FLYIN, a professional projection brand, recently launched the RL-KU1200, a high-end laser projector equipped with 3LCD display technology. Incorporating FLYIN's core optical technology, this new product offers a groundbreaking solution for dome projection applications with its 12,000lm brightness, 3.5 million:1 contrast ratio, and flexible 360° installation. Whether used in dome theaters at science and technology museums, immersive exhibition halls for cultural and tourism venues, or large immersive corporate conference rooms, the FLYIN RL-KU1200 delivers crystal-clear, detailed visuals, redefining the professional standard for dome projection and demonstrating FLYIN's technological leadership in large-scale projection. As FLYIN's flagship projector designed for large-scale, complex installations, the RL-KU1200 addresses the industry's pain points of insufficient brightness and uneven image quality for dome projection.

This achievement is the result of FLYIN's in-depth research and development of laser light source technology. Utilizing FLYIN's customized laser light source solution, the projector boasts a brightness of 12,000 lumens in standard mode, effectively resistant to ambient light interference even in semi-open dome spaces. Combined with a 3x0.76-inch 3LCD display panel and image uniformity of ≥90%—a core standard for FLYIN's high-end models—the RL-KU1200 maintains a 10% or less center-to-edge brightness deviation when projecting onto domes over 10 meters in diameter. This eliminates the "overbright center and dim edges" problem often seen with traditional projectors on domes, allowing classic dome content like star simulations and space travel to be rendered with even more nuanced depth, perfectly embodying FLYIN's product philosophy of "ultimate image quality, immersive experience."

Dome projection requires high installation flexibility, and the FLYIN RL-KU1200 fully meets this demand. This model offers a precise response to the complex installation requirements of FLYIN. It supports 360° horizontal and vertical rotation, along with ±120% motorized vertical lens shift and ±60% motorized horizontal lens shift. Both features utilize FLYIN's proprietary precision motor control technology, allowing for flexible adjustment of projection angles based on the dome's curvature, enabling seamless integration of multiple devices without the need for custom brackets. With a native throw ratio of 1.41-2.64, and the ability to combine with optional lenses with throw ratios of 0.8:1 and 1.2-1.5:1 (all FLYIN-certified adapters), it can accommodate both short-throw projection in small domes and long-distance coverage in large venues. Furthermore, its ±40° vertical automatic keystone correction and four-corner correction features, developed by FLYIN based on algorithms optimized through thousands of dome scene tests, quickly correct image distortion caused by the dome's curved surface, significantly reducing installation and debugging difficulties and increasing engineering team efficiency by over 30%.

The FLYIN RL-KU1200 also demonstrates the brand's technological expertise in professional dome content presentation. Its native WUXGA (1920*1200) resolution supports 4K@30Hz signal input, accurately reproducing the finest details of 4K dome-level content. This performance aligns with FLYIN's product positioning of "suitable for all professional scenarios." Its ultra-high 3.5 million:1 contrast ratio allows for clear rendering of dark details such as nebula textures and biological outlines in dark scenes like deep space exploration and underwater exploration, enhancing the sense of immersion. To meet the needs of professional fields, FLYIN has also built-in DICOM simulation mode for the RL-KU1200, making it suitable for medical dome teaching scenarios. Palette modes such as blackboard and greenboard meet the content display needs of educational domes, further expanding the application boundaries of FLYIN projection products.

Furthermore, the stability and scalability of the FLYIN RL-KU1200 provide a solid guarantee for the long-term operation of dome equipment, demonstrating FLYIN's ultimate pursuit of "durability." The laser light source's 25,000-35,000-hour lifespan reduces the maintenance costs associated with frequent light source replacements for dome screens, extending the lifespan by 20% compared to the industry average. The HDBaseT long-distance network transmission capability, a technology jointly optimized by FLYIN and leading industry transmission solution vendors, enables signal transmission between the device and the control terminal over 100 meters, meeting the wiring requirements of large dome screen venues. The dual USB ports feature one 2.5A power output for directly powering the dome's sensors and small control devices, while the other supports direct multimedia playback in formats such as MKV and MP4, facilitating the temporary playback of dome screen content. These detailed designs are the result of FLYIN's deep understanding of actual user scenarios.

According to the head of FLYIN's R&D team, the RL-KU1200 has been piloted in dome theaters at several science and technology museums across China, earning widespread acclaim for its "perfect clarity and immersive experience." Some venues report a 15% increase in audience dwell time and a significant increase in repeat visits. In the future, FLYIN will continue to deepen its research in projection technology, and further adapt the RL-KU1200 to more complex scenarios such as spherical domes and special-shaped domes. At the same time, it plans to launch customized solutions for vertical fields such as culture and tourism, medical care, and education, providing more professional technical support for innovative applications of domes in various industries, and continuously consolidating FLYIN's leading position in the high-end projection market.