AvionTEq, a global leader in aviation test equipment sales, has introduced comprehensive mid-year promotions designed to help aviation maintenance professionals upgrade essential equipment while reducing overall costs. The promotional offers, running through June 30, 2025, include trade-in programs, cash rebates, and complementary technology incentives targeting various aviation testing devices.
The promotion features multiple strategic discounts across multiple product categories. Professionals can trade in older IFR4000 or IFR6000 units for credit toward next-generation testing equipment like the T-RX RP+, ARTS-7000, and SDR-OMNI systems. Additionally, customers purchasing the FDS HHMPI kit with readout services will receive a free Apple iPad and 15% off readout services.
Specific equipment eligible for the $200 rebate includes specialized testing devices from manufacturers like BAE Systems, Viavi, Barfield, and Teledyne. These devices cover critical aviation maintenance functions, including loop resistance testing, fuel quantity testing, and portable data loading.
AvionTEq CEO Fred Bostani emphasized the company's commitment to supporting aviation maintenance professionals, stating that the promotion aims to provide access to high-quality testing equipment without financial strain. The offers reflect the company's understanding of the industry's economic challenges and technological advancement needs.
The promotions underscore the importance of reliable, up-to-date testing equipment in maintaining aircraft safety and operational efficiency. By offering significant financial incentives, AvionTEq enables aviation maintenance teams to modernize their testing capabilities while managing budget constraints.
Technicians and operators interested in these promotions are encouraged to act quickly, as inventory is limited and the offers expire on June 30, 2025. The comprehensive range of supported brands, including Viavi/Aeroflex, Barfield, Flight Data Systems, and others, ensures broad applicability across various aviation maintenance contexts.
