eVTOL (Electric Vertical Takeoff and Landing) refers to electrically powered aircraft capable of vertical takeoff and landing, spanning multi-rotor unmanned vehicles (EHang EH216-S) and crewed flying cars (XPeng X3). The sector has attracted over 700 global startups plus mainstream automotive and aviation giants, with total funding exceeding tens of billions of dollars.
## Global eVTOL Landscape
**Certified and commercialized (leading tier)**: EHang Intelligence received CAAC type certificate (TC), production certificate (PC), and standard airworthiness certificate (AC) in October 2023, becoming the world’s first eVTOL aircraft certified by a civil aviation authority. The EH216-S carries two passengers, cruises at 100 km/h, with ~30 km range; commercial sightseeing flights are operating in Guangzhou, Huangshan, Zhuhai, and other locations. Joby Aviation (US) has received FAA G-1 certification and is advancing its type certificate application, partnering with Toyota and the US Air Force, targeting commercial service launch in 2025–2026.
**R&D stage (second tier)**: XPeng AeroHT (X3): foldable flying car, land-and-air dual-mode; small-batch production announced in 2025 with a target price around RMB 1 million, targeting high-net-worth consumers. AutoFlight: focused on crewed eVTOL, CAAC certification in progress.
## Core Barriers to Commercialization
**Airworthiness certification**: the highest barrier. Aviation airworthiness standards are far stricter than automotive type certification, requiring 10⁻⁹-level failure probability (no more than 1 catastrophic failure per billion flights). Of global eVTOL startups, only a handful will complete certification before 2025–2027.
**Infrastructure gaps**: Vertiport deployment requires urban planning coordination; charging/swapping infrastructure requires investment; low-altitude sensing and UTM systems need coverage. These infrastructure investments far exceed single-company capacity — government leadership is required.
**Business model**: current eVTOL operating costs (per passenger-mile) remain far higher than ground transportation; scale effects and battery cost reductions are needed for widespread adoption. Near-term viable commercial scenarios: airport shuttles (replacing helicopters), scenic area tourism, premium customized travel.
See [Low-Altitude Economy Overview](https://sunqi.org/low-altitude-economy-overview-en/) and [EHang official site](https://www.ehang.com/).
