. A 14-degree beam angle keeps the projection tight, while the flat mirrored scanner, driven by precise stepper motors with micro stepping, sweeps the room smoothly during high-energy songs or dramatic moments.

Control options are flexible. For hands-on programming, connect a DMX controller and take command of every parameter. If you need something quick, switch to Sound Active mode and let the fixture chase the beat, or pick from twelve internal shows that run automatically. Mobile DJs and small clubs will appreciate the ability to daisy-chain power and data, and anyone who wants wireless convenience can add the optional ADJ Airstream IR remote for simple control from a smartphone.

With a dimming range from 0 to 100 percent and five selectable dimmer curves, the Inno Pocket Scan adapts to intimate lounges, corporate events, and energetic dance floors alike. It draws only 33 watts, making it easy on power budgets, and its compact dimensions fit neatly into truss totems, lighting stands, or a simple tabletop setup.

• 12-watt LED DMX flat-mirrored scanner
• Eight fixed gobo and color patterns plus a spot/white option
• Three operational modes: DMX, Sound Active, and Internal Show
• Twelve built-in light shows for instant programming
• 14-degree beam angle for tight, focused projections
• X and Y mirror movement with micro stepping for smooth sweeps
• 0–100 percent dimming with five selectable dimmer curves
• Optional IR wireless remote control through ADJ Airstream IR
• Power consumption: 33 watts
• Dimensions: 11.6 x 6.3 x 5.2 inches; weight: 5.3 pounds