Product Description
Overview
The KXB-S100 X-Bone Small is a 100 cm tall modular stage frame in KUPO's compact 100 x 100 cm format. It is a tall square building block for portable stages, riser stacks, and event structures where a smaller footprint still needs a strong elevated position.
Why It Matters
This is the small frame for jobs where height matters more than footprint. The 100 cm rise gives the module clear visibility, while the compact square layout helps crews place it in tighter rooms, stage corners, or repeated grid patterns.
Key Features
- 100 cm unfolded height gives crews a clear stage level while staying inside the X-Bone Small system.
- 100 cm L x 100 cm W footprint pairs with the matching plywood platform, sold separately, for a complete deck module.
- 6061-T6 aluminum alloy construction keeps the frame strong, rigid, and practical for repeated touring use.
- 500 kg per square meter load capacity and approximately 2 minute setup time per set help crews move quickly without treating the stage as temporary furniture.
Applications
Use for tall compact risers, presenter positions, equipment platforms, runway accents, exhibition decks, small stage extensions, and modular builds where a 100 x 100 cm footprint is easier to fit.
Compatibility
Pairs with the matching X-Bone Small plywood platform, sold separately, and connects to neighboring X-Bone units through the corner pillar fastening system.
Frequently Asked Questions
Does the KXB-S100 include the plywood deck surface?
No. This SKU is the X-Bone Small aluminum frame. The matching plywood platform is sold separately so crews can choose the surface finish they need.
How quickly can one 100 cm frame be set up?
KUPO lists the X-Bone frame setup time at approximately 2 minutes per set, assuming a prepared crew and normal event-site conditions.
Can this frame be joined into a larger stage layout?
Yes. X-Bone frames connect through the corner pillar fastening system, allowing multiple modules to form portable stages, catwalks, runway extensions, and platform grids.
