Archer, BETA Launch 250-Site eVTOL Charging Network

Archer Aviation and BETA Technologies announced ACES (America's Consortium for Electric Skyways) on July 16, 2026, a joint venture with Macquarie Capital to build interoperable eVTOL charging infrastructure at up to 250 airports and vertiports across California, Texas, Florida, and New York by 2030, using the shared Combined Charging Standard (CCS).

Background

eVTOL (electric vertical takeoff and landing) aircraft are electric-powered air taxis that take off and land like a helicopter but fly forward like a fixed-wing plane, and companies like Archer and BETA have spent years racing toward FAA certification for passenger and cargo service. Certification alone does not get an air taxi flying commercially — without chargers at the airports and vertiports where these aircraft actually operate, certified aircraft have nowhere to recharge between flights.

That infrastructure gap has been a persistent bottleneck for the advanced air mobility (AAM) industry, and it is also why competitors are now pooling resources instead of building rival networks. ACES creates one shared charging standard that any eVTOL operator can use, rather than each company installing incompatible chargers at the same sites.

The problem is often described in the industry as a chicken-and-egg standoff: airports and vertiport operators have been reluctant to install expensive charging hardware without confirmed aircraft to serve, while manufacturers have been reluctant to schedule commercial routes without guaranteed places to recharge. By pairing two of the best-funded eVTOL developers with an infrastructure financier in Macquarie Capital, ACES is structured to break that standoff by committing to sites years ahead of full commercial service.

Inside the ACES Charging Network

The consortium will deploy BETA-built chargers using the Combined Charging Standard (CCS), the same open standard endorsed by the General Aviation Manufacturers Association (GAMA) and already adopted broadly across the eVTOL industry for cross-compatibility. A charger built to CCS can serve any aircraft designed to the standard, regardless of manufacturer.

The network is designed as shared infrastructure rather than dedicated single-operator hardware: Archer's passenger air taxis, BETA's cargo aircraft, and medical transport flights all draw from the same chargers, and the sites will also serve airport ground-support vehicles. Archer CEO Adam Goldstein said in the announcement that "electric air taxi operations can't scale without the infrastructure to charge them," while BETA CEO Kyle Clark said the buildout required "is a fraction of what people expect."

FAA's eVTOL Integration Pilot Program

Archer and BETA are both selected participants in the FAA's eVTOL Integration Pilot Program (eIPP), a federal initiative supporting White House efforts to establish US leadership in commercializing next-generation aircraft. ACES will prioritize its first charging sites in the markets where Archer and BETA already plan to launch operations, aligning private infrastructure spending directly with the federal certification and integration timeline.

Neither company has disclosed a per-site cost or a first-site opening date. The 2030 target covers the full 250-site buildout, not an initial rollout, and both companies are presenting the consortium this week at the Farnborough International Airshow (July 20–24, 2026), where infrastructure partnerships and certification updates are expected to dominate the eVTOL conversation among manufacturers and regulators.

Macquarie Capital's David Farkas framed the deal around the firm's three decades of infrastructure financing experience, positioning ACES less as a startup bet and more as a conventional utility build-out — comparable to how fueling networks were financed for earlier generations of commercial aviation. That framing matters for pilots and operators watching the AAM sector: infrastructure financed like a utility, rather than subsidized by a single manufacturer's balance sheet, is generally read as a stronger signal that commercial service is being planned for the near term rather than as a long-shot bet.

What This Means for Drone Pilots

eVTOL air taxis are a distinct aircraft category from consumer and commercial drones, but they will increasingly share the same low-altitude airspace that drone operators fly in today, particularly near airports and urban vertiports. For a broader look at where eVTOL fits among rotor, fixed-wing, and hybrid VTOL aircraft, see PickDrones' full breakdown of drone types.

The medical and cargo use case BETA is building into ACES also mirrors the fast-growing drone delivery model already used in healthcare, where companies like Zipline move blood and medical supplies by air. As eVTOL infrastructure scales alongside smaller delivery drones, pilots and operators in both categories are likely to see more shared regulatory attention on charging, airspace access, and vertiport rules in the next few years.

Sources: Archer Aviation, BETA Technologies and Macquarie Capital press release | Urban Air Mobility News