Joby Aviation has announced a strategic partnership with Atoms, the infrastructure company founded by former Uber CEO Travis Kalanick, to acquire and develop vertiport sites across the United States. The collaboration marks a significant shift in the eVTOL (electric vertical takeoff and landing) industry, moving focus from aircraft certification to the ground infrastructure that will make air taxis actually operational in cities.

The partnership targets four key markets: Florida, New York, Texas, and California. These locations align with where Joby is preparing to launch early operations under the White House-backed eVTOL Integration Pilot Program (eIPP), a federal initiative designed to gather operational data before routine commercial service begins.

Why Ground Infrastructure Has Become the Real Bottleneck?

For years, the eVTOL industry has focused almost exclusively on aircraft development and FAA certification. Joby has made substantial progress on that front: the company has flown its first FAA-conforming aircraft, entered the final stage of type certification, and demonstrated operational capability through piloted flights across the San Francisco Bay Area and New York City. But as the company approaches commercial readiness, a new constraint has emerged. Aircraft need somewhere to land, charge, and connect passengers to ground transportation. Building that infrastructure rapidly, in the right locations, and at scale is now expected to be the critical path to making electric flight part of daily life.

"Thoughtful urban planning can take a decade or more, and making electric flight part of everyday life will require a new generation of transportation hubs connecting aircraft, ground transportation, and communities," said JoeBen Bevirt, Founder and CEO of Joby Aviation.

JoeBen Bevirt, Founder and CEO of Joby Aviation

The challenge is more complex than simply building landing pads. Vertiports will function as multimodal transportation hubs where electric aircraft, autonomous ground vehicles, and ridesharing services converge. The most demanding component, though invisible to passengers, is on-site power infrastructure. Charging an eVTOL fleet at commercial frequency requires grid capacity of a scale that independently constrains site selection. This is why these facilities are described as power-intensive deployments.

What Makes Atoms the Right Partner for This Challenge?

Atoms brings specialized expertise in building complex, power-intensive infrastructure for smart cities. The company operates through multiple divisions including CloudKitchens, Otter, Picnic, and others, giving it experience in deploying technology-driven real estate at scale. For the Joby partnership, Atoms will develop vertiports as next-generation transportation hubs using in-house architects, engineers, technology specialists, and construction teams.

"Smart cities require innovative real estate and infrastructure development," said Travis Kalanick, Founder and CEO of Atoms. "As new transport modes and smart city services become available, designing and deploying a new asset class to support them is critical."

Travis Kalanick, Founder and CEO of Atoms

Joby's CEO emphasized that Atoms' vision of combining technology, operations, and customer experience made it a natural partner. The infrastructure company's track record in deploying ambitious, complex projects aligned with what Joby needed to scale vertiport development across multiple states.

How Vertiports Will Function as Multimodal Transportation Hubs

• Aircraft Operations: Vertiports will provide landing areas, charging infrastructure, and maintenance facilities for Joby's electric air taxis, enabling rapid turnaround between flights.
• Ground Transportation Integration: Autonomous vehicles and ridesharing services will connect passengers from vertiports to their final destinations, creating a seamless last-mile solution.
• Power Infrastructure: On-site power systems will anchor the hubs, providing the grid capacity necessary to charge multiple aircraft simultaneously and support all ground operations.
• Passenger Services: Vertiports will include facilities for passenger connections, ticketing, and amenities, treating them as full transportation terminals rather than simple landing pads.

This integrated approach reflects a broader understanding that air taxis cannot succeed in isolation. They must connect to existing transportation networks and serve as part of a larger urban mobility ecosystem.

What This Partnership Signals About Joby's Timeline?

The timing of this announcement is significant. Joby is moving forward with vertiport development even before FAA type certification is complete, suggesting confidence in the aircraft's path to approval. This sequencing also reflects lessons learned from earlier infrastructure partnerships in the eVTOL space. Previous attempts to build charging networks and vertiport infrastructure have sometimes stalled when aircraft development timelines shifted or when regulatory approvals took longer than expected.

By partnering with Atoms now, Joby is attempting to compress the timeline for ground infrastructure deployment. Urban planning and real estate development typically take years; by starting the acquisition and design process in parallel with final certification, Joby aims to have vertiports ready for early commercial operations under the eIPP.

The partnership also follows Joby's announcement in July of a definitive multi-year agreement with Virgin Atlantic for UK air taxi services and its manufacturing joint venture with Toyota announced in June. This sequence indicates parallel development of manufacturing capacity, commercial distribution, and ground infrastructure all advancing toward the same goal: commercial air taxi service.

For the broader eVTOL industry, the Atoms-Joby partnership underscores a critical realization: the constraint has shifted from the sky to the ground. As multiple companies race toward aircraft certification, the real competitive advantage may belong to whoever can build the infrastructure network fastest and most efficiently.