Design Philosophy and Innovation
Fred Meyer's approach to the Meyer-360 represented a significant departure from traditional homebuilt construction methods of the early 1990s. While most kit aircraft of the era relied on aluminum or all-steel construction, Meyer boldly combined an all-composite wing with a conventional welded steel tube fuselage. This hybrid approach offered builders the strength and smooth surfaces of composite construction where it mattered most for performance—the wing—while maintaining the familiar and forgiving welding techniques that many homebuilders preferred for the fuselage structure.
The decision to incorporate composite materials positioned the Meyer-360 ahead of its time, as widespread adoption of composites in homebuilt aviation would not occur until well into the 2000s. Meyer's background in aerobatic aircraft design, evident in his earlier Acro 1 which first flew in 1993, influenced the Meyer-360's emphasis on structural integrity and performance.
The Manufacturer
Aircraft Technologies Inc. operated from Lilburn, Georgia, with kit assembly and aircraft completion taking place at Lawrenceville Municipal Airport on Airport Road, Hangar 7. The company specialized in high-performance homebuilt designs under Fred Meyer's direction, focusing on aircraft that pushed the boundaries of what amateur builders could achieve. Meyer's third original design for the company, the Meyer-360 represented the culmination of lessons learned from his earlier aerobatic designs.
The company maintained operations from at least 1993 through 2013, with the phone number 770-806-9098 serving as the primary contact for prospective builders throughout the 2000s. Unlike many kit manufacturers that eventually sold to larger aviation companies, Aircraft Technologies remained a small, focused operation dedicated to Meyer's innovative designs.
Technical Specifications and Performance
The Meyer-360's powerplant, the Lycoming IO-360, provided 200 horsepower through a fuel-injected, four-cylinder, horizontally-opposed configuration. This engine choice aligned with Meyer's philosophy of proven reliability, as the IO-360 series had established an exceptional service record since its introduction in the 1960s. The constant-speed propeller installation maximized the engine's efficiency across the aircraft's performance envelope.
With a maximum takeoff weight of 1,763 pounds and fuel capacity of 180 liters (47.5 gallons), the Meyer-360 achieved its impressive 700-nautical-mile range through careful attention to aerodynamic efficiency. The composite wing contributed significantly to this performance, offering smoother surfaces and more precise airfoil shapes than could be achieved with traditional aluminum construction.
The aircraft's compact dimensions—21 feet in both wingspan and length, with a height of just 4.9 feet—reflected Meyer's emphasis on agility and hangar compatibility. These proportions, combined with retractable landing gear, suggested performance capabilities that exceeded many contemporary four-seat aircraft.
Limited Production and Legacy
By 2013, when Aircraft Technologies completed production, at least three Meyer-360 aircraft had been built from kits or plans. This limited production run reflected the specialized nature of the design and the small market for experimental aircraft requiring advanced composite construction skills. Unlike mass-produced general aviation aircraft, each Meyer-360 represented months or years of dedicated work by individual builders.
The Experimental Aircraft Association (EAA) continued to list the Meyer-360 plans in their registry, ensuring that future builders could access the design even after Aircraft Technologies ceased operations. This arrangement preserved Meyer's innovations for the experimental aviation community, allowing his composite construction techniques to influence future homebuilt designs.
Current Status and Influence
While the exact number of Meyer-360 aircraft remaining airworthy is unknown, the type's influence on homebuilt aviation extends beyond its small production numbers. The successful integration of composite wing technology with traditional fuselage construction methods provided a template that other designers would later adopt and refine.
The Meyer-360's compact dimensions and retractable gear configuration anticipated the modern trend toward high-performance, efficient four-seat homebuilts. Its 700-nautical-mile range capability, achieved in an aircraft with such modest dimensions, demonstrated the performance potential available to builders willing to embrace advanced construction techniques.
Fred Meyer's vision of accessible high performance through innovative construction methods found its fullest expression in the Meyer-360, creating an aircraft that served as both a practical four-seat transport and a showcase for the potential of amateur-built aviation to push technological boundaries.