That is exactly what made VERTICON 2026 such an important meeting point for the industry. Held in Atlanta, Georgia, from 9 to 12 March 2026, with exhibits open from 10 to 12 March, the event is presented by Vertical Aviation International as the world’s largest conference and trade show dedicated to the international vertical aviation sector. The broader VERTICON brand reflects how the market has evolved beyond helicopters alone to include unmanned aerial vehicles and advanced air mobility platforms as well.
The scale of this year’s edition underlined that relevance. According to the official post show figures, VERTICON 2026 brought together 12,850 attendees, 684 exhibitors and representatives from 80 countries, alongside 64 aircraft on display and 120 education courses and sessions. VERTICON also describes its show floor as a place where manufacturers, suppliers, trainers and service providers from across the globe meet under one roof.
Against that backdrop, it was great to see our member Compass Forwarding Co., Inc. on the ground at this year’s event. Compass traces its roots back to 1947 and remains family owned today. On its aerospace pages, the company highlights around the clock AOG service, global partner coverage in more than 50 countries, and specialist support for movements involving engines, airframes and landing gear sets. Compass also states that it supports sectors including OEMs, MROs, airlines and charter operators, alongside end to end management of transportation and customs formalities in the maintenance parts supply chain.
That makes VERTICON a natural fit. In a market shaped by uptime pressure, fleet availability and fast technical response, aerospace logistics is part of the operational backbone. Events like VERTICON bring the wider vertical aviation ecosystem together in one place, from aircraft and technology to training, maintenance and support services. Seeing Compass Forwarding there was a strong reminder that trusted logistics partners remain an essential part of how this industry performs under pressure
