Mynaric Plans IPO, Listing in United States

GILCHING, Germany, April 7, 2021 – Mynaric AG (Frankfurt Stock Exchange: M0Y, ISIN: DE000A0JCY11), a leading developer and manufacturer of laser communication products for aerospace communications networks, plans to pursue an initial public offering (“IPO”) and listing in the United States. It is contemplated that the public offering will consist solely of new shares to be issued by Mynaric by way of a capital increase out of authorized capital. In preparation for the IPO, Mynaric’s management board, with the consent of the supervisory board, has resolved to propose to its annual general meeting to resolve on the creation of authorized capital.

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DLR Laser Terminal in Space Makes Contact with Japanese Ground Station

The flying laptop satellite of the University of Stuttgart. (Credit: University of Stuttgart)
  • For the first time, a signal from the DLR terminal OSIRISv1 was received on a NICT ground station in Japan.
  • OSIRISv1 was developed by the DLR Institute for Communication and Navigation and launched in 2017 on the “Flying Laptop” satellite in cooperation with the Institute for Space Systems (IRS) at the University of Stuttgart.
  • Optical communication systems that use laser beams for data transmission make it possible to significantly increase the data rates between satellites and ground stations.

COLOGNE, Germany (DLR PR) — The resolution of cameras and other sensors on earth observation satellites is increasing steadily. This leads to ever-increasing amounts of data that are still transmitted to earth using radio systems today. The data connection between the satellite and the earth limits the capabilities of the systems.  With optical communication systems that use laser beams for data transmission, a significant increase in data rates is possible. Numerous images can be transmitted with high resolution. 

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How to Explore Uranus Using CubeSats & Beamed Laser Power

Illustration of mothership and probe subsystems in the SCATTER concept. (Credits: Sigrid Close)

NASA Innovative Advanced Concepts (NIAC) Phase I Award
Funding: up to $125,000
Study Period: 9 months

Exploring Uranus through SCATTER
Sigrid Close
Stanford University
Stanford, Calif.

SCATTER studies the capability for a parent spacecraft to transmit power and remotely manipulate a small probe spacecraft through a laser transmitter, entitled Sustained CubeSat Activity Through Transmitted Electromagnetic Radiation (SCATTER).

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Mynaric Opens DC Office to Focus on Laser Communications, Appoints Global Senior Sales Team

MUNICH & LOS ANGELES, February 2, 2021 (Mynaric PR) – Mynaric can announce today that it is expanding its U.S footprint by opening an office in Washington D.C. to place its team closer to U.S. government organizations driving the adoption of laser communication.

The U.S. government is the driving force for the rapid deployment of laser communication capabilities, currently, and as such also a catalyst for the adoption by commercial stakeholders. The Space Development Agency alone is expected to procure up to 150 satellites equipped with laser communication capabilities in 2021 as part of its Tranche 1 Transport layer and Mynaric is seeing increased interest from the sector following its selection for two U.S. governmental programs last year.

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SSC & Airbus Defence and Space Netherlands to Collaborate in Optical Communication

Laser satellite (Credit: Swedish Space Corporation)

SOLNA, Sweden (SSC PR) — Swedish Space Corporation (SSC) and Airbus Defence and Space Netherlands (Airbus DS NL) have signed an MOU for collaborative activities regarding ground equipment for space-to-ground optical communication. The agreement will accelerate the development of commercially viable optical ground stations that will be offered by Airbus DS NL and used by SSC in delivering ground network services.

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Pioneering Start: PIXL-1 Small Satellite with the World’s Smallest Laser Terminal in Orbit

CubeSat with laser terminal. (Credit: DLR CC-BY 3.0)
  • The PIXL-1 small satellite was successfully launched on January 24, 2021 at 4:00 p.m. CEST, with the OSIRIS4CubeSat / CubeLCT laser terminal on board
  • The aim of the mission is to test optical communication systems for small satellites, to develop them further until they are ready for the market and to provide a reference system for a new communication standard
  • Technology transfer: The development was carried out on behalf of the German industrial partner Tesat-Spacecom (TESAT), who will produce the laser terminal in series

OBERPFAFFENHOFEN, Germany (DLR PR) — The PIXL-1 small satellite was successfully launched into orbit on January 24, 2021 at 4:00 p.m. CEST from the US spaceport Cape Canaveral with a Falcon-9 launcher from the US company SpaceX. The smallest laser transmission terminal in the world is on board the satellite: “OSIRIS4CubeSat” enables data transmission up to a hundred times faster than conventional radio links and was developed by scientists from the German Aerospace Center (DLR) in close cooperation with the German telecommunications company TESAT based in Backnang near Stuttgart. It provides an important platform for investigating scientific questions. The laser terminal is designed for series production and is sold by TESAT under the name “CubeLCT.” In this way, new value chains are being created in Germany as a business location.

