Elite Screens FTE133H3-C4D Kestrel Tab-Tension 3 CineGrey 4D Floor-Rising Electric Front Projection Screen

Designed for professionals who need dependable, high-impact displays, the Elite Screens FTE133H3-C4D Kestrel Tab-Tension 3 is a motorized, floor-rising electric front projection screen built for performance. The CineGrey 4D viewing surface enhances contrast and rejects ambient light, so presentation content, surveillance video and security camera feeds remain crisp and readable even in bright environments. The tab-tension system keeps the screen perfectly flat across the full large-format FTE133 model, eliminating image distortion and maintaining accurate geometry for critical monitoring and AV applications. The smooth electric retraction mechanism conceals the screen when not in use, preserving room aesthetics and adding a layer of physical security for equipment. Built for integration into boardrooms, home theaters, control rooms and security operations centers, this Elite Screens home projector screen balances professional image quality with practical installation benefits. Choose the FTE133 Kestrel to upgrade your viewing, conferencing, or surveillance display — contact your AV provider or add to cart to specify for your next installation.

• Delivers vivid, high-contrast images in bright rooms thanks to the CineGrey 4D ambient-light rejecting surface, improving visibility for presentations, monitoring and surveillance feeds
• Smooth, reliable motorized floor‑rising design provides a clean, retractable installation for flexible AV environments and secure concealment when not in use
• Tab-tension system ensures a perfectly flat viewing surface with no ripples, producing uniform image geometry for critical display applications
• Large-format FTE133 model offers expansive viewing real estate ideal for conference rooms, home theaters, control rooms and security command centers
• Low-profile aesthetics and durable construction simplify integration into professional AV, security monitoring and corporate installations while reducing maintenance downtime