Mynaric
German aerospace and defense technology company developing laser communication terminals for airborne and spaceborne networks.
Last updated October 14, 2026
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Overview
Mynaric is a German aerospace and defense technology company specializing in optical, or laser, communication equipment for aircraft, unmanned aerial vehicles, high-altitude platforms, satellites, and ground infrastructure. Its systems are designed to provide high-bandwidth wireless links across long distances, including links between satellites in a constellation, between spacecraft and aircraft, and between airborne or spaceborne platforms and the ground. The company’s technology addresses a central constraint of modern networked aerospace systems: the need to move very large quantities of data without relying exclusively on radio-frequency communications. The company was founded in 2009 by former employees of the German Aerospace Center. Some of the underlying technologies were licensed from DLR, linking Mynaric’s commercial development to Germany’s research base in aerospace optics and communications. From its early years, Mynaric emphasized the industrialization of free-space optical communications rather than treating laser links solely as bespoke research projects. Its commercial objective has been to produce terminals in series, lower unit costs, and support large airborne and satellite constellations. A notable early technical milestone came in November 2013, when Mynaric demonstrated laser communication from a Tornado jet platform. The test achieved a data rate of 1 gigabit per second across 60 kilometers while the aircraft was traveling at approximately 800 kilometers per hour. The demonstration helped establish the company’s capability in mobile, airborne optical communications. Mynaric subsequently developed products for both airborne and spaceborne use, with systems intended to support gigabit-class transmission over distances that can extend to several thousand kilometers. Mynaric became a publicly traded company through an initial public offering on the Frankfurt Stock Exchange in October 2017. The offering provided growth capital for product development, manufacturing, and market expansion. In 2018, its laser communication products were inducted into the Space Technology Hall of Fame of the Space Foundation. The company also announced a collaboration with CEA-Leti relating to highly sensitive avalanche photodiodes, a component area relevant to improving receiver sensitivity, link distance, and system complexity. During the same period, Facebook’s Connectivity Lab was reported to have demonstrated a bidirectional 10-gigabit-per-second air-to-ground connection using Mynaric products. The company expanded its aerospace and constellation relationships in the following years. In 2019, Bulent Altan, a former vice president associated with SpaceX’s Starlink program, joined Mynaric’s management board, and the company announced an additional funding round led by an investor connected with an undisclosed satellite constellation. In November 2021, Mynaric listed on Nasdaq and raised additional growth capital, attracting investors including Peter Thiel and ARK Invest. The company also became a strategic laser-communications supplier to Northrop Grumman. Mynaric’s defense relevance increased through its work connected with the U.S. Space Development Agency’s Proliferated Warfighter Space Architecture. In June 2022, it completed a ground demonstration of terminals intended to transmit and receive data in space for that architecture. L3Harris made a strategic investment in Mynaric in July 2022. By 2023, Mynaric had established a significant position as a supplier of optical communications terminals for the SDA’s planned large-scale satellite network, although the company remained exposed to the long development cycles, procurement schedules, and technical qualification requirements characteristic of aerospace and defense markets. Reference material states that Rocket Lab acquired Mynaric in April 2026. The reported transaction included German regulatory conditions intended to preserve intellectual property, production…
History
Mynaric was established in Germany in 2009 by former employees of the German Aerospace Center. The company’s origins were closely connected to aerospace research, and some of its core technologies were licensed from DLR. Rather than limiting optical communications to laboratory demonstrations, Mynaric pursued commercial systems capable of supporting high-volume wireless data transfer between moving aircraft, unmanned platforms, satellites, and the ground. The company’s first major publicly described technical milestone occurred in November 2013. Mynaric demonstrated a laser communication link from a Tornado aircraft, achieving 1 Gbit/s across 60 kilometers while the aircraft flew at approximately 800 km/h. This test illustrated the particular engineering challenge addressed by the company: maintaining a precise optical connection between rapidly moving platforms over long distances. The demonstration also helped position Mynaric within the emerging market for airborne and spaceborne communication networks. Mynaric entered the public markets in October 2017 through an initial public offering on the Frankfurt Stock Exchange. The offering raised €27.3 million in growth capital, supporting continued product development and the expansion of manufacturing and commercial activities. In February 2018, the company’s laser communication products were inducted into the Space Technology Hall of Fame of the Space Foundation. Two months later, Mynaric announced a relationship with CEA-Leti concerning highly sensitive avalanche photodiodes. Such receivers can improve the sensitivity and range of optical links and may reduce the complexity of complete communication systems. Mynaric’s technology also attracted interest from large technology and connectivity initiatives. In 2018, Facebook’s Connectivity Lab was reported to have achieved a bidirectional 10 Gbit/s air-to-ground connection using Mynaric equipment. In 2019, Bulent Altan, a former SpaceX executive associated with Starlink, joined Mynaric’s management board. The company also announced a further $12.5 million financing round led by the lead investor of an undisclosed satellite constellation. These developments reflected a shift in the market from experimental demonstrations toward the potential deployment of optical links across large networks. In November 2021, Mynaric listed on Nasdaq and raised $75.9 million in growth capital. Peter Thiel and ARK Invest were reported as new investors. During this period, Northrop Grumman selected the company as a strategic supplier for laser communications, strengthening Mynaric’s position in the defense and government-space sector. The company’s product strategy emphasized serial production, cost reduction, and terminals that could be integrated into large satellite constellations rather than manufactured only as one-off systems. The U.S. Space Development Agency became an important reference customer and market for Mynaric’s technology. In June 2022, Mynaric completed a ground demonstration of terminals intended to transmit and receive data in space as part of the U.S. National Defense Space Architecture. L3Harris made a strategic investment of $11.4 million in July 2022. By June 2023, the company was described as a dominant supplier of optical communication terminals for the SDA’s Proliferated Warfighter Space Architecture, a planned network of numerous interconnected satellites. Reference material reports that Rocket Lab acquired Mynaric in April 2026. The reported approval by Germany’s Federal Ministry for Economic Affairs and Energy included conditions intended to keep intellectual property, production, and research and development in Germany and Europe. The conditions reportedly also preserved access for German and European customers and maintained existing export restrictions concerning China. Mynaric’s Munich headquarters was reported to remain in operation. The acquisition and the company’s subsequent legal and operating status should be verified against current corporate filings because the transaction is dated after several historical reference records.