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Laser Tech from the Netherlands Hitchhikes to Space on Norwegian Satellite

AMSTERDAM (Netherlands Space Office PR) — Dutch space technology for laser communication will be tested on the Norwegian satellite NorSat-TD, due for launch in 2022. This partnership was stated in an agreement signed this morning by the directors of both space agencies, NSO from the Netherlands and NOSA from Norway. The signing took place in parallel at the embassies of both countries in The Hague and Oslo in the presence of both ambassadors.

The satellite payload named SmallCAT has been developed by the research institute TNO and the Delft based company Hyperion Technologies. This technology makes use of laser beams rather than radio signals to transmit valuable information from space to earth. There is great interest in this new technology because it enables satellites to transmit larger amounts of information 10 times faster and more securely.

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Hyperion’s Laser Communication Terminal to Fly into Space in 2022

Dutch consortium secures technology demonstration within the ESA ScyLight programme

DELFT, The Netherlands, 5 January 2021 (Hyperion Technologies PR) — Ultra-high data rates for small satellites, free of licencing fees and year-long application processes – this will soon be reality. Thanks to the award to carry out an ESA ScyLight technology demonstration project supported by the Netherlands Ministry of Defense and Netherlands Space Office (NSO), a Dutch consortium consisting of TNO and Hyperion Technologies will be launching the jointly developed laser satellite terminal into space. Target launch is set for early 2022 on board the NorSat-TD satellite.

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NASA Perseveres Through Pandemic to Complete Successful 2020

WASHINGTON (NASA PR) — In 2020, NASA made significant progress on America’s Moon to Mars exploration strategy, met mission objectives for the Artemis program, achieved significant scientific advancements to benefit humanity, and returned human spaceflight capabilities to the United States, all while agency teams acted quickly to assist the national COVID-19 response.

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Japan Launches Optical Data Relay Satellite

A H-2A rocket launched Japan’s first Optical Data Relay Satellite with laser communications capabilities on Sunday from the Tanegashima Space Center.

The civilian-military spacecraft will relay data from Japan’s optical and radar-imaging Information Gathering Satellites as well as JAXA’s scientific spacecraft.

JAXA’s Laser Utilsing Communication System (LUCAS) will use infrared technology to transmit data between the spacecraft and the ground.

The H-2A rocket lifted off at 4:25 p.m. local time from the southern Japanese island. The spacecraft separated at an altitude of 300 km and is using on-board propulsion to reach geosynchronous orbit.

Emxys Raises €2 Million in Venture Funding to Develop ODALISS

  • Emxys, a space technology company, has raised €2 million in funding.
  • The round was led by Mundi Ventures with participation from CDTI.
  • Financing from the round will be used to develop the ODALISS project, an innovative platform for small satellites with laser communications.

ALICANTE, Spain – Emxys (Embedded Instruments & Systems), a Spanish company based in Alicante, has closed a €2 million [US $2.35 million] funding round led by Mundi Ventures and with participation from CDTI. Vinca Capital served as financial advisor and Gesem served as legal advisor to Emxys in the transaction.

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Airbus, Raytheon Protest SDA Contract Awards to SpaceX & L3Harris

National Defense Space Architecture tracking layer. (Credit: Department of Defense)

Raytheon and Airbus US Space and Defense have filed formal protests with the Government Accountability Office (GAO) over the Space Development Agency’s (SDA) decision to award contracts worth $342.5 million to L3Harris Technologies and SpaceX to build eight missile warning satellites.

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The Most Sensitive Optical Receivers Yet for Space Communications

The experimental setup used in the lab to emulate a deep space data transmission link. (Credit: Yen Strandqvist)

GOTHENBURG, Sweden (Charlmers University of Technology) — Communications in space demand the most sensitive receivers possible for maximum reach, while also requiring high bit-rate operations. A novel concept for laser-beam based communications, using an almost noiseless optical preamplifier in the receiver, was recently demonstrated by researchers at Chalmers University of Technology, Sweden.

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What’s On Board Vega Booster

The European Vega rocket that launched this evening was carrying 53 satellites on its first rideshare mission as part of the Small Spacecraft Mission Service Proof of Concept Flight.

The payloads included 14 Flock 4V Earth imaging satellites from Planet, 12 SpaceBEE Internet of Things spacecraft from Swarm Technologies, and 8 maritime monitoring satellites from Spire.

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Chinese Internet of Things Constellation Achieves Breakthrough in Inter-satellite Laser Communications

Xingyun-2 01, 02 laser communication simulation diagram. (Credit: CASIC)

(CASIC PR) — Recently, the Xingyun 2 01 and Xingyun 2 02 satellites have achieved two-way communication with a complete chain construction process and stable telemetry status. This means that the laser communication payload technology carried by the Xingyun 2 satellite has been successfully verified.

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