Dynon Unveils Integrated IFR GPS for SkyView HDX: Zero Panel Space Required
In a significant revelation ahead of EAA AirVenture Oshkosh 2026, Dynon Avionics has announced its development of a fully integrated IFR GPS navigation feature for its widely used SkyView HDX avionics platform. The best part? It doesn’t require any radio stack space.
The innovative system is based on a remote-mounted IFR hardware module installed behind the instrument panel. It feeds data directly to the existing SkyView HDX displays, thereby eliminating the need for a separate, panel-mounted IFR navigator from third-party brands like Garmin or Avidyne. This setup has traditionally been a costly and space-consuming necessity for pilots wishing to fly IFR in certified or experimental aircraft.
The new feature will support full RNAV operations including LPV approaches (providing both lateral and vertical guidance), SIDs, STARs, and will directly couple to the Dynon autopilot for hands-off precision approaches. It also includes a completely redesigned, graphical flight planning interface, simplifying the workflow for loading departures, arrivals, and transitions. The system will be available for both the Dynon Certified and Experimental SkyView HDX product lines, and existing HDX owners will have the option to upgrade.
Importantly, Dynon is marketing the solution as MOSAIC-ready. This aligns with the FAA’s comprehensive new Modernization of Special Airworthiness Certification rules, which come into full effect on July 24, 2026, and pave the way for IFR operations in Light Sport Aircraft. While pricing and availability dates are yet to be announced, Dynon assures that the system will cost “a fraction” of traditional standalone IFR navigators.
“With this upcoming capability, we intend for SkyView HDX owners to fly IFR missions, including coupled LPV approaches, without sacrificing a single inch of valuable radio stack panel space,” stated Brad Thurow, President of Dynon.
Source: General Aviation News – Dynon SkyView HDX Adds Integrated IFR Navigation