SpaceTec Partners serves a variety of private and public institutions, pragmatically applying consulting techniques primarily in the space domain. With institutional clients such as the European Commission, the European Space Agency (ESA) and the European GNSS Agency (GSA), as well as with leading space industry players and various SMEs and start-ups, SpaceTec has helped to develop several effective policy and strategy recommendations in several domains.

With over 10 years of operations in Europe, SpaceTec has amassed a wealth of industry expertise as well as technical knowledge. What sets SpaceTec apart is the mastery of the ‘hypotheses-driven methodology’ combined with strong space industry expertise as well as extensive technical knowledge. SpaceTec’s study philosophy and approach is data-driven and leverages facts to validate key assumptions, hypotheses and recommendations to its clients.

In essence, SpaceTec Partners provides with concise, effective and relevant solutions to problems faced by institutions in the space industry.

Examples of key services and capabilities include:

  • Strategy development and business planning
  • Market analysis, market-entry and growth strategies
  • Cost benefit analysis, impact assessment & policy analysis
  • Environmental and sustainability analysis
  • Organisational development and change management
  • Gathering and analysis of user needs and translation into technical requirements
  • Programme management, performance and risk management best practices implementation

Case studies

Micro-launcher market opportunities

Micro-launcher market opportunities

Together with a major European launch provider, SpaceTec Partners analysed the most likely market opportunities and target addressable and accessible markets for potential new micro-launchers tackling the small (<= 500 kg mass) satellites market with a special focus on under 200 kg mass classes.

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High-accuracy GNSS techniques in mass market industries

High-accuracy GNSS techniques in mass market industries

Several signal augmentation techniques such as Real Time Kinematic (RTK), Precise Point Positioning (PPP) and hybrid variations (e.g. PPP-RTK) enable real-time high accuracy positioning using Global Navigation Satellite Systems (GNSS). Previously limited to specific applications such as surveying and agriculture, the ability to broadcast PPP correction data globally over satellite and/or the internet has opened the door to large-scale, mass market applications of highly accurate GNSS, with the development of PPP-RTK expected to further improve the convergence time of PPP.

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