- 2026
Reported acquisition by Rocket Lab
[1]Reference material reports Rocket Lab’s acquisition of Mynaric, with German regulatory conditions intended to preserve European operations and technology.
- 2022
Defense-space terminal demonstration
[1]Mynaric completes a ground demonstration for terminals intended for the U.S. National Defense Space Architecture.
- 2022
L3Harris strategic investment
[1]L3Harris makes a reported $11.4 million strategic investment in Mynaric.
- 2021
Nasdaq listing and strategic-supplier relationship
[1]Mynaric lists on Nasdaq, raises $75.9 million, and is selected by Northrop Grumman as a strategic laser-communications supplier.
- 2019
Constellation-market expansion
[1]Bulent Altan joins the management board and Mynaric announces an additional $12.5 million financing round.
- 2018
Recognition by the Space Foundation
[1]Mynaric’s laser communication products are inducted into the Space Technology Hall of Fame.
- 2017
Frankfurt initial public offering
[1]The company completes its Frankfurt IPO and raises €27.3 million in growth capital.
- 2013
Airborne laser-link demonstration
[1]Mynaric demonstrates a 1 Gbit/s optical communication link from a Tornado aircraft over 60 kilometers at approximately 800 km/h.
- 2009
Mynaric is founded
[1]Former German Aerospace Center employees establish Mynaric, with some foundational technologies licensed from DLR.
Products and positioning
A specialist supplier of scalable laser communication terminals for aerospace, defense, satellite-constellation, airborne, and optical-ground-network applications.
Spaceborne laser communication terminal
CONDOR
CONDOR is a Mynaric product family for optical communications in space. It is intended to support high-bandwidth links between satellites in constellation architectures, where terminals must combine precise pointing and tracking with repeatable manufacturing and integration into spacecraft platforms. The product represents Mynaric’s focus on serially produced space terminals rather than exclusively customized research hardware.
Airborne laser communication terminal
AQUARIUS
AQUARIUS is associated with Mynaric’s airborne optical-communications offering. The system is designed for data links involving aircraft, unmanned aerial vehicles, and other airborne platforms, including connections to ground infrastructure or other network nodes. Its role reflects the company’s effort to extend laser communications beyond stationary demonstrations to mobile platforms operating over long distances.
Ground communications infrastructure
Optical ground stations
Mynaric’s optical ground-station activities support laser communication links between spaceborne or airborne terminals and terrestrial networks. Ground systems complement the company’s mobile and space terminals by providing receiving and transmitting infrastructure for high-throughput data transfer. The broader offering is intended to form part of end-to-end optical communication networks rather than operate as an isolated terminal product.
Brand decisions
2026
Reported acquisition by Rocket LabM&ABackground
Reference material states that Rocket Lab sought to acquire Mynaric to add its laser-communications technology and aerospace manufacturing capabilities.
Action taken
Rocket Lab reportedly acquired Mynaric after approval subject to German conditions covering technology, production, research and development, customer access, and China-related export restrictions.
Aftermath
The reported arrangement keeps Mynaric headquartered in Munich, but the full post-acquisition structure requires confirmation from current filings.
2022
Focus on proliferated defense-space architecturesStrategyBackground
The U.S. Space Development Agency required optical communications equipment capable of supporting interconnected satellite architectures.
Action taken
Mynaric completed a ground demonstration of relevant terminals and continued supplying technology for the Proliferated Warfighter Space Architecture.
Aftermath
The company strengthened its position in the defense-space optical-communications market.
2021
Expansion of public-market and defense-space strategyStrategyBackground
Mynaric sought to scale its laser-communications business for large satellite constellations and government-space programs.
Action taken
The company listed on Nasdaq, raised growth capital, and developed a strategic-supplier relationship with Northrop Grumman.
Aftermath
The moves increased Mynaric’s visibility among U.S. aerospace, defense, and constellation customers.
Nasdaq listing growth capital. $75.9 million raised (November 2021)
2017
Decision to pursue a public listingOtherBackground
Mynaric needed additional capital to develop products, expand manufacturing, and pursue commercial opportunities in airborne and spaceborne optical communications.
Action taken
The company completed an initial public offering on the Frankfurt Stock Exchange and raised €27.3 million in growth capital.
Aftermath
The IPO gave Mynaric access to public-market financing as it moved from technology demonstrations toward industrial production.
IPO proceeds. €27.3 million raised (October 2017)
Recent events
- Unconfirmed
Mynaric receives 2021 Pioneer Space Business Award of the Year[3]
Mynaric received Euroconsult's 2021 Pioneer Space Business Award of the Year at the World Satellite Business Week Summit.
Sources3 sources
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