Panasonic PT-RQ50KU 3DLP Native 4K Laser Projector – 51,000 Center Lumens (Lens Not Included)
Free shipping on all orders.
Typically ships in 2–4 days
Free shipping on all orders.
Typically ships in 2–4 days
The Panasonic PT-RQ50K sets a new benchmark in large-venue projection, combining an extraordinary 50,000 lumens of brightness, Native 4K (4096 × 2160) resolution, and an advanced multi-laser light engine to deliver breathtaking visual experiences. Designed for stadiums, arena concerts, projection mapping, museums, live events, and immersive installations, the PT-RQ50K produces vivid, color-rich images with exceptional clarity, reliability, and installation flexibility.
Featuring Panasonic's next-generation SOLID SHINE Laser technology, an expanded color gamut with a dedicated red laser, intelligent thermal management, and advanced image processing tools, the PT-RQ50K delivers unparalleled performance for the world's most demanding projection environments.
The PT-RQ50K delivers exceptional visual performance with a sophisticated laser engine that combines one dedicated red laser and two blue lasers operating at different wavelengths. This innovative architecture dramatically improves color accuracy while maintaining extraordinary brightness levels.
Whether used for sporting events, immersive exhibits, projection mapping, live entertainment, or museum installations, the PT-RQ50K creates highly realistic imagery with outstanding brightness, contrast, and color fidelity.
A newly developed multi-laser light source significantly expands color performance, achieving up to 114% of the color gamut of the previous flagship PT-RQ32K. The dedicated red laser dramatically improves red color reproduction while maintaining excellent RGB balance.
Advanced digital control technology dynamically adjusts laser output frame-by-frame, ensuring optimal brightness and color accuracy based on each scene's content requirements.
Panasonic's proprietary Gradation Smoother technology minimizes visible color banding in gradients and shaded areas, improving the appearance of content that lacks optimal color depth.
Users can select multiple correction levels depending on content requirements, ensuring smooth and natural image transitions without requiring content re-editing.
The PT-RQ50K introduces enhanced black-level calibration tools designed specifically for curved screens and complex edge-blending environments. Using up to 17 control points, operators can precisely match adjacent projections and maintain exceptional image uniformity across large display surfaces.
This functionality is particularly beneficial for immersive venues, dome installations, projection mapping projects, and large-scale blended displays.
Despite its outstanding brightness output, the PT-RQ50K maintains a compact footprint similar to Panasonic's PT-RQ32K. Redesigned airflow channels, liquid cooling enhancements, and a new finless radiator improve thermal efficiency while reducing installation complexity.
The integrated cooling architecture improves reliability while simplifying logistics, transportation, and deployment for large-scale events and fixed installations.
The innovative Remote Preview feature allows technicians to verify incoming content directly from a laptop connected via LAN or Wi-Fi without requiring image projection on-screen.
This capability is especially valuable when:
Panasonic's Visual Software Suite (VSS) provides a centralized platform for setup, calibration, image adjustment, system management, and geometric correction. By consolidating multiple software tools into a single interface, VSS streamlines installation workflows while reducing setup time and operational costs.
Geometry Manager Pro functionality is fully integrated, enabling advanced projection mapping and image alignment capabilities.
The PT-RQ50K is compatible with Panasonic's ET-FMP50 and ET-FMP20 media processors, providing powerful automation tools for large-scale multi-projection environments.
These processors support:
The projector's Free Grid Correction system enables detailed geometric adjustment using grid patterns ranging from 2 × 2 to 17 × 17 control points. Operators can easily compensate for screen irregularities, curved surfaces, and projection mapping requirements directly from the remote control.
Flexible grid resizing allows precise image shaping while preserving previous adjustment work.
The Smart Projector Control mobile application for iOS and Android enables wireless setup and management of up to 64 projectors simultaneously.
Built-in Near Field Communication (NFC) enables technicians to configure network settings, projector IDs, and other parameters directly from a smartphone even when the projector is powered off.
This capability significantly accelerates deployment and project preparation, particularly for large multi-projector installations.
A built-in information display positioned near the control panel provides quick access to critical operational data, including:
An extensive lineup of optional lenses supports throw ratios ranging from 0.55:1 to 7.76:1, allowing the PT-RQ50K to adapt to virtually any installation environment.
All supported lenses feature:
The PT-RQ50K combines a hermetically sealed DMD block, shielded laser drive, and filterless cooling design with Panasonic's advanced finless radiator technology. This robust architecture provides dependable operation in demanding environments while minimizing maintenance requirements.
The projector is engineered for up to 20,000 hours of maintenance-free operation at full brightness under recommended operating conditions.
Panasonic's SOLID SHINE Laser technology includes failover circuitry that ensures continued operation even if an individual laser diode fails. Unlike conventional laser systems, brightness reduction remains virtually imperceptible, helping maintain uninterrupted image presentation during critical events.
For mission-critical applications, the PT-RQ50K supports automatic input redundancy. If the primary signal source is interrupted, the projector can switch to a backup source in as little as 0.3 seconds, maintaining continuous image display without visible screen blanking.