A Small Hybrid Airplane Lands at a Manhattan Helicopter Base

An airplane where helicopters land

On Monday morning, a small airplane landed at Downtown Skyport, a public helicopter base on the waterfront in Lower Manhattan, and took off again. The plane belongs to Electra. Its electric motors run on batteries and a small fuel engine, a bit like a hybrid car. Electra believes no normal airplane, one that cannot rise straight up, had landed there before.

Why should anyone outside aviation care? Airplanes usually need long runways, and those sit at airports far from city centers. Electra's J.P. Stewart estimated the pilot, Cody Allee, used just 100 feet to take off and land. That is less than a city block. Electra says heliports, barges, fields and parking lots could become places to fly from, close to home and work.

Electra's CEO, Marc Allen, said the company "made aviation history." The history-making plane is a test machine that uses a wing from a common plane used to train pilots. The larger plane Electra wants to sell, for paying passengers, has not flown yet. Electra hopes to start service in 2030. Manhattan was its boldest sales pitch yet.

Propellers that blow air over a borrowed wing

The trick is called blown lift. Most planes need a long run down a runway before the wings can lift them. Electra's test plane, called the EL2, gets its lift another way. Its electric propellers blow air hard over the wings and over large flaps, the hinged panels at the back of each wing. So the wing can hold the plane up at very low speed, after a short roll. Once it is cruising, the flaps fold up and it flies like any other plane.

The wing comes from a Cessna 172, a small plane that many pilots learn on. The Cessna wing has a strong inner frame called the wing box. Stewart says the EL2 keeps the part between that frame and the wing's front edge. Electra added some bracing, mounts for the motors, and a new flap and aileron, the panel that tilts the plane. Stewart calls the result a crude airplane, built to test ideas.

The surprise is how slowly it can fly. The angle measures how far the wing tilts from the direction of the air flowing toward it. At 18 degrees, a Cessna wing stalls: it suddenly loses the lift that holds the plane up. Yet Allee has flown the EL2 with its wing tilted 40 degrees to the oncoming air. The plane did not even shake, a warning sign that a wing is about to stall. He says the air keeps flowing along the wing rather than peeling away. Even as he slows to 25 knots, he says the controls feel the same. A knot is a bit faster than a mile per hour. So what keeps that air blowing if a motor quits?

What happens if a motor quits over the East River

The power comes from two batteries and a small jet engine that turns fuel into electricity. Together they feed eight motors. The plane can take off on just one of those three sources. Allee says that if any one source fails, all eight motors keep running and the handling does not change. With a motor switched off, he says, the EL2 still flies straight, because the other motors balance it. He fears losing a motor far less than in his own Beechcraft Baron, a small twin-engine plane.

There is a catch, and Allee names it himself. Allee says that if he cut all power to the motors, the EL2 would instantly lose the lift holding it up. The motors are not a backup for slow flight. They are the slow flight.

So Electra took it slowly. The Manhattan landing came after two weeks of test flights. A Friday attempt was called off when gusts reached 22 knots. Electra had set its own limit at 5 knots for this demonstration, to be safe. The company says the passenger plane is designed to handle stronger wind. On Monday, Allee circled once to stay clear of ferry traffic, then landed. Ferries were not the only neighbors, though. The pier's regular guests are much louder.

A quieter neighbor than the helicopter crowd

Marc Allen says helicopters come into Downtown Skyport by the dozens, every single day. Next to them, the EL2 was quiet. Its sound barely rose above the usual noise of New York.

Electra also has a number. In an earlier military test, the EL2 flew on battery power alone. Electra says it measured about 55 decibels, the unit of loudness, at 500 feet. An ordinary turbine-powered plane on the same path made 75 decibels. That is a big gap. But notice the comparison: it is with another airplane, not with a helicopter. And the EL2 is not the plane Electra plans to sell.

The nine-passenger plane that has not flown yet

That plane is the EL9, built for nine passengers. Electra's target is a ground roll—the distance traveled on the wheels during takeoff or landing—of 150 feet or less. Eight electric motors would run on batteries and a generator from Safran. The generator makes electricity using a fuel engine whose hot gas spins a set of blades. The generator can recharge the batteries in flight, so the plane needs fewer chargers where it lands. Electra expects to cruise at 175 knots and fly 1,100 nautical miles when empty. A nautical mile is longer than an ordinary mile. Stewart calls the EL9 the real product, a fresh design meant to fly in all weather, on all days. He expects it to handle a 15-knot crosswind, a wind blowing across its path. So where would it go, and who would pay?

From a Manhattan barge to Boston, and who pays

Electra estimates that flying from Downtown Skyport could save about 3 hours and 45 minutes on a trip to Boston. To Philadelphia, the saving would be 45 minutes. Marc Allen pictures finishing a meeting in Manhattan and getting home to Boston or Washington for a child's soccer game.

Manhattan is not the only spot. The EL2 has also flown in downtown Charleston, South Carolina, and at Bader Field in Atlantic City. Stewart imagines passengers boarding in a parking lot or at a shopping mall. Allen says good sites must be close to people, cheap to run and, ideally, already there. Electra says more than 60 airline operators plan to fly such routes.

And the cost? Allen says the EL9 will fly farther than a helicopter and carry more weight in people, bags or other cargo. He says it will do so at a fraction of a helicopter's running cost. Electra claims operating costs 70% lower than helicopters and electric air taxis. Cheaper than a helicopter is a nice promise. To me, it is also a low bar. Few of us travel to Boston by helicopter now.

The paperwork between a barge and a boarding pass

First, the plane needs approval from the FAA, the federal agency that oversees flying in the United States. Electra applied for approval in November 2025. In July 2026, Electra said it had agreed on the safety rules the EL9 must meet. That was the first formal step. Next, Electra and the FAA must agree on how the company will show it meets each rule. The dates for flight and passenger service are goals. Electra aims for a first flight in late 2027 or early 2028. It then hopes to win approval by 2029. Its goal for starting passenger service is 2030.

Electra also points to demand. It says it holds more than 2,200 letters of intent from more than 60 customers. A letter of intent says a buyer plans to buy. It is not an order. That makes for a lot of polite maybes.

I think Monday was a real feat. A small test plane used a tiny site that already existed, right in Lower Manhattan, on a calm day. But the passenger plane has not flown, its numbers are still targets, and its orders are letters. So I read 2030 as a goal, not a schedule. I would save the aviation history label for the first paying passenger. Until then, I admire something quieter: a 5-knot gust limit, and a company willing to wait for Monday.