Pacific Aerospace FU24A-954 Aircraft Parts, Equipment, and Tooling List

The Pacific Aerospace FU24A-954 is an enhanced version of the proven FU24 airframe, offering upgraded structural components, improved payload handling, and strong low-speed performance. Purpose-built for aerial topdressing and spraying in challenging environments, it retains the core strengths of earlier models while adding airframe refinements that increase efficiency and operational lifespan. Its high-wing layout, durable landing gear, and excellent short-field performance make it a favorite among ag operators working in hilly or remote terrain.

The FU24A-954 features a reinforced airframe, stable handling characteristics at low speeds, and reliable mechanical flight controls, all contributing to safe operation during precision agricultural tasks. The pilot benefits from a wide field of view and straightforward cockpit layout. Optional GPS-guided application systems help ensure precise coverage and reduce pilot workload, particularly in demanding environments.

The FU24A-954 delivers strong climb performance and excellent maneuverability at low altitudes, ideal for topdressing and spraying operations. Powered by the Lycoming IO-720 engine, it competes favorably with other piston-powered ag aircraft in terms of payload, hopper volume, and turnaround efficiency. While it may not match the speed or payload of turbine ag planes, it excels in precision work on short or sloped runways.

Maintenance is based on flight hours and mission intensity, including 50- and 100-hour inspections, with an annual inspection required for continued airworthiness. The aircraft’s mechanical systems and engine are straightforward to service, and parts availability is well-established. Many ag operators perform field maintenance or partner with local shops familiar with piston-powered utility aircraft.

The aircraft supports a wide range of mission-specific configurations, including hopper sizes, spray booms, spreader gates, and GPS-based precision application systems. Operators can also equip the cockpit with avionics suited to their regional airspace requirements. While primarily used for agricultural work, the airframe is also adaptable for light utility roles in rural and remote areas.

The FU24A-954 is designed to operate in typical agricultural conditions, including hot, humid, or gusty environments. While limited to VFR operations, it performs well in light crosswinds and turbulent air. The rugged design and stable handling allow for safe, low-altitude maneuvering even in uneven terrain or changing weather conditions.

The FU24A-954 offers a typical range of about 400 nautical miles (741 kilometers), depending on payload and mission profile. Though most agricultural flights are conducted locally, this range allows the aircraft to reposition efficiently between fields or regional job sites without frequent refueling.

The aircraft is designed for single-pilot operation, with the primary space ahead of the cockpit used for a large hopper. While most models are single-seat, some versions may include space for an observer seat or technician, but passenger transport is not its intended purpose.

The FU24A-954 is powered by a Lycoming IO-720 engine producing approximately 400 horsepower (298 kilowatts). This eight-cylinder, air-cooled engine offers a solid balance of reliability, performance, and serviceability for demanding low-level flight operations in rugged environments.

The useful load is typically around 3,000 pounds (1,361 kilograms), which supports a high-volume hopper along with fuel and essential flight equipment. This capacity allows the aircraft to efficiently carry and distribute dry or liquid agricultural material with minimal turnaround time.

The FU24 series includes several piston and turbine variants, each offering different powerplants, hopper capacities, and airframe improvements. The FU24A-954 represents one of the most advanced piston-powered versions, with structural reinforcements and increased payload compared to earlier models like the FU24-954. Other variants include turbine conversions that provide increased thrust and higher endurance.

Yes, the FU24A-954 is designed for short and unimproved runway operations. It can take off and land on grass, dirt, or gravel strips with minimal infrastructure. Its STOL capabilities and rugged landing gear allow operators to work from remote farms, hilly terrain, or temporary airstrips near application zones.

The cockpit of the FU24A-954 is practical and focused on utility. It provides good visibility, intuitive controls, and enough space for a comfortable seated position during repetitive missions. While not luxurious, the cockpit is functional for long workdays and optimized for safety and efficiency.

Avionics packages can include basic VFR gauges or more advanced systems like GPS navigation, ADS-B, and integrated application mapping. Many operators install ag-specific gear such as flow controllers, area coverage tracking, and data logging systems. The avionics suite can be customized to meet regulatory and mission-specific needs.