Over the past few years, the Viodi View has tracked the steady progress of the electric vertical takeoff and landing (eVTOL) revolution. From our early look at Bye Aerospace’s trainers to Pivotal’s landmark moment opening order books for the Helix at CES 2024, the path to accessible, personal aviation has shifted from “if” to “when”.
At CES 2026, Indiana-based LEO Flight took center stage to prove that personal flight doesn’t require massive wings, exposed propellers, or a traditional pilot’s license. In the video above, Pete Bitar, co-founder of LEO Flight, talks about their brand new, propeller-free LEO JetBike and how their cluster-jet technology is redefining urban and rural air mobility.
Shrouded Jets and Extreme Redundancy #
The most striking feature of the LEO JetBike is its complete abandonment of the open rotors typical of most modern eVTOL designs. Instead, it uses 48 clustered electric jets embedded directly into the airframe.
“There are no exposed propeller blades, just very concentrated thrust,” Bitar explained. “The aircraft produces about 960 pounds of total thrust, but it’s relatively quiet at around 80 decibels. You don’t get that annoying, buzzing drone sound. It’s more of a jet whoosh in a lower register.”
Aside from aesthetics, the clustered architecture serves a massive safety purpose: deep redundancy. The JetBike can maintain stable flight on just 32 of its 48 motors, meaning up to 16 individual jets can go offline simultaneously without putting the rider in jeopardy.
Designing for the Everyday George & the Everyday Garage #
Engineered to meet the FAA’s Part 103 ultralight regulations, the JetBike weighs exactly 254 pounds or less and caps forward speeds at 63 mph. Operating under Part 103 means that anyone with a bit of training can fly it—no formal pilot’s certification required.
Its physical footprint is equally practical. Measuring roughly 6.5 by 6.5 feet, it can comfortably fit in the bed of a mid-size pickup truck or park easily inside a standard residential garage next to your family car. It even recharges using a standard North American Charging Standard (NACS) electric vehicle plug.
While a 10-to-15-minute battery range might sound limiting on paper, Bitar points out how different travel is when traveling “as the crow flies.”
| Application | The As-The-Crow-Flies Advantage |
| Urban Commuting | A grueling, 20-mile terrestrial gridlock commute shrinks down to a direct, 10-mile flight. |
| First Responders | Paramedics and law enforcement can bypass traffic entirely. |
| Fire & Rescue | Firefighters can fly under tree canopies to perform direct rescues rather than parachuting blindly into hazard zones. |
Built for “Non-Obsolescence” #
LEO Flight is taking an open approach to building confidence in their new platform. Backed by a manufacturing grant from the state of Indiana, the company’s small 12-person team is moving directly into test production.
Best of all, LEO Flight is tackling a primary concern we have voiced before regarding the eVTOL space: the high cost of long-term maintenance and battery degradation. Priced at $99,900, the JetBike undercuts its main competitors by tens of thousands of dollars. More importantly, Bitar notes that the aircraft is designed to last thousands of hours between overhauls.
The overhauls themselves require a simple bearing swap in each engine, costing roughly $100 per motor. Because the frame is modular, owners can drop in next-generation batteries 10 or 15 years down the line, essentially generating a brand-new aircraft that flies twice as long without having to replace the vehicle itself.
The Horizon: From JetBike to Coupe #
While the single-seat JetBike is targeted for production rollout later this year with deliveries starting in the fall, it is only part of LEO Flight’s broader vision.
As detailed on their official website (leoflight.com), the underlying cluster-jet technology—originally validated through a development contract with DARPA—is laying the groundwork for their flagship luxury model: the LEO Coupe (often referred to during early development as the Couple concept).
Unlike the low-altitude, 15-foot electronically restricted playground of the ultralight JetBike, the LEO Coupe is planned as a high-speed, 2-passenger “flying sports car”. Targeting a blistering cruise speed of 200 mph and a range of 250 miles per charge via a multi-passenger fly-by-wire system, the Coupe will serve as the company’s ultimate statement on advanced air mobility.
Whether one is hovering 15 feet off the ground on a nimble JetBike or cruising intercity corridors in the luxury Coupe, one thing is clear: personal flight is no longer a retro-futuristic fantasy. The manufacturing equipment is arriving, the order books are open, and the sky is officially open for business.
[Note: the above text was directed and edited by the author, but written by Google’s Gemini].
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