CycloTech Blackbird Flying Vehicle Demonstrated

CycloTech's Blackbird demonstrator has just completed its summer flight campaign. The novelty isn't in its successful flight, but in the way it moves: it can slide sideways through the air without tilting at all. It accomplishes this with barrel-shaped rotors running with blades along their length. The secret of this unique design lies in six cyclerotors, each barrel-shaped with blades running along their length.

The Six-Barrel Design

The Blackbird demonstrator, named for its sleek form, is the latest innovation from Cyclotech. Six barrel-shaped cycloRotors power the flying vehicle through the air. This setup is a stark departure from traditional aircraft, like helicopters. Aircraft rely on tilt angle for movement. CycloTech's innovation — cyclerotors — is the defining feature of this flying vehicle. Each rotor can point its thrust in any direction. Rotating along their length, each barrel-shaped CycloRotor has blades with adjustable angles, from 0 to 35 degrees. The camera does not have to tilt to direct its thrust. The manufacturing company, Cylcrotech GmbH, anticipates using this design in their future two-seat flying cars. As the aircraft moves, it can move left or right, brake in mid-air, and hover while tilted. The Blackbird weighs 340 kilograms, and the program has now passed its goal for the mid 2030s. in the air without banking, held its position while tilted, and hovered at pitch angles of up to 30 degrees. The aircraft weighs 340 kilograms and is about 4.9 meters long, and its program has now passed first flew in March 2025. Cyclotech's goal is to certify cyclerotors as a main propulsion system around the mid 2030s. This will eventually lead to the development of a two-seat flying car.

The eVTOL Trend: A New Era of Flight

The Blackbird's maneuverability is a snapshot of the eVTOL boom. Short for Electric Vertical Takeoff and Landing, eVTols include vehicles like drones, helicopters, and even aircraft that can hover in midair. eVTOLs stand apart from traditional aircraft for the same reason Blackbird does: their rotation-friendly design. They can take off and land in smaller spaces and travel through the air without tilting.

Blackbird's Amazing Moves: A Technical Glimpse

Blackbird's six CycloRotors provide more than unique side-to-side movement. Each barrel-shaped rotor adjusts blade angles, so it can *tilt mid-air, and hover while tilted at a high pitch of 30 degrees. The whole aircraft weighs 340 kilograms. In actual terms, that's the weight of a small car. To accomplish smooth banked movements, each rotor must maintain a precise attitude, otherwise, the aircraft could spin out of control. The aircraft accomplishes this with cyclerotors, which spin to redirect the thrust of air without tilting its entire body. CycloTech's goal is to certify cyclerotors as a main propulsion system around the mid 2030s.

What Blackbird Doesn't Do

Lift Heavy Cargo

It can hold its position while tilted, but there's a trade-off: the design isn't ideal for lifting heavy loads. The weight limit baffles heavy lifting. At a weight of 340 kilograms, there's profound limitations to what the aircraft can carry.

Fly in All Weathers

Blackbird's design highlights other trade-offs, too. Crucial to its maneuverability, cyclerotors can’t withstand all flying conditions. Cyclotech GmbH / YOUTUBE demonstrated that the aircraft has the capability to fly from 0 to 35 degrees Celsius. Anything outside this range could easily ground the aircraft.

Brakes and Audible Thrills

The Blackbird demonstrator acts in a way that traditional aircraft cannot. It can drift sideways and brake in mid-air while staying level. Essentially, it operates like a car with stable braking rather than an aircraft banking and tilting. The Blackbird aircraft can move left or right without “tilting whole body to move.” The entire aircraft can move without tilting.

Sideways sliding and hover tilting:

Normal aircraft operate somewhat like a seesaw: one end goes up as the other goes down. This conveys forward or backward motion, and for sideways, the aircraft must tilt towards the right or left direction. Blackbird, however, achieves unique maneuvers as the CycloRotors can focus and retrench on a focal thrust. They can slide sideways to brake in mid-air and hold its position while tilted. The Blackbird also tilts in the pitch angles of a 30-degree pitch of hover, a maneuver quite remarkable for an eVTOL. Especially in tight parameters, as the weight is 340 kilograms.

How You Can Try the Blackbird

In all likelihood, you won't be driving your soon. But if you're ready to get hands-on with Cyclotech's technology, sit back and use the rundown here. When you're ready to book a trip, check with the company directly.

• Learn More: Visit CycloTech GmbH's official website for videos and live updates.
• Take a Flight: Once available, consider booking a flight.
• Follow Cyclotech: Subscribe to Cyclotech GmbH on YouTube.
• Build Your Own: As CycloTech GmbH expects this certification in the mid-2030s.