A New York Startup Is Sending Free-Flying Robots to the ISS in 2027

Voyager Technologies signed a mission management contract with Icarus Robotics on March 30 to test a free-flying robotic platform aboard the International Space Station in early 2027.

The contract covers payload integration, safety certification, launch coordination, on-orbit operations planning, and real-time mission execution support for the Joyride-1 demonstration mission.

"Whether an established company or a new innovative startup, this is exactly what our mission management as a service is built for," Matt Magaña, president of Space, Defense & National Security at Voyager, told RoboticsTomorrow. "Helping companies move from ideas to proven flight heritage."

Unit economics of astronaut time

The business case is straightforward. Astronaut time costs approximately $130,000 per hour to maintain in orbit. Most of that time goes to logistics and cargo movement rather than scientific experiments.

"We're asking hundred-thousand-dollar-an-hour talent to do warehouse work in space," Ethan Barajas, Icarus CEO and co-founder, told RTÉ in September 2025. "And millions more to transport them there, all paid for by taxpayers."

Icarus built Joyride to handle the repetitive work. The platform learns from human demonstrations, then operates autonomously for tasks like cargo handling and equipment checks.

"The Joyride-1 mission will validate that our robot can safely maneuver and perform tasks on orbit alongside crew, not just in simulation or for short periods on a parabolic flight," Barajas told SpaceNews.

From HUNCH to full circle

Barajas participated in Voyager's NASA HUNCH program during high school. The program connects students with actual spaceflight hardware projects. He designed agricultural nanolabs and lunar rovers before age 18.

"Voyager handed me my first real look at spaceflight through HUNCH," Barajas told RoboticsTomorrow. "It is very full circle to return the favor and deliver a robotic platform to help make the ISS and future commercial stations like Starlab smarter."

The company's other co-founder, Jamie Palmer, studied engineering at Trinity College Dublin and robotics at Columbia University. Born in Northern Ireland, Palmer moved to County Tipperary at age five.

"I got my first robotics research done at Trinity, I worked at a robotics start-up in Dublin and this was before I moved to the US to go further and attend grad school at Columbia," Palmer told RTÉ.

1,400 missions managed

Voyager has managed more than 1,400 missions to the ISS across government and commercial customers. The company went public in June 2025, raising $382.8 million at $27 per share on the New York Stock Exchange under ticker symbol VOYG.

Icarus closed a $6.1 million seed round in September 2025 led by Soma Capital and Xtal, with participation from Nebular and Massive Tech Ventures. The company founded in 2024 and is headquartered in New York.

The Joyride demonstration will test three capabilities: autonomous navigation in microgravity, maneuverability around crew and equipment, and operational performance during extended periods.

The robots operate remotely at first. Human operators control them from the ground. As the system learns from demonstrations, it scales to handle more tasks autonomously.

"We learned a lot over the years, and a lot of it is just trial by fire and making mistakes," Rodriguez told The Robot Report. "So, we're happy to hand anything we learned over and try to help them, and save them from those mistakes along the way."

What this means for commercial space

The mission management model that Voyager provides is what makes this viable. Startups like Icarus can't afford dedicated launch teams, safety certification specialists, or on-orbit operations centers. Voyager provides all of it as a service.

This is infrastructure. Once the pathway exists, more companies will use it. The cost to reach orbit is dropping. The cost to manage a mission needs to follow.

For Icarus, the 2027 demonstration is validation. For the broader market, it's proof that commercial space stations can operate with autonomous labor. That matters when Starlab and other private stations launch.

The economics work when astronauts spend time on research that only humans can do. The economics break when they spend hours per day on cargo movement. Joyride is built to fix that gap.