Disney Starlight Parade Royal Float Trellises

Project Overview

As part of Disney's Starlight nighttime parade, our team was contracted to manufacture the structural trellis assemblies that frame the Royal Princess float. These large illuminated steel structures serve as one of the defining visual elements of the float, supporting decorative components while meeting strict structural and transportation requirements.

Although inspired by elegant decorative scrollwork, the assemblies are heavy-duty welded steel fabrications engineered to survive transportation, installation and daily parade operation. Every weld, support plate, bend and assembly was subject to rigorous quality standards before shipment to Disney.

Quality Control

The structural welds were subject to certified inspection requirements, including X-ray quality verification. To support that process I recreated the weld mapping documentation used throughout fabrication, identifying weld locations and providing traceability for inspection records and certifications. Maintaining accurate weld documentation was just as important as maintaining dimensional accuracy — every structural connection could be verified before shipment.

My Technical Role

I was responsible for taking this project from incomplete design data to production-ready fabricated assemblies. The supplied CAD geometry contained spline information that was visually accurate but could not be manufactured directly — my first responsibility was rebuilding and refining that geometry into bendable tube paths while preserving the original design intent. From there I developed the complete manufacturing workflow.

• Rebuilding spline geometry for manufacturable bends
• Creating bend-ready RTP programs for the Nissin CNC tube bender
• Determining realistic bend locations based on tooling limitations
• Designing proposed weld segmentation for fabrication
• Creating manufacturing fixtures and floor layouts directly from CAD
• Generating DXF files for laser-cut support plates
• Performing material takeoffs
• Supervising fabrication from first bend through final shipment

Engineering Challenges

The trellises were fabricated from 2-inch OD steel tubing with a 0.375-inch wall thickness, reinforced by ½-inch internal support plates positioned between the tube runners according to the structural drawings. Because of the wall thickness and overall size, bending accuracy was critical — every bend affected every downstream assembly. Each component had to match the original CAD geometry, remain manufacturable on the Nissin bender, stay fixture-friendly for welding, meet structural drawing requirements and remain within shipping size limitations. Balancing those requirements required continual coordination between design, manufacturing and fabrication rather than treating each as separate processes.

Outcome

From receiving incomplete spline data to delivering finished production assemblies, I managed the technical workflow for the trellis fabrication process. The completed assemblies became the defining architectural elements of Disney's Royal float, successfully combining decorative design with heavy structural fabrication while meeting demanding manufacturing, quality and transportation requirements.