← Back to explorer

‘Development of a Shared Aperture Ka Band User Terminal Antenna for Nomadic and Transportable IRIS² Use cases (GSHE-8)’

TED · 400147-2026pin-onlyNo deadline given

Buyer

NameEuropean Space Agency

CountryNL

Published2026-06-11

Deadline

Value

Estimated

Awarded

CPV codes

32500000 Radio, TV, communication equipment

Description

Design, develop, integrate and verify a shared-aperture Ka-band user terminal antenna for IRIS² nomadic/transportable use cases, reaching TRL 7 and demonstrating a validated industrialisation path to large-scale production. The work is structured in two phases: • Phase 1 (6 months): architecture trade-offs + detailed design + critical breadboards + V&V plan + cost/industrialisation analysis to support down-selection. • Phase 2 (18–24 months): product-level integrated design (incl. limited pre-series) + verification (conducted/OTA) + validation in relevant environment + industrialisation plan and refined recurring cost model.

Similar tenders

Closest by meaning — across languages, via embeddings.

PublishedTitleBuyerMatch
2026-06-12CON 1162 Smart Electricity Meters, Smart AMI HESElectricity Supply Board ( ESB ) IE86%
2026-05-06Fused PNT Analyses based on European InfrastructureEuropean Commission, DG DEFIS - Defence Industry and Space BE86%
2026-05-05Welfare technology system for institutions and service recipients in residences with the accompanying response centre service and products.Ringsaker kommune NO85%
2026-06-10IK - EEA 094-2025 Stage 1 Qualification phase Localisation technology (Bergen municipality, Askøy municipality, Tromsø municipality, Voss herad and Kvam herad)Bergen kommune - Byrådsavdeling for eldre, helse og omsorg NO85%
2026-06-11IK - EEA 094-2025 Stage 1 Qualification phase Localisation technology (Bergen municipality, Askøy municipality, Tromsø municipality, Voss herad and Kvam herad)Bergen kommune - Byrådsavdeling for eldre, helse og omsorg NO85%
2026-05-13Semi-automated probe system with accessoriesIHP GmbH - Leibniz-Institut für innovative Mikroelektronik DE85%

Source

View the official notice on TED