Realized projects

Since 2017, we have been working for the MetOp-SG mission on the production and testing of cable harnesses for the Microvawe Imager (MWI). In autumn 2023, we sent to OHB-Italy the last, fourth model series of cable harnesses produced exclusively in Brno.

Our cables will provide the interconnection of all electronic instruments and sensors on the satellite.

The benefits of the mission will be to improve weather forecasting at intervals of up to 10 days in Europe and worldwide or to improve air quality forecasting.

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We worked on the HERA satellite, a research project of the European Space Agency, which is one of the projects within the programme of preparing the Earth for a possible collision with a space body.
The HERA satellite (together with two CubeSats) will assess the consequences of the impact of the US DART mission on the asteroid Didymos.
We were responsible for the implementation and testing of the wiring harnesses for the first part of the test campaign. We were also producing the wiring harnesses for the so-called FM flight phase.

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Biomission 19, a project being developed for the International Space Station (ISS), includes three experiments.

Almost half of the ISS crew is struggling with immunity problems. In weightlessness, immunity is not activated, so even the common cold can be a big risk for astronauts. The Human Bone Marrow Model and XENOPUS A/B experiments will help scientists understand why immunity stops working in weightlessness.

We have been involved in the XENOPUS A/B project, where we provided the design and manufacture of the electronics and wiring harnesses. XENOPUS will study the development of antibodies in frogs in space.

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The multi-purpose, scalable and powerful Triton-X platform is set to become a leading commercial product for customers worldwide, enabling affordable regional and global microsatellite systems.
Our cable harnesses are a suitable combination for the Triton-X solution by providing vital connectivity between satellite devices.
These new, affordable, versatile, and modular Triton-X microsatellite platforms allow easy customization for a variety of missions such as Earth observation, telecommunications and SIGINT, or on-orbit services.

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We are involved in projects that will advance forward Europe’s first reusable rocket.

As part of the FLPP program, we were working on the development, implementation and testing of universal electronic cards of the VPX standard for reuse on the Themis demonstrator.

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For the JUICE mission, we worked on 2 projects, namely the Low Frequency Receiver with the Academy of Sciences (UFA) and the Medium Gain Antenna Major Assembly with the Spanish company SENER. The LRF serves as a digital wave analyzer and is a part of the Radio and Plasma Waves Investigation (RPWI) instrument. G.L. Electronic ensured the qualification of components and the production of electrical equipment. MGAMA is a two-axis steerable antenna that provides communication between the JUICE satellite and Earth. We have implemented the production of cable harnesses.

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In the spring of 2021, the second flight of the SSMS Vega Dispenser started. As with the previous VV16 flight, here we also completed production of cable harnesses and the integration of sensors and cable harnesses for the dispenser.

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NAOS is a high-resolution Luxembourg reconnaissance satellite designed for government and military purposes. The satellite will provide global coverage and will be able to capture more than a hundred images a day. G.L. Electronic has produced EGSE test cables for this satellite. Life of at least 7 years once positioned in a sun-synchronous orbit at around 500 km.

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G.L. Electronic worked on dispenser to the top of the Vega rocket. This unique design makes it possible to carry up to sixteen satellites simultaneously. G.L. Electronic realizes the complete production and integration of wiring harnesses and sensors. At the beginning of September 2020, the Vega rocket (flight VV16) successfully launched a dispenser with 53 small satellites. We also worked on flight VV18.

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In cooperation with Luxspace – OHB, G.L. Electronic has been involved in the production of several flight wiring harnesses for microsatellites used to track ships at sea. At the same time, we also worked on the production of EGSE test cables. ESAIL was one of the 53 satellites carreid by SSMS Dispenser during successfull flight VV16 at the beginning of September 2020.

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G.L. Electronic worked on the assembly of the printed circuit board for the WAM (Electromagnetic Wave Analyzer) and on the assembly of a special connection cable. We have also participated in the assembly of the wiring harness for drilling equipment for sampling.

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In cooperation with Steel Electronique, G.L. Electronic worked on the assembly of printed circuit boards CPU-NGA for porjects ARGOS 4 AIU.

In cooperation with Steel Electronique, G.L. Electronic worked on the assembly of printed circuit boards CPU-NGA (FM) and ASIC LENA (EQM) for project MICROCARB.

G.L. Electronic, in cooperation with the Academy of Sciences and Charles University, participated in the production of three devices for Solar Orbiter. We produced SWA and RPW devices in Brno and on the STIX device we cooperated briefly in the partial installation of PCBs. In Italy, we partially cooperated with OHB-I to produce cable harnesses for the METIS device. Our activities included technical consultancy, Hi-Rel production, quality control, participation in PCB design and editing, manual assembly of electronic components, mechanical frame integration and final bonding and conformal coating.

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In cooperation with Leonardo and OHB-I, G.L. Electronic worked on the assembly of printed circuit boards and the production of wiring harnesses.
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In cooperation with OHB-I, our company worked on assembling electronic printed circuit boards and producing test cables designed as part of the EGSE test unit.
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G.L. Electronic worked on the assembly of the PCB.
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In cooperation with OHB-I, our activities included Hi-Rel manufacturing and its visual inspection, PCB modifications, internal wiring and mechanical integration, part tuning and measurement, measurement of rating of the boards & final units, test results reporting, final bonding.
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In cooperation with OHB-I, our activities included Hi-Rel production and visual inspection and final implementation of gluing and conformal coating of PCB.
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In collaboration with OHB, our business included the Hi-Rel production, external cabling and mechanical assembly, the final implementation of gluing and fastening point preparation, the final integration of cable harnesses, wires and sensors and product assurance activities with quality control for assembly activities.
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In cooperation with Argotec, our activities included Hi-Rel manufacturing and visual inspection, mechanical assembly, final implementation of bonding and conformal coating.
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This is our first integration on a satellite in French Guyana and the first flight of Vega with the first satellite. G.L. Electronic provided technical support, electrical testing and final integration of the complete FM external harness and final satellite integration and P-POD for CUBESAT in CSG-French Guyana.
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Our first manufacturing of flight harness on the microsatellite in Brno. Technical support for design and assembly, manufacturing and testing of five sets of harnesses (2 sets of FM1, FM2 and 2 sets of coax cables FM).
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A new VEGA-E rocket, a small satellite carrier based on the VEGA-C rocket configuration, is currently being developed. The new rocket is an improved and more affordable version of the VEGA-C rocket. The main element of this evolution will be a new liquid cryogenic rocket engine called the M10. The use of innovative technologies for the higher-level engine will increase the competitiveness of VEGA-E by reducing the cost of start-up services and increasing flexibility. We work with the Sobriety company on valves for this engine weighing 10 tons.

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