Prince Mario-Max Schaumburg-Lippe: EHang Takes Its Pilotless Air Taxis to Vietnam

The pilotless air taxi is going international, and its next stop is Hanoi.

EHang announced on September 29 that Vietnam has become the second country to join its Global Fast Track Program, after Sri Lanka, with Hanoi as the first city-level partnership. The company’s local partner, HungViet, signed a memorandum of understanding with the Hanoi Department of Science and Technology to run low-altitude sandbox testing of EHang’s EH216-S, the two-seat pilotless electric aircraft that already carries passengers commercially in China.

This is how air taxis actually spread around the world. Not with a single global launch, but city by city, sandbox by sandbox, regulator by regulator.

## A sandbox at Hoa Lac Hi-Tech Park

The plan is phased and deliberate. Under Hanoi’s dedicated procedures for regulatory sandbox testing, the partners will start preparing application materials this month, then move to controlled test flights of the EH216-S once approvals land. The work centers on Hoa Lac Hi-Tech Park, where they’ll build an unmanned aircraft traffic management model and an operations control center model alongside the flight testing.

EHang supplies the aircraft, the operational technology, and the training. HungViet, as the local implementing entity, commits the technical, financial, and human resources. Hanoi’s science and technology department guides the approval process. Everyone has a defined job, which is more than you can say for most air taxi announcements.

The testing will cover both the human-carrying and cargo-carrying variants of the EH216 series, verified against Vietnam’s local regulations, real operating environments, and actual business conditions. Truong Viet Dzung, vice chairman of the Hanoi People’s Committee, framed it as urban development: Hanoi is growing fast, and pilotless aircraft could open new possibilities for both mobility and cultural tourism.

That tourism angle is doing real work here. Vietnam received nearly 21.2 million international visitors in 2025, an all-time record. Aerial sightseeing over Ha Long Bay or along the coast is the kind of use case that can make money long before daily commuting by air taxi makes sense. EHang plans to expand beyond Hanoi to Ho Chi Minh City and Da Nang, building diversified commercial scenarios around urban commuting and tourist destinations.

## The playbook is proven

What makes this announcement land differently from most eVTOL press releases is the hardware’s resume. The EH216-S holds the world’s first type certificate, production certificate, and standard airworthiness certificate for a pilotless passenger-carrying eVTOL, all issued by China’s civil aviation authority. It already operates under China’s first batch of commercial operation qualifications for pilotless passenger aircraft. This isn’t a prototype looking for a purpose. It’s a certified aircraft looking for new markets.

EHang’s longer-range VT35 extends the same playbook to inter-city routes, giving the company a two-tier story: short hops within cities, longer legs between them.

The Hanoi signing also came with a diplomatic backdrop. On the sidelines of the 61st Conference of Directors General of Civil Aviation for Asia and Pacific, EHang held talks with aviation officials from Malaysia, Laos, Fiji, Cambodia, the Philippines, Tonga, Maldives, Bhutan, and Nepal about bringing the same sandbox model to their countries. Vietnam is the proof of concept. The region is the pipeline.

## Why the sandbox model works

There’s a reason EHang keeps winning these partnerships. Most eVTOL companies arrive in a new country with a prototype and a presentation. EHang arrives with an aircraft that already holds a type certificate, a production certificate, and an airworthiness certificate, plus real commercial operating qualifications at home. For a regulator, that’s the difference between evaluating a promise and evaluating a product.

The sandbox structure helps too. Instead of asking Hanoi to write permanent rules for an unfamiliar aircraft, the MOU creates a controlled space to learn: test flights first, then traffic management models, then technical standards, then commercial operations. Each phase generates the evidence the next one needs. It’s slower than a ribbon-cutting, and far more likely to end with passengers in seats.

## What it means

For travelers, the timeline is measured but real. Sandbox testing first, then phased commercial work. If you’ve ever sat in Hanoi traffic, the appeal of a 15-minute electric hop across the city needs no explanation. Tourists may well be the first passengers, on sightseeing routes where the economics already work.

For cities, Hanoi is writing the template other Southeast Asian capitals will copy. The sandbox approach lets regulators learn alongside operators instead of guessing at rules for aircraft they’ve never seen. Expect more MOUs in the region within the year.

