Case Study

Mean Girls the Musical

Overview:

After its celebrated Broadway run, Mean Girls The Musical made its West End debut at the Savoy Theatre. Absolute Motion Control was proud to support this high-energy production, partnering with Production Manager Patrick Molony to deliver a full automation package.

Working closely with scenic fabricators Bay Productions, we helped bring designer Scott Pask’s vision to life — with systems built for precision, reliability and dynamic movement.

Case Study: Mean Girls The Musical

Venue: Savoy Theatre, London

Client: Pink Wednesday Limited

Director: Casey Nicholaw

Designer: Scott Pask

Production Manager: Patrick Molony

Collaborative Partners: Bay Productions, AH Entertainment Engineering, Dramatix Production Engineering

Axis Count: 21

Photo Credit: Brinkhoff/Mögenburg

Key Systems Delivered:

Sliding LED Panels – A Moving Canvas

A standout moment of the show featured four independently controlled LED panels that moved seamlessly along a custom-engineered rolled steel track with a toothed rack.

Each panel glided using a compact, integrated drive system designed and fabricated by Bay Productions, eliminating the need for separate control racks.

  • Gearboxes & limit switches for each drive chain
  • Aluminium framework with minimal backstage footprint
  • Clean, efficient automation integrated behind the LED video wall

Automated Flying – Seamless Integration

All flown elements in the show were fully automated using 7x [RoRo Winches], each mounted in custom frames built by Dramatix Production Engineering.

These winches were integrated into the Savoy’s existing counterweight flying system, allowing:

  • Synchronized movement across flown elements
  • Seamless positional tracking via the Disguise system
  • Reduced setup time and increased backstage efficiency

Results:

A powerful, technically advanced production that maintained creative fluidity without compromising performance speed or safety. From rolling LED backdrops to coordinated flying elements, every motion was engineered for impact.