Tipperary Robotics Company to Test Technology in Space

Icarus Robotics, a New York-based company, has signed a mission management contract with Voyager Technologies to test a free-flying robotic platform on the International Space Station (ISS). The demonstration is scheduled to take place in early 2027.

The company is developing a robotic labour force for space designed to handle menial and mundane tasks. These tasks include equipment checks and cargo handling, which currently occupy a significant portion of astronaut schedules.

The initiative aims to increase the efficiency of space missions by allowing human crew members to focus on science and experimentation. According to the company, maintaining a human in space costs $130,000 per hour, making the automation of routine maintenance a high-value objective for both the ISS and future commercial space stations.

The Joyride Platform and AI Integration

The specific technology being deployed is a free-flying robotic platform named Joyride. Icarus Robotics utilizes artificial intelligence to create robots that are human-controlled but capable of learning and executing tasks within the space environment.

The goal is to deploy dexterous, free-flying robots that work alongside astronauts. By integrating AI, these systems can assist with the throughput of the station, potentially increasing the revenue and scientific output of orbital operations.

Mission Management and Execution

Under the agreement with Voyager Technologies, the latter will serve as the mission manager. This partnership covers several critical phases of the deployment process, including:

• Payload integration and safety certification.
• Coordination of the launch.
• Planning for on-orbit operations.
• Real-time support for mission execution.

The collaboration ensures that the Icarus Robotics payload meets the rigorous safety and operational standards required for deployment to the ISS.

Development and Testing Roadmap

Icarus Robotics was co-founded by Ethan Barajas and Jamie Palmer. Palmer, a 25-year-old engineering graduate from Trinity College Dublin who grew up near Clonmel, Tipperary, is leading the technical preparations for the 2027 mission.

The company is currently utilizing a combination of physical and digital testing to prepare the Joyride platform for the vacuum and microgravity of space.

We have a lot test rigs that will put the robot through different dynamics and manipulation testing. We are also using physics simulations to simulate what it is going to be like when the robot is actually in space.

Jamie Palmer

Palmer has identified the successful deployment of the robot on the International Space Station in 2027 as the company’s north star, marking the culmination of the current testing phase.