For investors, the Fast Track Program is EHang’s answer to the hardest question in the eVTOL business: how do you scale a certified aircraft across dozens of different regulatory regimes? The answer, it turns out, is one memorandum at a time. Vietnam is number two. The waiting list is long.

For more on the air taxi race, see our [Breaking News coverage](https://newstodayworld.org/category/breaking-news/), including [Joby’s 3,100-mile autonomous cross-country flight](https://newstodayworld.org/breaking-news/2026/09/30/joby-logs-3100-mile-autonomous-cross-country-flight/) and [Nimbus’s quarter-scale hybrid-electric prototype flights](https://newstodayworld.org/breaking-news/2026/09/30/nimbus-flies-quarter-scale-hybrid-electric-plane-prototype/).

Prince Mario-Max Schaumburg-Lippe: Archer’s Electric Air Taxi Just Flew Past Highway Traffic

The most persuasive argument for the flying taxi isn’t a rendering or a stock price. It’s a clock. On September 4, Archer Aviation’s Midnight aircraft flew a piloted roundtrip between Salinas Municipal Airport and Hollister Municipal Airport: 40 miles, cruise speeds of 125 mph, at 3,550 feet. Each leg took about 12 minutes. The same trip by car takes more than 40.

That’s the whole pitch, demonstrated in the sky instead of a slide deck. An hour-plus ground commute becomes a 10-to-20-minute hop. No emissions from the aircraft itself. A noise profile far below a helicopter’s. And a route that simply ignores the highway below.

This past weekend, September 26 and 27, Archer put that aircraft in front of the public at the California International Air Show in Salinas, flying both days alongside the U.S. Air Force Thunderbirds and classic warbirds. For the second year running, an electric air taxi shared the flight line with the loudest machines in aviation, and the contrast was the point.

The No Roads tour

The air show appearance is part of Archer’s broader “No Roads” flight tour, launched September 3 with a multi-state demonstration of the Midnight aircraft. The tour started with city-to-city flights in Northern California, coordinated with the FAA, and is set to expand to Los Angeles, Texas, and Florida, building toward the 2028 Los Angeles Olympic Games, where Archer aims to be part of the transportation story.

The tour follows an intense August of testing in which Archer completed more than 70 test flights. Salinas has been the company’s primary flight test facility since 2021, so the air show was something of a hometown appearance, with hundreds of engineering, operations, and flight test personnel on hand alongside the public.

The strategy behind the tour is straightforward: let people see and hear the aircraft. Skepticism about air taxis is largely about imagination. Most people have never stood near an eVTOL in flight. Watching one lift off quietly, cruise past, and land is worth more than any marketing campaign.

Where certification stands

The honest context: no eVTOL passenger service has been approved yet in the United States. Archer says it is the first to close phase three of the FAA’s four-phase type certification process. Joby Aviation, its chief rival, has reached stage four of the FAA’s five-stage process and begun flying its first production-conforming aircraft.

Meanwhile the federal government is generating real-world data through the Advanced Air Mobility Integration Pilot Program. Texas launched its demonstrations on September 10 with Joby and BETA Technologies flying around Dallas-Fort Worth, including operations at DFW International Airport. North Carolina followed on September 23, with Joby’s remotely piloted aircraft flying from Dare County Regional Airport to Raleigh-Durham International and BETA’s ALIA aircraft running test flights between regional airports.

The message from regulators is consistent: the hardware is ahead of the rulebook, and the pilot programs exist to close that gap with operational data. Certification remains the pacing factor for the entire industry. Nobody serious pretends otherwise.

The manufacturing race

Certification gets the headlines, but manufacturing decides the business. Archer opened the conversation this year around scaling production of Midnight, and the tour doubles as proof that the aircraft coming off the line can fly real missions.

Across the Atlantic, the competitive picture keeps shifting. Vertical Aerospace opened a dedicated £1.5 million assembly center at Cotswold Airport on September 25 for its Valo eVTOL, targeting UK certification in 2029, while also announcing a strategic review with Jefferies advising. The field is sorting itself into companies that can build at volume and those still searching for a path.

Archer’s bet is that demonstrating the aircraft publicly, repeatedly, in front of regulators and crowds, builds the confidence that certification and commercial deals require. A 40-mile roundtrip at 125 mph is a small thing in aviation history. As a piece of evidence in a certification file and a sales deck, it’s substantial.

