Archer Aviation and BETA Technologies announced plans to bring a shared charging network to Texas, partnering with the state's Department of Transportation to support electric air taxi operations under the White House's eVTOL Integration Pilot Program (eIPP). The move underscores a critical reality in the emerging air taxi industry: building the planes is only half the battle. Without reliable, interoperable charging infrastructure in place, even the most advanced aircraft will sit grounded.

America's Consortium for Electric Skyways (ACES), launched by Archer, BETA, and Macquarie Capital in July 2026, aims to electrify up to 250 air taxi sites across America's largest airports and metro areas over the next decade. The Texas announcement represents the consortium's first major deployment, with plans to identify key charging locations at airports, fixed-base operators (FBOs), and other strategic points across the state.

What Makes This Charging Network Different From Competitors?

The critical innovation here is interoperability. Rather than each aircraft manufacturer building proprietary charging systems that only work with their own planes, ACES is designing chargers based on the Combined Charging Standard (CCS), an open standard already endorsed by the General Aviation Manufacturers Association (GAMA) and adopted across the eVTOL industry. This approach allows multiple operators and aircraft types to share the same infrastructure, reducing costs and fragmentation.

"Aircraft are only useful if you have the infrastructure in place to support them. ACES is about making sure that infrastructure is interoperable, reliable, and ready where operators need it. Texas gives us a great opportunity to put that work into practice alongside TxDOT and show how shared charging infrastructure can support real operations today," said Kyle Clark.

Kyle Clark, Founder and CEO of BETA Technologies

Under the consortium's division of roles, BETA supplies the charging hardware, Archer anchors the network with plans to launch passenger air taxi operations, and Macquarie Capital arranges the investment capital needed to acquire sites and build facilities. This shared model is designed so that Archer can access chargers during peak operational hours for passenger flights, while BETA's customers use the same infrastructure for cargo operations and medical transport.

How Will Texas's Air Taxi Network Connect Cities and Rural Communities?

Texas's eIPP pilot has ambitious geographic goals. TxDOT and ACES share a vision of connecting the Texas Triangle, which includes Dallas/Fort Worth, Austin, San Antonio, and Houston, while also extending air taxi networks to rural communities surrounding each city. The pilot is structured in three phases: initial testing without passengers using traditional aircraft, followed by medical and cargo logistics operations, and finally passenger air taxi flights across the Texas Triangle.

TxDOT was selected for the eIPP in March 2026, positioning the state as one of the nation's leaders in integrating electric aircraft into U.S. airspace. The FAA listed Archer, BETA, Joby, and Wisk as industry partners supporting the Texas project.

"The future of aviation is taking flight in Texas. The eIPP is a first-of-its-kind effort to safely integrate electric aircraft into U.S. airspace, and building the charging infrastructure to support those operations puts Texas squarely at the center of the next generation of aviation, improving safety and connectivity for communities across the state," stated Sergio Roman.

Sergio Roman, TxDOT Emerging Aviation Tech Director

Steps to Deploy Effective Air Taxi Infrastructure

• Site Identification: Work with state transportation agencies to map where aircraft operators plan to fly and determine optimal charging locations at airports, FBOs, and points of interest.
• Standardized Hardware: Deploy chargers built on open industry standards like CCS to ensure multiple aircraft manufacturers and operators can use the same infrastructure without proprietary lock-in.
• Multi-Use Scheduling: Design charging networks to serve multiple operational use cases, including passenger air taxis during peak hours, cargo operations, medical transport, and ground support vehicles at major airports.
• Capital Coordination: Secure strategic investment partners who can help arrange funding for site acquisition, facility development, and construction at scale across multiple cities and regions.

Why Does This Matter Beyond Texas?

The Texas deployment is a proof-of-concept for ACES's broader ambition. If the consortium can successfully demonstrate that shared, interoperable charging infrastructure can support real air taxi operations in Texas, the model becomes replicable in other eIPP pilot states including Florida and New York. The approach also signals a shift in how the eVTOL industry thinks about commercialization: infrastructure partnerships may be just as important as aircraft design.

Archer's broader strategy reinforces this point. Beyond ACES, the company recently announced its acquisition of Boeing's Wisk Aero, Insitu, and SkyGrid subsidiaries, moves that diversify Archer's revenue base and provide complementary technologies for autonomous flight and air traffic management. With Boeing retaining a 16.5% equity stake in Archer after the deal closes, the partnership signals confidence that infrastructure, software, and aircraft integration will determine long-term success in the air taxi market.

Archer also launched its "No Roads" flight tour in the week before the Texas announcement, expanding city-to-city test flights for its all-electric Midnight air taxi across the United States in coordination with the FAA. These flights pave the way for Archer to conduct eIPP operations in Texas, Florida, and New York, and to begin flying Midnight in the Los Angeles area later in 2026 as the Official Air Taxi Provider of the LA28 Games.

The Texas charging network announcement underscores a fundamental truth about emerging transportation technologies: the aircraft alone don't create a market. Reliable, accessible, and interoperable infrastructure does. By focusing on charging deployment alongside flight testing, Archer and BETA are betting that the companies that control the infrastructure, not just the planes, will define the future of air mobility.