Float body & scenic build
Three-dimensional scenic forms integrated around a mobile platform or towable base, with attention to access, clearances, weight distribution and production sequencing.
AUTOFILL supports parade-float and sculptural production scopes in Saudi Arabia, connecting concept requirements with fabrication methods, structural and mobility interfaces, finishes, lighting/MEP coordination, testing, installation and event operations.
Three-dimensional scenic forms integrated around a mobile platform or towable base, with attention to access, clearances, weight distribution and production sequencing.
Large forms using combinations of steel frames, foam shaping, GRP/fiberglass skins, hard-coat systems, paint and specialist finishes.
Coordination of power, lighting, low-voltage systems and practical access for maintenance and event operation where required by the brief.
For moving builds, project-specific engineering and testing should address mobility, turning, braking, vibration, stability, attachment points and safe operation.
The professional background behind AUTOFILL includes reported experience supporting a Saudi parade program involving approximately 40 floats across a compressed 40-day production period. That experience is attributed to Mohammad Al Frehat’s prior professional work and is not presented as an AUTOFILL contract.
For current projects, design engineering, dimensions, platform selection, loading, wind exposure, route geometry, operating speed and event-specific safety requirements should be confirmed for each float or sculpture rather than assumed from past work.
The professional capability set includes parade-float production coordination and prior Saudi parade experience. Final fabrication arrangements depend on the specific brief, engineering, platform and event requirements.
Yes. The capability profile includes GRP/fiberglass, Styrofoam shaping, steel framing and production finishes for sculptural and themed elements.
Yes. Moving builds require additional attention to vehicle/platform integration, loads, stability, vibration, turning, braking, route constraints and operational testing.