Both RAAI and CreepUT relied on ultrasonic methods — phased array for rail axle inspection and ultrasonic sensing for subsurface creep quantification.
APPLIED INSPECTION LIMITED
UK NDT specialist SME using ultrasonic phased array to detect defects and material degradation in rail, energy, and industrial components.
Their core work
Applied Inspection Limited is a UK-based SME providing advanced non-destructive testing (NDT) services, specialising in ultrasonic phased array inspection for safety-critical industrial components. Their core capability is detecting structural defects, corrosion, and material degradation without dismantling equipment — a capability that directly addresses safety and unplanned maintenance costs in transport and heavy industry. In H2020, they contributed inspection technology to rail axle integrity assessment and to early-stage subsurface creep detection in industrial materials. Their commercial value lies in helping asset operators find defects before they become failures.
What they specialise in
RAAI (2015-2018) focused on whole-life assessment of rail axles using phased array ultrasonics and corrosion inspection techniques.
Corrosion inspection was a defined component of the RAAI project alongside ultrasonic phased array methods for rail asset assessment.
CreepUT (2017-2019) targeted early-stage subsurface creep — a failure mode relevant to power generation and high-temperature industrial equipment, marking expansion beyond transport.
How they've shifted over time
Their initial H2020 work (2015-2018) was firmly in transport — specifically railway safety, where they applied phased array ultrasonics and corrosion inspection to rail axle integrity. By 2017, they began pursuing creep detection in subsurface materials, a problem more characteristic of energy and process industries than rail. This suggests a deliberate move to apply their core ultrasonic NDT capability to a broader range of safety-critical applications beyond transport infrastructure.
Applied Inspection appears to be extending their ultrasonic NDT expertise from transport into energy and industrial sectors, particularly targeting early-stage material degradation that conventional inspection methods miss.
How they like to work
Applied Inspection has joined EU consortia exclusively as a participant, contributing specialist inspection technology rather than leading projects — consistent with an SME brought in as a technical specialist. With only 6 unique partners across 5 countries over two projects, they operate in small, focused consortia rather than large multi-partner networks. There is no evidence of repeated partnerships, suggesting they engage with new collaborators as opportunities arise rather than working within a fixed consortium group.
Applied Inspection has collaborated with 6 partners spanning 5 countries, a modest but geographically spread network for a company of their size. Their partnerships appear project-specific rather than long-term, typical of an SME engaged as a technical service provider in applied research consortia.
What sets them apart
Applied Inspection is a niche SME that brings commercial-grade ultrasonic inspection capability into research consortia — a profile that is relatively rare, since most NDT work in H2020 came from universities or large industrial primes. Their participation in both a transport safety project and an early-stage material science project (CreepUT) shows they can bridge the gap between inspection practice and R&D. For consortium builders in transport or energy, they represent a technically credible SME partner with real field experience rather than purely academic expertise.
Highlights from their portfolio
- RAAIThe largest project by budget (EUR 270,190) and the clearest expression of their core capability — whole-life assessment of rail axles using both phased array ultrasonics and corrosion inspection in a safety-critical transport application.
- CreepUTThough small in budget (EUR 21,625), this SME-phase project signals Applied Inspection's ambition to develop a proprietary ultrasonic system for detecting early-stage subsurface creep, pointing toward energy and industrial markets beyond rail.