UNSPSC 43232602: Aviation test software

Aviation test software are software used to train the pilot in the ground before the actual flight testing. These software simulate environment within an aircraft and the weather conditions the pilots are likely to encounter during actual flight conditions. Examples are Microsofts Flight simulator

UNSPSC 43232602 Aviation test software (Commodity) encompasses design, implementation, operation, and maintenance of flight information display systems (FIDS) and related aviation digital infrastructure for airports, along with specialized aviation training device software and associated testing platforms. State and local government buyers in this code include airport authorities (particularly major commercial airports), aviation technical institutes and community colleges, and specialized transportation authorities. The Greater Orlando Aviation Authority is pursuing an ITN (Invitation to Negotiate) for design, configuration, implementation, and seven-year operation and maintenance of a comprehensive FIDS platform at Orlando International Airport, with responses due August 27, 2026—a major procurement reflecting the capital-intensive nature of FIDS systems serving high-volume commercial terminals. Aviation training software appears in recent school district and community college solicitations: Hudson Valley Community College (SUNY) is seeking sealed bids for eight distinct aviation system training boards including fuel system trainers, hydraulic systems trainers, and cutaway engine models (responses due March 2, 2026), and the School Board of Polk County, Florida is soliciting RFQ responses for a complete aviation training solution comprising Basic Aviation Training Device (BATD) software, flight simulation software (Lockheed Martin Prepar3D v5), TRACON air traffic control simulation, and integrated hardware (responses due March 24, 2026). These procurements reflect demand for both operational FIDS infrastructure at major airports and hands-on aviation technician and pilot training systems in educational settings.

Recent activity concentrates in Florida (Orlando International Airport, Polk County schools) and the Northeast (Hudson Valley Community College in New York). The Orlando FIDS opportunity is the largest recent procurement under this code, involving integration with 347 existing digital display controllers, 758 LCD monitors, 126 LED panels, and expansion capability to 2,500 display devices supporting 40,000 monthly flights (expandable to 60,000). The ITN structure indicates the Aviation Authority is exploring technology options and pricing models rather than operating from fixed specifications. Training device procurements in Florida and New York signal steady demand for FAA-aligned aviation education infrastructure at technical institutes and community colleges. No set-asides or disadvantaged-enterprise designations apply to the Orlando FIDS procurement due to its specialized technical nature; school district and community college solicitations typically encourage HUB, MWBE, and SBE participation. Contract terms for completed opportunities span seven years (FIDS operations and maintenance), with training equipment purchases structured as firm fixed-price agreements.