Rick Boardman, a former president of the National Agricultural Aviation Association (NAAA), died on June 11, 2026, when the Piper PA-36-300 Brave he was piloting struck a tower and crashed near Boardman Aerial Airport. Boardman was a recognized leader within the agricultural aviation community, having served at the national level of the NAAA, the primary trade and advocacy organization representing aerial applicators across the United States. The airport's namesake connection to Boardman suggests the operation was a family or personally owned agricultural enterprise, underscoring that even the most experienced and institutionally connected pilots in a given sector remain exposed to the specific hazards of low-altitude agricultural flying.
The Piper PA-36 Brave is a dedicated agricultural aircraft produced between 1972 and 1982, powered by a Lycoming IO-540 series engine producing 300 horsepower. Unlike the more dominant high-wing designs common in modern ag aviation — such as the Air Tractor line — the Brave features a low-wing configuration with a forward-mounted hopper. The type is now decades out of production, and operators flying legacy agricultural aircraft often contend with aging airframes, reduced parts availability, and the cumulative stress of low-altitude, high-cycle operations. The platform's design reflects an era before modern ag aviation safety systems, including wire-strike protection kits and enhanced cockpit situational awareness tools, became widespread.
Tower strikes represent one of the most persistent and lethal hazard categories in agricultural aviation. Aerial applicators routinely operate below 15 feet AGL during application passes, placing them in direct conflict with towers, power lines, guy wires, and other low-level obstacles that may be unmarked, poorly lit, or absent from charting sources. The NAAA has been an active participant in ongoing regulatory discussions with the FAA and FCC regarding mandatory marking and lighting requirements for towers under 200 feet AGL — a threshold that historically exempted many rural communication and infrastructure towers from conspicuity requirements. The outcome of those debates has direct life-safety implications for the agricultural pilot community, and Boardman's death illustrates the stakes with grim clarity.
The loss carries institutional weight beyond the individual tragedy. Boardman's tenure in NAAA leadership placed him at the center of advocacy efforts on issues including airspace access, chemical application regulations, and pilot training standards. Agricultural aviation operates in a segment of the industry that is chronically underrepresented in broader aviation safety discourse despite maintaining accident rates that consistently exceed those of commercial air carrier and business aviation operations. For operators and pilots in Part 137 agricultural work, this accident reinforces the necessity of meticulous pre-flight obstacle surveys, current awareness of newly erected structures, and ongoing pressure on regulators to close the gap in tower marking requirements that continues to cost lives in the low-altitude working environment.