Triathlon Wire-Free Wood Blinds – Motorized Tilt, No Top Treatment

Triathlon battery-powered wood blinds deliver professional-grade automated tilt control and cordless manual lift for windows from 20 to 72 inches wide and up to 80 inches high, combining the timeless appeal of genuine North American Basswood with innovative motorized technology. Morgan and Easton wood valance styles coordinate with blind finishes and conceal the headrail for a polished, integrated appearance. The Electronic Drive Unit housed in the headrail provides precision motorized tilt control with Intelligent Tilt Alignment technology to maintain consistent slat angles across multiple blinds, while the carefully designed bottom rail enables easy, precise cordless manual lift operation. Operating at 44 dBA measured 3 feet from the drive unit, these blinds move almost silently while D-cell or AA batteries provide industry-leading battery life with store-bought convenience and tool-free replacement. Battery Boost technology is available for blinds wider than 54 inches, adding four additional batteries for extended battery life in larger blinds and high-use applications. Hand-crafted 2-inch slats in a wide range of painted and stained finishes provide maximum window coverage with minimal light gaps of just 1/4 inch from slat ends to window frame, while low-profile mounting brackets minimize gaps at the top of the headrail. Multiple presets can be stored and recalled to position slats at predetermined tilt angles with a single button press, with tilt adjustment available at any blind height for versatile privacy and view control. Built-in Clear Connect RF technology enables native wireless control through Lutron systems and integrates with major smart home platforms, with no additional wiring required. Backed by an 8-year limited warranty, Triathlon Wood Blinds unlock Natural Light Optimization technology when paired with RadioRA 3, HomeWorks, and Athena systems, automatically adjusting slat angles throughout the day based on the sun's position to maximize comfortable daylight while managing glare and heat gain.