Archer Aviation and other electric vertical takeoff and landing (eVTOL) companies are entering a critical phase where their aircraft will move from testing facilities into actual American airspace through a new federal partnership program. The U.S. Department of Transportation and Federal Aviation Administration (FAA) launched the eVTOL and Advanced Air Mobility (AAM) Integration Pilot Program (eIPP) in June 2025, creating a public-private partnership that pairs state and local governments with leading eVTOL developers to conduct real-world flight operations and gather operational data .

What Is the eVTOL Integration Pilot Program and Why Does It Matter?

The eIPP represents a significant milestone for the emerging eVTOL industry because it moves beyond laboratory demonstrations into genuine operational testing. At least 10 states submitted proposals to participate, including California, Florida, Georgia, Hawaii, Indiana, Kentucky, Michigan, Ohio, New York, and Texas . Each state is partnering with one or more leading AAM companies, including Archer Aviation, Ampaire, Beta Technologies, Eve Air Mobility, Joby Aviation, and Wisk Aero . The program's goal is to validate operational concepts, collect real-world data, showcase safety and viability to communities, test infrastructure, and develop standards of practice that can scale future operations .

A critical detail: none of the electric aircraft will have a type certificate when programs commence, meaning the flights will be restricted to non-passenger missions during this initial phase . This allows developers to gather crucial safety and performance data before carrying paying customers.

How Are Helicopter Operators and eVTOL Companies Converging?

The helicopter industry is already learning from and adapting to the eVTOL revolution. More than a dozen commercial and private helicopter operators have ordered eVTOL aircraft or partnered with eVTOL companies, signaling confidence in the technology's future . These operators include established names like Bristow Group, Blade, Flexjet, FlyNYON, Héli Air Monaco, Helicopters Inc., Helijet International, Metro Aviation, Omni Helicopters, and United Therapeutics .

The convergence reflects a broader shift in how aviation companies view point-to-point transportation. Blade, a Manhattan-based helicopter operator, exemplifies this transition. The company operated 15,000 helicopter flights across its network in 2025 and flew 25,000 passengers on New York airport shuttle services alone . In August 2025, Joby Aviation acquired Blade for $125 million, combining Joby's eVTOL aircraft with Blade's established infrastructure and passenger network .

"By combining Joby's aircraft with Blade's established network, we're creating an unmatched foundation for bringing quiet air travel to market," said JoeBen Bevirt, founder and CEO of Joby.

JoeBen Bevirt, Founder and CEO at Joby Aviation

This acquisition unlocks market access and infrastructure across key urban corridors in New York City and other markets once Joby's eVTOL receives certification . Blade is also supporting Joby's upcoming pilot project in Dubai, United Arab Emirates .

What Real-World Applications Are Driving eVTOL Adoption?

Beyond passenger transportation, eVTOL technology is being adapted for critical medical missions. United Therapeutics, a biotechnology company focused on xenotransplantation research, has emerged as a visionary in the AAM space. The company's CEO, Dr. Martine Rothblatt, is an early-stage investor in several eVTOL initiatives and recognized that organ transplantation requires a quiet, emission-free transportation system .

United Therapeutics is developing multiple electric aircraft solutions for organ delivery. The company is working with Robinson to develop hydrogen-electric versions of the R44 and R66 helicopters through a supplemental type certificate, with the R66 selected for organ delivery due to its higher gross weight and internal space for lightweight liquid hydrogen tanks . Additionally, United Therapeutics plans to use Beta Technologies' Alia A250 eVTOL aircraft, which offers a 250-nautical-mile range on battery-electric power and can extend to over 750 nautical miles with a hydrogen fuel cell powerplant .

Blade's medical division also demonstrates the practical value of eVTOL infrastructure. In August 2019, Blade began flying transplant organs for New York University Langone Health, offering flights 24/7 in as little as 20 minutes through its Blade MediMobility service . As part of the Joby acquisition, this organ transfer business was spun off as a separate public company called Strata Critical Medical, Inc. in October 2025 .

Steps to Understanding eVTOL's Path to Commercial Operations

• Pilot Program Phase: The eIPP allows eVTOL companies to conduct non-passenger missions in real airspace across 10 participating states, collecting operational data and demonstrating safety to communities without requiring type certification.
• Infrastructure Development: Helicopter operators and eVTOL companies are establishing passenger terminals and heliports in major metropolitan areas, particularly New York City, which has the largest short-distance aviation market in the world.
• Specialized Applications: Medical missions, organ transport, and emergency services are becoming early revenue drivers for eVTOL operators, with companies like United Therapeutics and Blade demonstrating immediate practical value beyond passenger tourism.
• Technology Maturation: Parallel development of battery-electric, hydrogen-electric, and hybrid-electric propulsion systems by companies like Robinson, Beta Technologies, and Piasecki Aircraft is advancing the technical foundation for scaled operations.

The eVTOL industry's momentum reflects genuine progress toward commercial viability. The federal pilot program validates that regulators and industry stakeholders are moving beyond speculation into systematic testing and validation. With Archer Aviation and other developers now operating in real airspace across multiple states, the question is no longer whether eVTOL aircraft will fly in American cities, but when they will begin carrying passengers at scale .