GrandMA 3 full-size

Founded on the legacy of the previous grandMA consoles, the grandMA3 represents a radical re-think of what’s possible from a lighting control platform. The elegant new system-architecture incorporates new fixture, feature and effects-handling at its very heart.
The system features ground-breaking concepts from top industry visionaries, presented within a refined user interface, and is designed to make practical tasks more intuitive.
The physical design detail of the grandMA3 range is extraordinary and focused on delivering the best possible user experience, now and into the future.

The grandMA3 full-size and light models incorporate a sophisticated thermal design, transferring heat to a cooling corridor, which isolates critical components from harmful dust and keeps fan-noise to a whisper.

The lightweight chassis has been designed for durability and easy handling. The large screen housing on the full-size and light models have a dual friction hinge system, providing fast-folding for portability whilst ensuring maximum visibility for users.

The grandMA3 consoles features Dual Encoders, which provide users with intuitive control of additional features and functions.

Long-life motorized playback faders are used across the entire grandMA3 console range. The faders incorporate a color-changing light pipe on all models except the onPC command wing and the onPC command wing XT.

A fully flexible assignment of playback functionality allows for 30% more playback handles than any previous grandMA series console. All playbacks have direct access to button pushes as well as intensity and timing changes thanks to the new rotary RGB backlit encoders.

New buttons have been specifically developed for the grandMA3 consoles, to satisfy the needs of the most demanding users.

The almost-silent buttons feature low travel and have a positive actuation-point, ensuring fast, accurate operation and a tactile experience that professional users will appreciate.

Even the backlit button-caps have been ergonomically optimized to reduce mis-hits.