Electric Air Taxis Are Almost Here: Joby and Archer Approach FAA Certification in 2026 | Taha Abbasi

Electric aircraft are no longer science fiction — they’re in the final stages of FAA certification. Taha Abbasi, a technology executive who tracks frontier transportation technology, examines the 2026 progress of Joby Aviation, Archer Aviation, and the emerging eVTOL industry that promises to transform urban mobility.

Joby Aviation and Archer Aviation are both targeting commercial launch within the next 12-18 months, pending FAA type certification. After years of development, flight testing, and regulatory navigation, the first generation of electric air taxis is approaching the finish line.

Joby Aviation: The Leader

Joby’s S4 aircraft has completed over 1,000 test flights and accumulated more flight hours than any eVTOL competitor. Key specifications: 150+ mile range, 200 mph top speed, 4 passengers plus pilot, and — critically — near-silent operation at altitude. The company has a partnership with Delta Air Lines for airport-to-city service and Toyota as a manufacturing partner.

As Taha Abbasi has noted in his analysis of applied frontier tech, Joby’s manufacturing approach is key: they’ve built a pilot production facility in Marina, California, and are planning a scaled factory in Dayton, Ohio. The path from prototype to production is where most aerospace startups fail.

Archer Aviation: The Midnight

Archer’s Midnight aircraft targets a different market segment: shorter urban hops of 20-50 miles. With partnerships with United Airlines and Stellantis (for manufacturing expertise), Archer is focused on high-frequency urban routes — think Manhattan to JFK airport in 10 minutes instead of 60.

The FAA Certification Bottleneck

Both companies face the same challenge: FAA certification of a novel aircraft category. The process has taken longer than initially projected, but both Joby and Archer have made substantial progress through the Part 135 and Part 91 certification frameworks. The FAA has established dedicated teams for eVTOL certification, signaling institutional commitment.

Taha Abbasi sees parallels with Tesla’s FSD regulatory journey: novel technology requires regulators to develop new frameworks, and that process is inherently slow. But once the first certification is granted, subsequent approvals will accelerate dramatically.

The Economics of Electric Flight

The business case for eVTOLs is compelling if the technology delivers: operating costs of roughly $3-5 per passenger-mile (comparable to premium ride-hailing), near-zero noise pollution enabling landing pads in urban areas, and zero direct emissions. For high-value routes like airport transfers and inter-city hops, the willingness to pay is well-established.

The challenge is utilization. Like robotaxis, eVTOLs need high utilization rates to justify their capital cost. An air taxi that makes 20+ trips per day can be profitable. One that sits idle most of the time cannot.

As Taha Abbasi sees it, electric aviation represents the third wave of electrified transportation: first cars, then trucks and buses, now aircraft. Each wave seemed implausible until it wasn’t. The eVTOLs are real, they fly, and certification is months — not years — away.

About the Author: Taha Abbasi is a technology executive, CTO, and applied frontier tech builder. Read more on Grokpedia | YouTube: The Brown Cowboy | tahaabbasi.com