Aircraft movement & MRO operations
AirGround Flow is developing a digital operational platform to coordinate towing, pushback, hangar logistics and aircraft positioning—bridging maintenance planning with physical ground execution.
Towing
Pushback
Hangar & MRO
Stand allocation
Platform
An operational platform in development, intended to support aircraft movement coordination across airports, airlines, maintenance facilities and ground service providers.
Our solutions
Focused capabilities for towing, pushback, hangar logistics and stand allocation—without exposing the full operations console.
Coordinate aircraft relocation on the apron, between terminals and maintenance hangars, with route-planning capabilities intended for development.
Key functionalities
Support coordinated pushback procedures with digital task context and safety-related workflows. Movement authorization remains with responsible personnel.
Key functionalities
Explore coordination for aircraft entering, exiting and repositioning within maintenance hangars.
Key functionalities
Coordinate aircraft parking-position information with ground teams and operating workflows.
Key functionalities
AirGround Flow
On time. On stand. Every turn.
Leadership
“At AirGround Flow Technologies, we believe aircraft ground movements should be as intelligent and seamless as the flight itself. Our mission is to empower airports, airlines, and ground service providers with real-time digital tools that enhance safety, optimize resource utilization, and drive cost-effectiveness, ensuring every aircraft is in the right place, at the right time, with maximum operational efficiency.”
About the team
A focused leadership team spanning strategy, operations, finance and technology—working with airports, airlines and MRO partners.
CEO
Head of Finance
Head of Strategic Partnerships
Head of Operations
Tech Lead
Outcomes
AirGround Flow is developing capabilities intended to support clearer coordination across aircraft movements and positioning operations—shown here with our own operational datasets.
Shared movement status and task context help teams coordinate aircraft positioning and surface potential handoff delays.
Timestamps and stage markers become inputs for reviewing handoffs and planning the next wave.
Digital task context supports safety checks alongside existing procedures and accountable personnel.
Any value case is tested against an agreed operational baseline—before claiming savings.
Movement plans align with maintenance windows so schedule conflicts show up earlier.
Tell us about your aircraft movement challenges, a focused MRO pilot or a potential technology collaboration.
