Aylesbury's specialist NDT team. On site the same day.

Concrete Scanning Aylesbury | Local Specialist | NDTScan

GPR concrete scanning, ultrasonic testing and compressive strength assessment across Aylesbury, Buckinghamshire and the surrounding counties. Same-day attendance from our Oxford base.
High Wycombe market house, Buckinghamshire

Overview

For concrete scanning in Aylesbury, NDTScan offers something most scanning contractors do not: a named specialist who does the site work and the interpretation. Neil Smuts leads every Buckinghamshire survey from NDTScan's Oxford base, and the report you receive is his reading of the data, not a set of marks left on a slab.

Aylesbury has its own character for this work: the county town, with Stoke Mandeville Hospital, the Friars Square and Hale Leys retail structures and a ring of 1960s and 1970s estates that are now reaching the age where structural investigation is routine. Across Buckinghamshire the recurring need is the same: to know exactly what is inside a concrete element before anyone drills, cores, cuts or specifies a repair.

Most scanning companies stop at marks on the surface. NDTScan does not. Every Aylesbury survey goes through careful office post-processing, where reflections are analysed, ambiguities resolved and the interpretation checked against the drawings and the element's history. The result is a record the client can design from, defend in a dispute and hand to an auditor.

Where Aylesbury clients are heading towards concrete repair, NDTScan's position is firm: the element must be scanned and the data interpreted by a reputable specialist before any repair is designed. Anything else risks treating the symptom and leaving the cause in place. The findings feed straight into the repair specification.

Scan before you repair. That is the standing advice for every Aylesbury client, and the reason NDTScan reports what the concrete contains before anyone specifies what to do about it.

Services Available in Aylesbury

  • GPR Concrete Scanning Pre-drill and pre-coring surveys, rebar and mesh mapping, post-tensioned tendon detection, void and honeycombing detection, slab thickness and cover measurement and RAAC identification. Method and antenna selected for the Aylesbury element in question, with the full interpreted record supplied.
  • Ultrasonic Testing of Concrete Ultrasonic pulse velocity testing for uniformity and quality assessment, pulse echo for thickness and delamination where only one face is accessible, and the combined SONREB method for compressive strength estimation. Used across Buckinghamshire where GPR alone cannot answer the question.
  • Concrete Compressive Strength Assessment Rebound hammer surveys, UPV combined method and managed core extraction with laboratory testing to BS EN 13791. Independent reporting suitable for engineering acceptance, building control and dispute work on Aylesbury structures.

Typical Aylesbury Projects

Around Aylesbury the instructions NDTScan receives are shaped by hospital estates where drilling into live services is the primary risk and post-war housing where non-standard construction has to be identified before any works. Alongside those sit the constants of every Buckinghamshire town: pre-drill and pre-coring scans on occupied buildings, post-tensioned slab investigation before any fixing or penetration, RAAC identification in schools and public buildings, and structural investigation before repair.

NDTScan also covers Stoke Mandeville, Wendover and Bierton and the rest of Buckinghamshire. Every one of these areas is reached from the Oxford base without a subcontractor in the chain.

About NDTScan

NDTScan is a specialist non-destructive testing company based in Oxford and led by Neil Smuts. Its core disciplines are GPR concrete scanning, ultrasonic testing and in-situ compressive strength assessment, brought together in its concrete scanning and structural condition survey service. NDTScan is a Level 4 UKCSS Operator, the first in the UK to achieve that certification. Aylesbury and the whole of Buckinghamshire are within the company's everyday working area, and all work is reported to a standard suitable for engineering acceptance.

