Vehicle Contact
Check vehicle weight, tire contact pressure and dynamic movement rather than treating the area-load figure as a universal wheel-load approval.
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A 500 × 500 mm die-cast LED platform for walkable floors, interactive experiences and creative vertical installations. IW can move from horizontal floor to 90° wall transition, continue into curved vertical layouts, and serve indoor or model-specific outdoor projects from one cabinet language.
IW is most distinctive when it stops behaving like a conventional floor screen. The same 500 mm cabinet language can carry content through a floor, a 90° floor-to-wall transition and selected curved vertical compositions.


All four released configurations use a 500 × 500 × 85.5 mm cabinet, 250 × 250 mm modules and a 10 kg cabinet. The published 1,500 kg/m² figure is a distributed-load rating, not automatic approval for every vehicle or wheel condition.
Check vehicle weight, tire contact pressure and dynamic movement rather than treating the area-load figure as a universal wheel-load approval.
Ramp geometry, transitions and movement paths must protect both audience safety and the finished LED surface.
Confirm subframe spacing, floor flatness and final cabinet elevation before installation.


The optional interactive system lists approximately 10 ms response and up to 256 sensing points per square meter. Magnetic modules can be replaced in approximately 3 seconds under normal service conditions, while stored calibration data can help restore image consistency.


Interactive response reference for the approved sensing and control system.
Up to 256 sensing points per square meter for interactive floor logic.
Approximate module replacement under normal service conditions with the correct tool and access.
Current worksheets list IP65 front and rear protection. P2.604 models and IW3.9 Interactive are specified for indoor use; IW3.9 Non-interactive is the listed outdoor configuration. Outdoor projects still require drainage, suitable connections and weather-aware service planning.

Closer viewing and interactive floor applications.
P2.604Display-only indoor floors with higher refresh.
P2.604Brighter interactive applications with longer viewing.
P3.906The released outdoor non-interactive configuration.
P3.906IW is especially useful when the experience needs to cross physical planes, carry interaction into the audience path or combine a walkable platform with rental-oriented handling.
Walkable event floors with repeated assembly, service and camera-aware model selection.
Vehicle presentations combining distributed-load review, ramps and high-impact floor content.
Visitor paths that carry imagery from the floor into surrounding vertical surfaces.
Floor-to-wall content systems that connect products, architecture and mapped media.
Model-specific refresh, grayscale and calibration planning for camera-facing LED floors.
Walkable temporary or permanent visual surfaces where audience flow and service access are planned together.
The supplied France project video demonstrates the commercial use of IW as a walkable visual surface, showing how the screen becomes part of audience circulation rather than remaining a background wall.
The main table stays deliberately compact: pixel pitch, brightness, refresh rate, cabinet size, cabinet weight and power. Interaction, protection and installation logic remain visible in the engineering sections above.
Swipe horizontally to compare models.
| Parameter | IW2.6 Interactive | IW2.6 Non-interactive | IW3.9 Interactive | IW3.9 Non-interactive |
|---|---|---|---|---|
| Pixel Pitch | 2.604 mm | 2.604 mm | 3.906 mm | 3.906 mm |
| Brightness | 600 cd/m² | 1,000 cd/m² | 3,000 cd/m² | 3,000 cd/m² |
| Refresh Rate | 3,840 Hz | 7,680 Hz | 3,840 Hz | 7,680 Hz |
| Cabinet Size | 500×500×85.5 mm | 500×500×85.5 mm | 500×500×85.5 mm | 500×500×85.5 mm |
| Cabinet Weight | 10 kg | 10 kg | 10 kg | 10 kg |
| Power Consumption | 600 / 200 W/m² | 540 / 180 W/m² | 600 / 200 W/m² | 540 / 180 W/m² |
Creative geometry increases the need for disciplined project information. Floor map, load path, control logic and service strategy should all be agreed before the system enters fabrication.
Active dimensions, 90° transitions, curve geometry, content coordinates and cabinet count.
Subframe spacing, floor levels, ramps, distributed loads, wheel conditions and support details.
Selected model, connected load, controller topology, sensor scope and camera workflow.
Module access, power-box access, spares, calibration data, drawings, certificates and installation guidance.
Six practical questions covering load, pitch, indoor/outdoor model choice, camera refresh, interaction and floor-to-wall geometry.
The released specification lists a 1,500 kg/m² rated load capacity for the assembled IW floor. This is a distributed-load rating, not automatic approval for a single wheel or vehicle. Review vehicle weight, tire contact pressure, ramps, dynamic movement, subframe spacing and floor leveling before installation.
Choose P2.604 for closer viewing and higher native resolution; choose P3.906 for longer viewing distances, higher brightness or the listed outdoor configuration. The worksheets give minimum viewing distances of about 2.6 m and 3.9 m. Final selection should also consider active dimensions, camera distance, content and ambient light.
IW2.6 Interactive, IW2.6 Non-interactive and IW3.9 Interactive are specified for indoor use. IW3.9 Non-interactive is specified for outdoor use. All four models list IP65 front and rear protection, while outdoor projects still require drainage, suitable connectors and weather-aware service planning.
The interactive P2.604 and P3.906 models list 3,840 Hz; both non-interactive models list 7,680 Hz. Higher refresh can improve camera compatibility, but shutter speed, frame rate, grayscale, controller settings and driver configuration also affect banding. Test the released system with the production camera before approval.
The optional interactive system is stated at approximately 10 ms response with up to 256 sensing points per square meter. Actual performance depends on the approved sensors, software, controller, tracking area and content logic. Define the interaction zone, simultaneous users and commissioning responsibility before quotation.
Yes. IW cabinets support 90° floor-to-wall transitions and curved vertical layouts when the approved hardware and support structure are used. Seam consistency depends on curve radius, cabinet leveling, Z-axis alignment, module alignment and content mapping. Submit the dimensions, corner detail, cable route and service clearance before fabrication.
We shall provide you with a detailed quotation within 24 hours of receiving your enquiry.