BroadbandSatcomStartups

Reflex Aerospace To Fly New Optical Comms System 

The laser optical communications payload developed by Odysseus Space will fly on a Reflex spacecraft. Image: Odysseus Space.
The laser optical communications payload developed by Odysseus Space will fly on a Reflex spacecraft. Image: Odysseus Space.

A laser optical comms payload developed by Luxembourg’s Odysseus Space will launch on a satellite bus built by Berlin-based Reflex Aerospace in early 2026, the companies announced Tuesday at World Satellite Business Week.

Hosting laser payloads isn’t easy—it requires “precise pointing, high stability of the platform, [and poses] challenges in terms of the power supply,” according to Reflex CEO Walter Ballheimer. “It is not as easy as people think, especially when space to ground communications is concerned.”

Laser focus: With more data being collected, processed, and distributed in space, satellite architects are looking to lasers for more bandwidth: Current optical communications terminals (OCTs) can deliver 2.5 gigabits per second, compared to speeds maxing out around 1 gigabit per second for the speediest radio communications. OCTs are already enhancing SpaceX’s Starlink constellation, and more action is on the way:

  • SpaceX recently tested the connection between an optical terminal on the Crew Dragon spacecraft and the Starlink network during the Polaris Dawn mission, and president Gwynne Shotwell said SpaceX would tee up sales of the laser link technology to other satellite operators.
  • Munich-based optical comms supplier Mynaric, which is building terminals for SDA, ran into production trouble last month, leading to the ouster of its CEO.
  • Odysseus Space, founded in 2019, is developing its Cyclops optical terminal to provide on a subscription basis to satellite operators. 

First responder: Reflex, which was founded in 2022 to develop dual-use spacecraft platforms, is launching its first satellite on SpaceX’s Transporter-12 mission this year. It also plans to demonstrate a different laser optical payload in 2027 that will connect with a moving asset on the ground. 

The company—named for its goal of providing flexible and responsive service—has raised €16M ($17.8M) in its quest to provide military-grade satellite buses to buyers who need them. Ballheimer said the company plans to announce a US subsidiary and manufacturing facility in the months ahead. 

“The European market is good to test the value proposition and grow for a certain time without having to compete with American companies,” Ballheimer, the former founder of German Orbital Systems and previous CTO of Exolaunch, said. “In the long term, sustainable growth can only be achieved with American customers.”

Related Stories
BusinessStartupsTechnology

Hadrian’s Plan to Fix Space Manufacturing

The new tool combines a vetted supplier network with supply chain management and DFM (design for manufacturing) software, providing startups with a single point of contact for their entire supply chain.

StartupsVC/PE

FUSE Launches Space-Focused VC Program

The new FUSE Space Program will invest $1M in early space companies. The CEOs of Quindar and Lumen Orbit will serve as scouts, helping to find founders and ideas that would make good investments. 

EOStartups

Transporter-12 Launches a New Wave of Space Tech

SpaceX launched Transporter-12 on Tuesday afternoon, sending 131 payloads with dozens of microsatellites and nanosats into sun-synchronous orbit. 

MilitaryStartups

Slingshot Wins Contract to Detect GPS Jamming and Spoofing

PNT-SENTINEL will take advantage of a mesh network of thousands of satellites to identify locations of GPS interference on the ground.