Evident Inspection Technologies will present aviation non-destructive testing systems at Farnborough International Airshow 2026, with equipment designed for aircraft manufacturing, maintenance, airframe inspection, composite structures, and engine access applications.
The company will exhibit in hall 0, stand 0660, where it will demonstrate tools including the IPLEX One Videoscope, the OmniScan X4 Phased Array Flaw Detector, and eddy current and eddy current array technologies. The systems are intended to support inspection work where accuracy, repeatability, access, documentation, and operator usability all influence production or maintenance performance.
Evident’s aviation NDT portfolio covers eddy current inspection of aluminium airframe skin, phased array volumetric analysis of complex composite structures, and remote visual inspection for jet engine interiors. The company is emphasising versatility across inspection methods, reflecting the range of materials and component types used in modern aerospace programmes.
The IPLEX One Videoscope is designed for inspection inside jet engines, turbine assemblies, and other confined cavities. Its Swoptix multiview optics allow users to switch between near and far focus and direct and side views without withdrawing the probe, while integrated 3D measurement supports dimensional capture during the same inspection pass.
The OmniScan X4 combines phased array ultrasonic testing, total focusing method, and phase coherence imaging in a lightweight field-ready instrument. The system is intended to support earlier detection of difficult flaws and damage, including cracks, corrosion, and delaminations in airframes and components.
Inspection technology is becoming more closely tied to aerospace manufacturing capacity as aircraft production rates rise and material systems become more complex. Airframe and engine manufacturers are working across aluminium, titanium, composites, bonded structures, and hybrid assemblies, each with different inspection demands. Testing equipment must therefore keep pace with production rather than sit as a final barrier at the end of the process.
NDT also links manufacturing and maintenance more tightly than many other engineering disciplines. Components need to be inspected during production, after repair, and throughout service life. Missed defects can become safety issues, while excessive inspection time can slow manufacturing throughput or extend maintenance downtime. The industrial value of the equipment lies in achieving reliable detection without making inspection workflows impractical.
Composite structures add further complexity. Defects such as delamination, impact damage, porosity, and bonding weaknesses often require more advanced imaging and interpretation than conventional metallic inspection. At the same time, metallic airframe and engine components still require robust eddy current, ultrasonic, and visual inspection methods, particularly where fatigue, corrosion, or machining defects have to be identified early.
The growth of aerospace and defence manufacturing is also drawing inspection technology into broader advanced engineering discussions. A new advanced engineering showcase at the NEC will bring together manufacturing, defence, materials, automation, digital design, and testing activity, with quality assurance increasingly treated as part of production strategy. Evident’s Farnborough display sits within that same environment, where inspection capability influences production confidence and supply chain performance.
Skills pressure remains a practical constraint. Inspection teams may be expected to move between videoscope work, eddy current testing, phased array ultrasonics, remote visual inspection, and digital reporting systems, all while maintaining standards and documentation. Equipment that reduces setup complexity, improves image clarity, or supports embedded measurement can help improve consistency where experienced inspectors are in short supply.
Farnborough gives Evident access to aircraft manufacturers, maintenance organisations, defence users, and aerospace suppliers reviewing inspection capability for future programmes. As fleets remain in service for longer and manufacturers work to recover and increase output, non-destructive testing will remain one of the less visible but essential controls on aerospace productivity, safety, and manufacturing quality.
