Joby Targets 2028 Olympics Debut as eVTOL Race Enters Final Stretch

Joby Aviation plans commercial eVTOL flights in New York City, Florida and Texas as its first markets, with flying operations targeted for the 2028 Los Angeles Olympics. The company's Chief Policy Officer, Greg Bowles, laid out the timeline in a recent interview — and the disclosure matters because it signals a decade-long certification effort is finally entering its home stretch.

Joby entered formal FAA certification in 2018 and is now approaching type certification for its six-propeller, electric vertical takeoff and landing aircraft. Under the federal eVTOL Integrated Pilot Program (EIPP), an executive-order framework, the company can run limited commercial operations in key states before full type certification lands. Florida made the first cut of EIPP states, and Joby marked the occasion last week by recreating the world's first commercial flight — the 1914 St. Petersburg-to-Tampa route — with its own aircraft. A 111-year callback, delivered quietly. That's on brand.

What does the service actually look like?

The aircraft in testing targets routes up to 100 miles. To keep fares viable, Joby is prioritising high-density, bidirectional corridors that minimise empty "deadhead" legs — the return trips that burn capacity without revenue. Think of it as the same math that governs trucking backhauls, applied at 2,000 feet.

The flagship route tells the story. JFK to Manhattan, currently served by Blade Air Mobility — which Joby acquired — takes roughly seven minutes and starts at $249. Joby said it will begin replacing Blade's existing helicopter trips with its own aircraft within the coming year. That's not a concept; it's a substitution plan with an existing book of passengers.

The engineering case behind the pitch

The six-propeller architecture carries both the safety case and the noise story. Each of the six motor stations is dual-redundant, so a complete propeller failure requires two independent failures at a single station. Lose one station in hover, and the aircraft compensates by adjusting the diagonal motor, maintaining controlled flight on the remaining four.

The quiet acoustic signature — a deliberate outcome of using multiple smaller electric motors rather than a single large rotor — is, per Bowles, critical to community acceptance and regulatory approval. Noise is the constraint that has kept vertical lift niche for decades. Electric propulsion quietly removes it.

"As we get rid of the current constraint for vertical lift, which is noise — it comes to supply chain. And we gotta turn the knob on manufacturing," Bowles said. That quote deserves attention from anyone in freight: the bottleneck has moved from regulators to factories.

Airspace, autonomy and the defence side

On airspace integration, Joby points to its acquisition of autonomous flight company X-Wing, which has built camera, microphone and LiDAR systems to detect other aircraft and drones. The company says it recently completed the world's first coast-to-coast autonomous flight series with a large aircraft. The day before the interview, it announced a new set of defence contracts with the Air Force. Military revenue, as ever, de-risks the civil certification slog.

Bowles also flagged the FAA's new digital air traffic control system — the Brand New Air Traffic Control System, or BNACCS — which replaces analog infrastructure that had, remarkably, relied on eBay-sourced components. The upgrade promises smarter airspace management for high-frequency eVTOL operations.

How fast does this scale?

Bowles expressed confidence that broad public access to Joby's service will arrive well before 2035, though he stopped short of committing to a date. He pointed to a landing demonstration at Toyota's North American headquarters in Plano, Texas — touching down at half-court on a basketball court, with landowner permission — as proof the aircraft needs minimal ground infrastructure. Toyota remains one of Joby's key partners.

Manufacturing scale, not certification and not airspace, is now the binding constraint on how quickly the service expands beyond its initial dense urban corridors. For a logistics audience, that's the familiar arc: the technology clears its hurdles, and then someone has to build thousands of the things. Watch the production ramp — capacity, not paperwork, will set the pace between now and 2028.