HEART developed a high heat rejection thermal control system; IMPACTA created a mechanically pumped loop for active antennae thermal management.
AVS ADDED VALUE INDUSTRIAL ENGINEERING SOLUTIONS SLU
Spanish engineering SME designing spacecraft thermal control systems and mechanical actuators for satellites and planetary missions.
Their core work
AVS Added Value Solutions is a Spanish engineering SME specializing in thermal management systems and mechanical actuators for the space industry. They design and develop critical spacecraft subsystems including thermal control hardware, mechanically pumped cooling loops for satellite active antennae, and hold-down/release mechanisms. Their work spans the full chain from concept to flight-ready hardware, serving both satellite manufacturers and planetary exploration missions. Based in the Basque Country's industrial engineering cluster (Elgoibar), they bring precision mechanical engineering capabilities to European space programmes.
What they specialise in
IMPACTA specifically targeted MPL technology for cooling communication satellite active antennae, a niche and demanding application.
REACT focused on resettable hold-down and release actuators, a critical spacecraft deployment mechanism.
PRO-ACT addressed robotic assembly and construction for planetary missions, likely contributing mechanical hardware expertise.
How they've shifted over time
AVS began as a participant contributing mechanical components — specifically hold-down and release actuators for spacecraft (REACT, 2015). By 2018-2019, they had moved into a coordination role on larger thermal control projects (HEART, IMPACTA), indicating growing maturity and ambition. Their recent work focuses squarely on thermal management for communication satellites, with explicit keywords around MPL technology and active antennae — a clear specialization trajectory from general space mechanisms toward high-performance thermal subsystems.
AVS is deepening its thermal management expertise for telecom satellites, positioning itself as a go-to SME for next-generation high-power active antennae cooling solutions.
How they like to work
AVS splits evenly between coordinating and participating (2 each), showing they are comfortable leading projects when the topic matches their core thermal/mechanical expertise. With 21 unique partners across 8 countries from just 4 projects, they work in moderately sized international consortia rather than returning to the same partners. This suggests an organization that is both technically confident enough to lead and flexible enough to integrate into diverse teams.
AVS has built a network of 21 partners across 8 European countries through just 4 projects, indicating broad reach within the European space supply chain. Their Basque Country base connects them to Spain's growing space-tech ecosystem while maintaining strong cross-border ties.
What sets them apart
AVS occupies a specific niche: they are one of few European SMEs with demonstrated capability in both spacecraft thermal control and precision mechanical systems. Their progression from participant to coordinator on increasingly large budgets (EUR 246K to EUR 1.86M) signals rapid technical growth and industry trust. For consortium builders, they offer the agility of an SME with the technical depth needed for flight hardware — a combination that larger primes often seek as subcontractors.
Highlights from their portfolio
- HEARTLargest project (EUR 1.86M) and coordinated by AVS — a high heat rejection thermal control system representing their flagship capability.
- IMPACTACoordinated by AVS with nearly EUR 1M, targeting the specific niche of mechanically pumped loops for communication satellite antennae cooling.
- PRO-ACTParticipation in planetary robotics marks a diversification into exploration missions beyond their core satellite thermal work.