From Formula 1 to Free-Flying Robots: The $130,000-an-Hour Problem This Startup Is Solving -( $VOYG )

Icarus Robotics is tackling one of the commercial space industry’s most expensive inefficiencies: astronaut labor costs $130,000 per hour, yet highly-trained scientists spend significant time unpacking cargo and performing routine maintenance. The New York-based startup, founded in 2024 by 22-year-old Ethan Barajas and 25-year-old Jamie Palmer, is building AI-powered autonomous robots to handle orbital grunt work so astronauts can focus on groundbreaking microgravity research.

With a $6.1 million seed round raised in September 2025 and a high-stakes International Space Station mission scheduled for early 2027, Icarus is positioning itself as the robotic labor force for the emerging commercial space economy.

The Founders’ Unconventional Journey

Barajas and Palmer bring remarkably diverse backgrounds to space robotics. Barajas began interning at NASA at just 17 years old, worked on lunar rovers, and dropped out of Caltech after three years to launch Icarus. Palmer, originally from Tipperary, Ireland, earned his Master’s in Robotics from Columbia University on a full scholarship, researching intelligent dexterous manipulation in the ROAM (Robotic Manipulation and Mobility) Lab. Before co-founding Icarus, Palmer served as a test engineer with the Mercedes-AMG Petronas Formula One team, bringing high-performance engineering expertise to the venture.

The duo was recognized on Forbes’ 30 Under 30 Science list for 2026, with their work featured as a headline callout for the category.

The Brooklyn Navy Yard Testing Ground

Icarus Robotics operates from New York City, where the team has established its headquarters and testing facilities. The founders are developing “Joy,” their free-flying robotic platform designed to operate autonomously inside crewed space stations using embodied AI—robots that learn from human demonstrations and scale across various labor tasks. The company represents one of the first ventures bringing embodied AI technology to space operations, creating human-controlled systems that can handle cargo management, maintenance, and eventually orbital construction.

Mission “JoyRide 1”: Testing Autonomous Capabilities in 2027

Icarus has partnered with Voyager Technologies (NASDAQ: VOYG) for mission management support on its inaugural ISS demonstration, dubbed “JoyRide 1”. Scheduled for early 2027, this yearlong test mission will validate Joy’s autonomous navigation, maneuverability, and operational performance in the live space station environment. The initial flight will test nominal functions including motion primitives such as free-flying, single-arm manipulation, and bimanual operations, alongside sensing modalities like IMU, visual-inertial systems, depth perception, and advanced perception capabilities.

Voyager Technologies will handle payload integration, safety certification, launch coordination, and on-orbit operations for the mission. The demonstration aims to prove advanced robotic capabilities including dexterous manipulation and autonomous tool use in low-Earth orbit.

The Drive Behind Icarus: “So Others May Live”

The company’s mission extends beyond pure efficiency gains. By delegating tedious tasks to robots, Icarus aims to free astronauts “to focus on the groundbreaking discoveries that only astronauts can do,” according to Barajas. As commercial space stations proliferate and the orbital economy expands, the labor bottleneck in space becomes increasingly acute. Icarus is positioning its robotic workforce as essential infrastructure for trillion-dollar orbital economies, with plans to expand from commercial stations to EVA (extravehicular activity) capabilities and eventual Moon and Mars adaptations.

The startup’s roadmap includes deploying multi-station fleets following the 2027 ISS prototype, capitalizing on embodied AI trends and accelerating space commercialization to potentially become the backbone of orbital labor.

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