FAA eIPP: eVTOL Testing Across 26 States

The FAA's eVTOL Integration Pilot Program — announced in March 2026 as a three-year effort — is now up and running, with eight projects spread across 26 states testing how advanced air mobility aircraft actually slot into the National Airspace System. This stopped being a certification story some time ago. It's an operations story now, and the first flights are already carrying freight that matters.

Eight projects, one question

The eight project leads read like a map of American aviation interests: the Port Authority of New York and New Jersey, the Texas, Utah, Pennsylvania, Louisiana, Florida and North Carolina departments of transportation, and the City of Albuquerque. The original project selection laid out the cast; the past six months have turned it into a working testbed.

Each lead brings a different use case, a different airspace environment and a different set of operational problems. The question underneath all of them is deceptively simple: what breaks when you put electric vertical aircraft into everyday operations, and what standards need to exist so it doesn't break again?

The first mission carried a pig heart

The program's first operation on 10 July set the tone. BETA Technologies flew its ALIA electric aircraft roughly 275 nautical miles between Virginia and Maryland, carrying a genetically modified pig heart — a joint effort with United Therapeutics and the Pennsylvania DOT.

Organ transport is the mission profile that makes eVTOL economics arguable. The payload is small, the value is extreme and the clock is unforgiving. An electric aircraft that can move time-critical cargo over a couple of hundred miles, quietly and without a fuel stop, isn't competing with an airliner. It's competing with a courier van on a congested highway — and winning on the clock, not the range chart.

What each project will attempt

The planned operations across the eight projects cover the full spread of advanced air mobility business cases:

• New York — eVTOL passenger operations at the Downtown Manhattan Heliport, under the Port Authority of New York and New Jersey.
• Texas — regional links between Texas cities, plus the passenger-style flights already underway in Dallas-Fort Worth.
• Louisiana and the Gulf — cargo and personnel flights to energy-industry locations across Louisiana, Texas and Mississippi.
• North Carolina — medical transport.
• Albuquerque — Reliable Robotics autonomous cargo trials with the City of Albuquerque.

Medical transport, energy-sector logistics, urban passenger service and autonomous cargo: if a business case for electric aviation exists, one of these eight projects is probing it.

Joby is already flying across Dallas

The most visible eIPP work so far belongs to Texas. Under TxDOT's Project Nexus, Joby has begun passenger-style flights across Dallas-Fort Worth, including operations into DFW International — which puts electric air taxis in the same traffic mix as one of the busiest airports in the world, not a segregated test range.

The training side is moving just as fast. Joby obtained Part 141 status roughly a year ago and has since pushed more than 1,000 students through ground school. Its first CAE Level C full flight simulator is expected later this year, and once it's online Joby expects it to support training of up to 250 pilots a year.

That number matters more than it looks. Pilot supply is the standard choke point for every new aircraft type, and a Part 141 academy feeding a purpose-built simulator is how you build a pipeline instead of renting one. The same tension shows up in the Part 61 versus Part 141 training debate: structured programmes win when an airline-grade operation needs airline-grade throughput.

The radiopharmacy clue

There's a related thread that explains why the FAA is so interested in cargo first. BETA has demonstrated electric transport of decay-sensitive radiopharmaceuticals with Alpine Air Express and Utah DOT's 47G programme — moving fluorodeoxyglucose, a medical isotope that loses half its activity in about 110 minutes.

For a radiopharmacy, a 110-minute half-life means every minute on the ground is a percentage point of efficacy lost. Conventional trucking schedules lose that fight daily. An electric aircraft that departs on demand turns a decaying asset into a deliverable one, and the Utah work suggests the cargo case may mature years before the passenger case does.

What the FAA actually gets out of it

The quiet point of the eIPP is that it's a standards factory. Every flight across the eight projects generates data the FAA will use to shape safety risk assessment, system redundancy, training requirements and performance standards for advanced air mobility aircraft.

That's the real product — not the flights, but the rulebook they inform. Certification proved these aircraft can exist. The Integration Pilot Program is meant to prove how they should be flown, staffed, maintained and folded into a National Airspace System that was designed around turbine and piston traffic. Three years of real operations across 26 states is a serious data set, and the standards that come out of it will shape every operator that follows.

What we're watching

• Whether BETA's organ-transport operations graduate from demonstration to routine scheduled service.
• Joby's simulator timeline — training capacity of up to 250 pilots a year is only real once the CAE Level C device is certified and running.
• The first passenger-carrying eIPP operations at the Downtown Manhattan Heliport, and what the public reaction looks like.
• Whether the Reliable Robotics autonomous cargo trials in Albuquerque move toward carriage-for-hire or stay in trials.
• How quickly the FAA converts operational data into published training and performance standards — the program's real deliverable.