The Legacy of Kittyhawk and Pivotal
According to Insider, Kittyhawk operated for over a decade, reaching a peak of 450 employees before hitting severe organizational turbulence.
In April 2022, then-CEO Sebastian Thrun gathered staffers to announce the sudden cancellation of Heaviside, an ambitious air taxi project that Thrun was scheduled to pilot on its maiden flight. Insider notes that morale plummeted as headcount dwindled to just over 100 employees, triggering voluntary severance packages and a series of hands-on, unorthodox experiments directed personally by Page—ranging from 3D-printed vehicle chassis to cheap hobby motors and upright pilot configurations—none of which successfully commercialized.
After five months of operational flailing, Page officially pulled the plug on Kittyhawk. Former employees interviewed by Insider described a venture torn between conflicting visions and shifting priorities, struggling against the daunting reality that viable eVTOL certification and market entry remained decades out of reach despite massive capital injections.
Decades of Urban Mobility Ambitions
Page’s obsession with circumventing traffic congestion dates back decades. As a computer engineering student at the University of Michigan frustrated by a glacial campus bus system, Page initially proposed a two-seater pod monorail. That proposal went unfulfilled by university administrators, but the underlying engineering ambition followed Page to Silicon Valley.
Inside Google, Page quietly spearheaded a task force called Javelin to explore advanced urban infrastructure and congestion-relief mechanisms. That internal skunkworks ultimately helped incubate Waymo, Google’s autonomous vehicle spinout. Yet, among all of Page’s transit initiatives, the pursuit of a functioning personal aircraft consumed the most capital and focus.
The Hard Reality of eVTOL Engineering
Electric vertical-takeoff-and-landing aircraft promise point-to-point urban transit without traditional runway infrastructure. However, the engineering hurdles are formidable. Battery energy density limits flight times, acoustic signatures present major regulatory roadblocks in municipal airspaces, and strict Federal Aviation Administration certification pathways routinely strain well-funded startups.
Hardware innovation in aerospace demands absolute precision, disciplined capital allocation, and regulatory endurance.
