ESA PROJECTS

EnVision  VenSpec-H   Electronics 

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Mission Overview

EnVision is the European Space Agency’s next-generation mission to Venus, designed to unveil how the planet’s atmosphere, surface, and interior have evolved. The spacecraft will carry a suite of instruments investigating volcanic activity, atmospheric chemistry, and surface–atmosphere interactions with unprecedented precision.

 

EnVision Facts

Mission Launch

2031

Czech team role

Design, manufacture and deliver flight units

Distance to Venus

41 million km average

Project Value

2.6 million EUR

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VenSpec-H Instrument

The VenSpec-H (Venus Spectrometer – High-resolution) instrument is one of EnVision’s key payloads. Operating in the infrared range (1.0–2.5 µm), it will measure trace gases such as SO₂ and H₂O, identifying signatures of active volcanism and chemical processes driving Venus’s dynamic atmosphere.

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Czech Contribution

TRL Space leads the VenSpec-H electronics development, responsible for the DEP and MOD boards, overall project management, product assurance, and thermal analysis of all electronic units.
Our team ensures the electronics meet ESA’s ECSS standards, achieve high reliability, and perform under Venus’s demanding radiation and thermal environment. We also coordinate system integration, test philosophy, and support to the instrument prime through all design reviews.

 

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Consortium Structure

TRL Space leads a consortium combining Czech expertise:

  • SAWtronics – FPGA & PROC board design, system engineering, EGSE development
  • G. L. Electronics – harness design and manufacturing, PCB assembly to ECSS standards
  • AerialComm – EGSE development and functional testing for DEP and MOD boards

Together, the team provides a complete, end-to-end capability from design and analysis to qualification and testing.

 

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Engineering Approach

The development process follows a rigorous ECSS-compliant lifecycle, from requirement consolidation and preliminary design through engineering model (EM) and qualification model (QM) manufacturing and testing. This ensures each component—from PCBs to harness assemblies—achieves the reliability required for EnVision’s deep-space environment.

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