Flyin-CS7 4K 7000 Lumens 3LCD Laser Projector 0.5 Short Throw Lens 5000000:1

Experience four times the pixel density of Full HD with true native 4K resolution (3840 x 2160) driven by three independent 3LCD panels — 8.3 million discrete pixels rendered without pixel-shifting artifacts or interpolation. Combined with an ultra-bright 7000-lumen laser phosphor light source, the Flyin-CS7 4K delivers razor-sharp text legibility, accurate sRGB color reproduction, and exceptional visibility even in fully lit conference halls, university lecture theaters, and 300-seat auditoriums. HDR10 compatibility ensures lifelike contrast and color depth for cinematic presentations, while the 16:9 native aspect ratio supports widescreen content without cropping or letterboxing.

Engineered in Japan exclusively for Flyin's high-brightness 3LCD projector lineup, this proprietary F1.8 0.5 short-throw lens achieves massive screen sizes from ultra-close distances — dramatically reducing shadow interference from presenters and audience members. Project a crisp 100-inch image from just 1.1 meters, scale up to 200 inches from 2.2 meters, and reach an enormous 400-inch projection from only 3.32 meters. The multi-element glass optical design handles 7000 lumens with under 10% light loss while preserving full 4K resolution fidelity corner to corner. Ideal for boardrooms with limited depth, museum interactive exhibits, retail window displays, and immersive projection mapping installations.

Three dedicated 0.64-inch LCD panels process red, green, and blue independently — delivering color brightness equal to white brightness, a critical advantage over single-chip DLP systems that rely on a spinning color wheel. With an ultra-high 5,000,000:1 dynamic contrast ratio, deep blacks and bright highlights coexist naturally in every frame without the rainbow artifacts, dithering noise, or color breakup common in competing technologies. The result: rich, accurate Rec.709 colors, smooth gradient transitions, and exceptional depth perception that brings corporate presentations, feature films, and live-streamed events to life. The inherent 3LCD design also eliminates the flicker fatigue associated with sequential color systems, making it more comfortable for extended viewing sessions.

At the heart of the Flyin-CS7 4K lies Flyin's first-generation in-house image processing chip — a dedicated hardware engine built from the ground up to handle the demanding 4K signal pipeline. It accepts any input resolution from legacy VGA to native 4K/60Hz, then simultaneously optimizes three critical dimensions: per-channel color calibration for accurate skin tones and brand colors, zone-based brightness uniformity correction ensuring even illumination across the entire projection surface, and intelligent multi-frame resolution enhancement that sharpens lower-resolution source content without introducing edge artifacts or ringing. Unlike software-based solutions that add latency, this dedicated ASIC processes every frame in real time, ensuring perfectly balanced, artifact-free image quality for fast-moving video, gaming, and live production environments.

Fine-tune your projection geometry without physically touching the projector or adjusting ceiling mounts. Digital Zoom scales the image down proportionally in precise increments from 100% to 50%, while Digital Shift repositions the entire frame horizontally and vertically across the projection surface with pixel-level precision. Together, they eliminate the time, cost, and safety risk of accessing elevated projector brackets or scaffolding in fixed installations — a critical advantage in high-ceiling auditoriums, multi-projector edge-blending arrays, rear-projection setups, and venues where projector access requires specialized lift equipment. Combined with the four-corner keystone correction, the Flyin-CS7 4K offers the most flexible installation geometry in its class.

Mount the Flyin-CS7 4K in any orientation — ceiling, floor, sidewall, or tilted at any angle — with full 360-degree installation flexibility supported by an advanced cooling system that maintains thermal stability regardless of orientation. Four-corner keystone correction with independent adjustment points compensates for projection from virtually any angle, ensuring perfectly rectangular images even in unconventional mounting positions. For healthcare, scientific, and industrial environments, the built-in DICOM Part 14 simulation mode enhances grayscale rendering to meet medical imaging standards for monochrome X-ray, CT, and MRI display — making this projector equally suited for surgical observation rooms, radiology training laboratories, NDT inspection stations, and specialized diagnostic visualization where precise grayscale differentiation is critical.