Dallas, TX – March 3, 2026 – Green Taxi Aerospace announced today that the Federal Aviation Administration (FAA) has concurred with the certification approach for its electric taxi system program, as submitted by Green Taxi Aerospace’s certification partner StandardAero.
The FAA’s concurrence follows its review of Green Taxi Aerospace’s compliance checklist summary and FAA conformity plan. It also provides for the Organization Designation Authorization (ODA) program to be delegated to StandardAero’s ODA on behalf of Green Taxi Aerospace. StandardAero is supporting the development and execution of the certification program as Green Taxi Aerospace progresses toward STC approval.
“We appreciate the FAA’s review and concurrence on our certification approach,” said David Valaer, CEO of Green Taxi Aerospace. “This reflects a major milestone with continued progress in our certification program and the strong collaboration with our certification partners.”
John Miedwig, Director, Certification Services at StandardAero, added: "StandardAero is pleased to support Green Taxi Aerospace in the execution of its certification program. We look forward to continuing our collaboration as the program advances through the STC process.”
Green Taxi Aerospace’s electric taxi system enables Zero Engine Taxi™, allowing aircraft to taxi without using their main engines saving up to $300,000 per year per aircraft. The system is designed to reduce fuel consumption, lower emissions, decrease brake wear, eliminates the need for pushback tugs, and improve operational efficiency during ground operations.
About Green Taxi Aerospace
Green Taxi Aerospace, based in Plano, Texas, is pioneering the Zero Engine Taxi™ (eTaxi) system—an innovative solution that enables aircraft to taxi without running main engines, reducing fuel burn, emissions, and engine wear. Founded in 2021 by former F-16 pilot and aerospace executive David Valaer, the company partners with airlines, regulators, and airports worldwide to deliver cleaner, safer, and more efficient ground operations.
