Goodbye to traffic jams: Meet the Helix flying car

There’s a question that, sooner or later, everyone who has spent their life stuck in morning traffic has asked themselves: what if I could fly above it all? Today, that’s no longer just a fantasy.

The Helix flying car is real; it’s available for order and promises to revolutionize—at least in part—the way we get around. Provided you have 170,000 euros to invest.

Behind this project is Pivotal, a California-based company founded by Marcus Leng, who has been working on the idea of a personal flying vehicle for over fifteen years. What was little more than an experiment in 2009 has now become a vehicle available for purchase on the market.

Helix isn’t just another futuristic concept destined to remain on the cover of a glossy magazine. It’s the result of years of testing, prototyping, and actual flights. As early as 2011, Marcus Leng had succeeded in getting a first functional model off the ground, becoming one of the first people in the world to send a personal vehicle of this type into the air.

Today, the Helix is available for purchase, although some uncertainty remains regarding delivery times. To get on the waiting list, you must pay a deposit of approximately 42,000 euros, while the final price is around 170,000 euros, excluding taxes. Estimates suggest a wait of about one year before the craft is ready to take flight.

Technically speaking, Helix falls into the eVTOL category—an acronym for Electric Vertical Take-Off and Landing—meaning electric vehicles capable of vertical takeoff and landing. Simply put: no runways are needed; all that’s required is an open space.

Weighing approximately 160kg, the Helix is classified as an ultralight aircraft. Much of the structure is made of carbon fiber, a choice designed to minimize weight and improve energy efficiency. The cockpit is single-seat and accommodates only one person, seated in the center of a structure that resembles a giant drone more than a traditional car.

The flight system relies on two large wings, one at the front and one at the rear, each equipped with four electric propellers. In total, eight rotors ensure stability and control during flight.

The Helix is not designed for long trips. Its range is about 30 kilometers, more than enough for short trips, scenic flights, or to avoid a particularly congested stretch of traffic. Its cruising speed is around 100 km/h, while a full recharge takes just over an hour.

From an environmental standpoint, the absence of fossil fuels is a major advantage: zero direct emissions, less noise than a traditional helicopter, and a potentially smaller environmental impact. However, the question of its actual use remains: this is not a mode of transportation designed for the general public, but for a select few users.

In terms of safety, the Helix is equipped with redundant control systems and an emergency parachute, designed to minimize risks in the event of a serious malfunction. It’s not a toy, but neither is it a vehicle intended for aspiring urban aviators.

The flying car won’t eliminate traffic jams in our cities—at least not in the short term. It’s an expensive vehicle, subject to strict regulatory constraints, and designed for a very specific use. But it represents something important: proof that electric, personal, and relatively accessible flight is no longer science fiction.

Perhaps Helix won’t be the one to truly transform urban mobility. But it’s one of those projects that paves the way, demonstrates a possibility, and compels everyone—companies, institutions, and citizens—to rethink how we move through space.