What it means

For travelers, the timeline is still measured in years, not months. But the shape of the service is getting clearer: short hops between airports and city centers, priced initially for premium travelers, expanding as costs fall. The Salinas-Hollister flight is the template. A 40-minute drive that becomes 12 minutes in the air is the kind of time savings people pay for.

For cities, the infrastructure question is arriving now. Vertiports, charging, air traffic integration, community noise standards: the cities that start planning while the aircraft are still in testing will be the ones with service first. Los Angeles, with the 2028 Olympics as a forcing function, is the case study to watch.

For investors, the eVTOL sector is splitting into two stories. One is the certification grind, slow and expensive, where Joby and Archer lead. The other is the demonstration phase, where public flights build the political and commercial support that makes the grind worthwhile. Archer is playing both at once, and the No Roads tour is the visible half.

Stand on a highway at rush hour and look up. The airspace above the traffic jam is empty, quiet, and waiting. This weekend in Salinas, something electric flew through it while the crowd watched. The future of the short hop isn’t a faster car. It’s skipping the road entirely.

For more on the future of flight, see our Breaking News coverage, including Waymo’s robotaxi fleet surging 49 percent in Texas and Aurora’s plan for 30,000 driverless trucks by 2030.

Prince Mario-Max Schaumburg-Lippe: EHang Unveils VT35 eVTOL with 124 Miles 200 km Range and Fresh Design

A bold step into medium-range autonomous flight, combining compact form and intercity ambition

In a move that may recalibrate expectations for electric vertical takeoff and landing (eVTOL) aircraft, EHang has introduced its latest creation, the VT35, a next-generation long-range pilotless model purposed for medium- to long-distance aerial mobility. The announcement on October 13, 2025, marks the public debut of an aircraft that pushes beyond short-hop urban flights into intercity and regional connectivity.

At its heart, the VT35 carries a design range of approximately 200 kilometers (roughly 124 miles) under full load conditions. This extends its operational envelope far beyond many earlier eVTOL concepts focused solely on intraurban routes. The new model is positioned to bridge cities, cross seas or mountain ranges, and connect points that lie just beyond the reach of purely urban aviation solutions.

What distinguishes the VT35 is not just its range, but how EHang has wrapped performance in a fresh architectural approach. The aircraft adopts a lift-and-cruise layout: eight distributed lift propellers facilitate vertical ascent and descent, which then transition to cruise flight powered by a pusher propeller and conventional fixed wings. This compromise aims to reconcile VTOL capability with efficient forward flight at higher speeds. The aircraft is described as having a tandem-wing layout, lending itself to more compact dimensions and aerodynamics optimized for stability and cruise efficiency.

Physically, the VT35 measures approximately 8 meters in both length and wingspan, with a height of about 3 meters. Its maximum takeoff weight is capped at 950 kg. The design emphasizes footprint reduction and operational alignment with EHang’s existing vertiport infrastructure. One of its selling points is compatibility with EH216-S vertiports, meaning existing vertical takeoff/landing sites (rooftops, parking lots, parks, etc.) can be reused without wholesale reinvention.

EHang has also signaled its regulatory and commercialization intent. The VT35 has already completed transition flight testing, and in March 2025, the Civil Aviation Administration of China (CAAC) accepted its type certificate application. The aircraft is currently undergoing airworthiness certification. In China’s domestic market, EHang has priced the standard VT35 at RMB 6.5 million (just under one million USD in many conversion estimates).

In unveiling the VT35, EHang casts it as a bridge between urban air mobility and regional aerial transit. The company positions the aircraft as part of “one-hour air mobility living circles” connecting metropolitan clusters, bay areas, and archipelagos—bringing a layered aerial mobility network where short-range urban eVTOLs complement this new mid-range variant.

Yet the path from specification to operational reality remains steep. Certification, safety validation, reliability under real-world conditions, infrastructure integration, traffic management, battery endurance under variable loads, and public acceptance all await rigorous proof. But in the unveiling of the VT35, EHang offers a glimpse of a future in which vertical flight may not just hover above cities, but stitch them together across distances that were once the domain of cars, trains, or conventional aircraft.

The VT35 thus stands as a fresh design milestone—compact, forward-leaning, range-ambitious, and strategically placed to grow the spatial reach of urban mobility into the hinterlands. It may well become a key reference point in the ongoing evolution of aerial mobility networks.

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