Sound Barrier SBCHAUVMSX2 — ATA Flight Style Road Case for 2 Chauvet Maverick Force S Moving Heads
SBCHAUVMSX2 Overview
The Sound Barrier SBCHAUVMSX2 is a purpose-built ATA flight style road case designed to store and transport two Chauvet Lighting Maverick Force S Spot moving head lighting fixtures. Its split-open design enables effortless loading and unloading in crowded backstage environments, on uneven terrain, or in tight production spaces. The case features a high-density foam interior with customizable foam inserts that secure fixtures against movement, scratches, and impact during transit. This case is suited for touring companies, lighting technicians, and production houses requiring reliable, road-ready protection for large-base moving head units.
The smooth black finish with silver hardware, recessed handles, and stackable caster dishes make this case practical for both transport and venue storage, integrating cleanly into professional touring workflows.
Key Features
- Fits 2 Large Moving Heads — Specifically designed to accommodate two Chauvet Lighting Maverick Force S Spot moving head fixtures with large bases
- Six 4-Inch Heavy-Duty Casters — Off-terrain steel casters provide smooth mobility and maneuverability across challenging event surfaces and uneven terrain
- Split-Open Design — Allows effortless loading and unloading of fixtures without removing the case from a stack or tight space
- Customizable Foam Inserts — High-density foam interior can be configured to create a precise fit, protecting fixtures from scratches, dings, and transit shock
- Stackable Caster Dishes with Aluminum Lid Inserts — Enables safe stacking and organized storage; aluminum caster dishes in the case lid add structural durability
- Twist-Locking Recessed Butterfly Latches — Provide secure closure during transport, preventing accidental opening
- Recessed Spring-Loaded Rubber Handles — Ergonomic handling without protruding hardware that could snag cables or adjacent cases
- Reinforced Dual Anchor Rivets — Enhance structural strength and long-term durability at high-stress attachment points
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