Both Wind-Drone (2017) and Windrone Zenith (2019) are explicitly built around UAV platforms for wind turbine inspection.
BLADEINSIGHT SA
Portuguese SME developing autonomous drone systems for safe, cost-effective wind turbine blade inspection at scale.
Their core work
BLADEINSIGHT SA is a Portuguese technology SME that builds autonomous drone systems for inspecting wind turbine blades. Their core product replaces manual rope-access or crewed inspections — dangerous, expensive, and weather-dependent — with UAV-based platforms that can assess blade condition safely and reliably. They developed their technology through the EU SME Instrument programme, graduating from a feasibility study in 2017 to a fully funded autonomous inspection system by 2019. The company name itself signals their niche: blade-level insight on wind assets.
What they specialise in
Windrone Zenith is described as an 'Autonomous & Intelligent UAV-based' system, indicating onboard decision-making beyond remote-piloted flight.
Wind-Drone is described as a 'powerful UAV-based ICT solution', suggesting data capture, transmission, and processing software alongside hardware.
Both projects target cost, safety, and reliability of inspections — core metrics of wind O&M teams — rather than turbine design or manufacturing.
How they've shifted over time
BLADEINSIGHT's trajectory is a textbook SME Instrument progression: a 2017 Phase 1 feasibility study (€50,000) validated the market and concept, then a 2019 Phase 2 full-development award (€1.34M) funded the complete product. The language shift from "ICT solution allowing safe, reliable inspections" to "Autonomous and Intelligent system for cost-effective" inspections shows a deliberate move from connectivity and safety as the headline value toward autonomy and economics — likely reflecting investor and customer feedback between phases. By 2019 the pitch was clearly aimed at wind farm operators focused on reducing O&M costs at scale.
They are moving toward full autonomy and AI-driven asset inspection, positioning themselves as a software-plus-hardware platform rather than a drone-services provider — a direction consistent with scaling across large wind portfolios.
How they like to work
BLADEINSIGHT has operated exclusively as a sole applicant under the SME Instrument, which by design funds individual companies rather than consortia. Their project record shows zero consortium partners, meaning they build internally rather than through research alliances. For a future partner this means they bring a self-contained technology and will likely seek integrators, distributors, or wind farm operators rather than co-development research partners.
BLADEINSIGHT has no recorded consortium partnerships in H2020 — their two projects were both solo SME Instrument applications. Their network is effectively undefined from EU project data alone, which is expected for this funding scheme but limits visibility into industrial or academic ties.
What sets them apart
BLADEINSIGHT occupies an unusually tight niche: autonomous drone inspection specifically for wind turbine blades, validated by two successive EU grants including a €1.34M Phase 2 award. Very few SMEs in Southern Europe have completed the full SME Instrument cycle in this domain, giving them both a funded prototype and a documented innovation track record. For wind farm operators or O&M contractors looking for a technology provider rather than a consultancy, this is a company with a deployable product and EU-validated commercial potential.
Highlights from their portfolio
- Windrone ZenithThe largest grant by far at €1.34M and the only Phase 2 SME Instrument award, indicating a fully developed autonomous inspection system cleared for commercial scale-up.
- Wind-DroneThe original Phase 1 feasibility project that launched the product line — notable as the seed from which a €1.34M follow-on was successfully secured within two years.