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FTC Solar Launches Pioneer+ High Wind Tracker to Expand Resilient Solar Deployment Options
FTC SolarFTC Solar(US:FTCI) Globenewswire·2025-08-14 11:00

Core Viewpoint - FTC Solar has launched the Pioneer+ High Wind tracker, designed for extreme wind conditions, enhancing the capabilities of its existing 1P Pioneer single-axis tracker [1][2]. Group 1: Product Features - The Pioneer+ High Wind tracker can withstand wind speeds up to 150 mph, making it suitable for coastal, hurricane-prone, and high-altitude regions [1]. - It incorporates advanced analytical modeling and third-party validated engineering to ensure reliable performance under increased wind loads [3]. - The system features a wind direction-agnostic safety stow position, reducing wind loads and foundation depth requirements while maximizing energy production during wind stow [7]. Group 2: Market Adaptation - The tracker addresses the growing need for resilient solar solutions as projects move into more climate-sensitive environments [3]. - It is designed to meet evolving industry standards, with over 100 projects in the Southeastern U.S. reclassified from Risk Category I to II, raising wind design thresholds from 113 mph to 130 mph or more [4]. - The Pioneer+ High Wind tracker is a response to market feedback, aiming to solve real challenges for developers with fast, easy, and safe installation [6]. Group 3: Structural Enhancements - Key enhancements include reinforced torque tubes, drive posts, and damper assemblies for added structural rigidity [7]. - The tracker is compatible with various module form factors, providing broad design flexibility [7]. - Preassembled module-agnostic rails simplify onsite logistics and reduce installation errors [8]. Group 4: Company Background - FTC Solar, founded in 2017, specializes in solar tracker systems and technology, aiming to increase energy production at solar installations [9]. - The company emphasizes delivering innovative tracker designs that offer performance and reliability with a competitive installation cost-per-watt advantage [9].