Panasonic PT-RQ35K2U 3DLP 4K Laser Projector – 31,000 Center Lumens, Quad Pixel Drive, Filter-Free (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-RQ35K2 Series combines powerful brightness, exceptional image quality, and a compact, lightweight design to simplify installation and operation in demanding large-venue environments. Designed for projection mapping, live events, museums, themed attractions, houses of worship, and immersive experiences, the projector delivers stunning visuals while reducing transportation, storage, and deployment challenges.
With advanced workflow tools, expanded color reproduction, intelligent cooling technology, and proven reliability, the PT-RQ35K2 helps organizations achieve spectacular visual results with lower operational complexity and reduced total cost of ownership.
The PT-RQ35K2 combines high brightness with a lightweight and compact chassis, making transportation, installation, and storage more efficient. Its space-saving design enables deployment in venues where mounting space is limited while reducing logistical costs and environmental impact.
A newly developed laser system utilizing two blue lasers and one red laser expands color-gamut performance beyond previous generations. Rich reds, vibrant blues, and enhanced color accuracy create immersive, lifelike visuals that maximize the impact of 4K content.
Advanced thermal management combines dedicated airflow channels, independent cooling systems, and a high-efficiency finless radiator to maintain consistent image quality and long-term reliability. Dynamic Digital Control continuously optimizes laser performance while failover circuitry and backup input redundancy help ensure uninterrupted operation.
The PT-RQ35K2 features an unusually compact and lightweight design for its performance class, simplifying transport, handling, and installation. The smaller footprint reduces setup requirements while creating new opportunities for high-brightness projection in space-constrained environments.
Panasonic's Smart Projector Control App for iOS and Android allows operators to manage up to 64 projectors from a smartphone or tablet. The mobile application supports wireless setup, lens adjustments, test pattern selection, projector monitoring, and remote operation directly from the touchscreen interface.
Built-in NFC functionality allows installers to configure network settings, assign projector IDs, and prepare devices for deployment even before AC power is connected. This significantly accelerates setup and teardown processes for large-scale installations.
Remote Preview enables technicians to verify input signals and preview video content directly from a connected computer before projection begins. This feature minimizes setup errors and simplifies troubleshooting during live events and productions.
Panasonic's Visual Software Suite combines multiple setup, calibration, and management tools into a single intuitive platform. The software helps reduce installation time while improving system accuracy and operational efficiency.
Compatibility with Panasonic ET-FMP50 and ET-FMP20 media processors simplifies complex multi-projector systems by providing automatic warping, blending, media playback, and advanced image correction capabilities.
A built-in Information Monitor provides quick access to system status, projector settings, runtime information, network configuration, input signal details, and system diagnostics without requiring on-screen menu projection.
The PT-RQ35K2 supports both AC 200-240V and AC 100-120V power sources. This flexibility allows operators to perform setup and calibration before venue infrastructure is fully deployed, keeping installation schedules on track.
The projector supports Panasonic's extensive lineup of 3-Chip DLP lenses, including ultra-short-throw, short-throw zoom, fisheye, fixed-focus, and long-throw options. This provides exceptional installation flexibility across virtually any venue type.
For museums, theaters, and other noise-sensitive environments, Quiet Mode reduces operating noise and extends projected laser life while maintaining excellent image performance.
A combination of two blue laser modules and one red laser module significantly expands color reproduction, delivering deeper reds, more accurate blues, and enhanced overall realism.
Panasonic's Gradation Smoother technology reduces visible color banding in low-bit-depth content, producing smoother gradients and more natural image transitions.
Advanced black-level calibration enables precise edge-blending and image matching across curved surfaces and complex multi-projector installations. Up to 17 adjustment points allow highly accurate alignment and uniformity.
Quad Pixel Drive technology rapidly shifts WUXGA pixels horizontally and vertically to create images with a maximum physical resolution of 3840 × 2400 pixels. Combined with high-speed frame processing, the result is exceptionally detailed 4K-style imagery with smooth motion reproduction.
The optional ET-SUK10 High Frame Rate Upgrade Kit enables 1080p/240Hz low-latency processing, delivering ultra-smooth motion and response times as low as 5ms for simulation, esports, and interactive experiences.
Dynamic Digital Control continuously adjusts red laser output according to content requirements and operating temperatures, maintaining accurate color balance and brightness consistency throughout operation.
A hermetically sealed optical engine, shielded laser drive, independent cooling systems, and an advanced finless radiator work together to improve cooling efficiency and maintain long-term reliability.
The PT-RQ35K2 is engineered to provide up to 20,000 hours of maintenance-free operation at full brightness, helping reduce service requirements and operating costs.
Automatic signal redundancy provides seamless switching between primary and backup inputs when interruptions occur, helping maintain image continuity during mission-critical presentations and events.
Panasonic's proprietary failover technology allows projection to continue even if an individual laser diode fails, minimizing brightness loss and avoiding unexpected interruptions.