Aylesbury NDT Services

02080
888 724

info@ ndtscan.com

It is. NDTScan works from Oxford across Buckinghamshire and the two neighbouring counties, and Aylesbury sits comfortably inside that patch. Every survey is carried out and interpreted by Neil Smuts, so the specialist on site in Aylesbury is the one who writes the report.
Ground penetrating radar locates reinforcing bars and mesh, post-tensioned tendons, conduits and services, voids and honeycombing, and measures slab thickness and cover. In Aylesbury that most often means proving a slab or wall is safe to drill or core, mapping reinforcement before an alteration, or characterising a structure before repair. Where GPR cannot resolve a question, NDTScan adds Ferroscan or ultrasonic methods.
With ground penetrating radar. RAAC planks return a distinctly different signature from conventional reinforced concrete, and NDTScan reads that signature element by element rather than sampling a corner and assuming the rest. The findings for a Aylesbury building are reported in line with IStructE guidance, so the owner has a record that supports the decisions that follow.
Because the drawings are not the structure. Post-tensioned tendons, live services and undocumented reinforcement are all commonly found where nobody expected them, and striking any of them is expensive at best. On repairs the argument is stronger still: a repair specified without a proper survey and interpretation is a repair to a guess. NDTScan's rule for Aylesbury and everywhere else is scan first, interpret properly, then design.
GSSI SIR 4000 and Mala ground penetrating radar systems for the scanning itself, the Hilti PS Ferroscan for high resolution rebar mapping in tight spaces, and the Proceq Pundit PL-200 for ultrasonic pulse velocity and pulse echo work. The choice for a Aylesbury element is made by the method the element needs, and the interpretation of the data matters more than any single instrument.

Our NDT Process - Simplified

How NDTScan Delivers Clarity, Confidence, and Compliance

Initial Scope Consultation

We start by understanding your asset, its environment, and your inspection goals. Whether it's structural integrity, corrosion mapping or defect detection, our team tailors a solution that fits.

Advanced NDT Scanning

Using industry-leading equipment, including Trimble, Leica, DJI drones, and GPR systems, we perform detailed non-intrusive testing with minimal disruption.

Data Reporting & Analysis

You receive comprehensive, plain-English reports backed by high-resolution imagery, 3D models, and annotated scan maps. Data is delivered fast, often within the same week.

Recommendations & Support

Beyond inspection, we guide your next steps, from remedial works to structural interventions or re-inspections. We’re partners, not just service providers.

Precision Scanning. Proven Results. Trusted Nationwide.

Our performance protects your assets. Our technology leads the way. Our insight helps you decide.

We deliver specialist non-destructive testing (NDT) that helps you avoid risk, cut cost, and gain absolute clarity, across infrastructure, utilities, construction, marine and more.

Why Choose NDTScan

Changing the way industries think about inspection and assurance.

Proven, Compliant Technology

Our scanning systems are smart, secure, and fully compliant with UKAS, ISO 9712, and sector safety protocols. We bring the right tech to every job, no compromise.

Highly Skilled Team

Every NDTScan technician is certified, trained, and experienced in real-world environments, from rail tunnels to marine piles. You're in expert hands.

Certified, Auditable Results

We deliver UKAS-traceable reporting and standards-led inspection workflows, ideal for clients under CDM, Utilities, and Infrastructure compliance frameworks.

Support When You Need It

From urgent site visits to post-scan guidance, our team is on hand to support you, because clarity shouldn't wait until Monday.

Aylesbury Concrete Scanning FAQs

Frequently Asked Questions.

The questions Aylesbury clients ask most often about concrete scanning, RAAC identification and structural investigation, answered by the specialist who does the work.
It is. NDTScan works from Oxford across Buckinghamshire and the two neighbouring counties, and Aylesbury sits comfortably inside that patch. Every survey is carried out and interpreted by Neil Smuts, so the specialist on site in Aylesbury is the one who writes the report.
Ground penetrating radar locates reinforcing bars and mesh, post-tensioned tendons, conduits and services, voids and honeycombing, and measures slab thickness and cover. In Aylesbury that most often means proving a slab or wall is safe to drill or core, mapping reinforcement before an alteration, or characterising a structure before repair. Where GPR cannot resolve a question, NDTScan adds Ferroscan or ultrasonic methods.
With ground penetrating radar. RAAC planks return a distinctly different signature from conventional reinforced concrete, and NDTScan reads that signature element by element rather than sampling a corner and assuming the rest. The findings for a Aylesbury building are reported in line with IStructE guidance, so the owner has a record that supports the decisions that follow.
Because the drawings are not the structure. Post-tensioned tendons, live services and undocumented reinforcement are all commonly found where nobody expected them, and striking any of them is expensive at best. On repairs the argument is stronger still: a repair specified without a proper survey and interpretation is a repair to a guess. NDTScan's rule for Aylesbury and everywhere else is scan first, interpret properly, then design.
GSSI SIR 4000 and Mala ground penetrating radar systems for the scanning itself, the Hilti PS Ferroscan for high resolution rebar mapping in tight spaces, and the Proceq Pundit PL-200 for ultrasonic pulse velocity and pulse echo work. The choice for a Aylesbury element is made by the method the element needs, and the interpretation of the data matters more than any single instrument.