Upcoming
Exploratory Research into the Adaptation and Implementation of the Magnetic Main Flux Method (MMFM) for UK Bridge Infrastructure
National Highways · Central government
In brief
National Highways has announced plans to buy research work. This is an early notice: there is nothing to bid on yet, but it tells you a tender may follow.
The estimated value is £50,000 excluding VAT.
The contract runs for 4 months, starting 1 December 2026.
The buyer says it is suitable for small and medium-sized businesses.
Built from the notice's own fields. Always check the official notice before you bid.
Can I win this?
Competition
Typical: a median of 3 bids per contract for this buyer (from 11 awards in the last 12 months).
What the notice says
National Highways is a government owned organisation responsible for operating, maintaining and improving the strategic road network National Highways seeks to undertake exploratory research into the Magnetic Main Flux Method (MMFM), an advanced non-destructive testing (NDT) technique used to detect internal corrosion, wire breaks, and deterioration in bridge cable systems. This research will investigate the method’s suitability, performance, and adaptability for the United Kingdom’s bridge stock, particularly within aging suspension, cable-stayed, prestressed and post-tensioned concrete structures. There are claims that MMFM could demonstrate effectiveness under various protective…Read the full description
National Highways is a government owned organisation responsible for operating, maintaining and improving the strategic road network
National Highways seeks to undertake exploratory research into the Magnetic Main Flux Method (MMFM), an advanced non-destructive testing (NDT) technique used to detect internal corrosion, wire breaks, and deterioration in bridge cable systems. This research will investigate the method’s suitability, performance, and adaptability for the United Kingdom’s bridge stock, particularly within aging suspension, cable-stayed, prestressed and post-tensioned concrete structures.
There are claims that MMFM could demonstrate effectiveness under various protective layers—including cement grout, galvanisation, coatings, High-Density Polyethylene (HDPE) sheathing, and wax—while providing quantitative assessment of corrosion and residual cable capacity. This exploratory work aims to understand if these claims for MMFM can be technically validated, and adaption for deployment under UK environmental and operational conditions could be considered.
This notice forms part of a preliminary market engagement process under the Procurement Act 2023. It is intended solely to support exploratory research and does not constitute a call for competition or commit National Highways to any future procurement. All information shared during this process will be managed in accordance with applicable data protection regulations.
How to bid
- Read the full notice on Find a Tender, including any tender documents it links to.
- Register your organisation on the Central Digital Platform (through Find a Tender) if you have not already. Suppliers need to be registered to take part in procurements under the Procurement Act 2023.
- Follow the submission instructions in the notice; it does not name an e-tendering portal.
Timeline
- Preliminary market engagement notice · UK2, notice 074202-2026
About the buyer
National HighwaysLast 12 months
Procurements
324Awards
245Suppliers it has used most for research
- CIRIA (Construction Industry Research & Information2 contracts
- Cardiff University1 contract
- Ciria Services Limited1 contract
- Ciwem1 contract
- Devon Air Ambulance Trust1 contract
Similar open tenders
All open research tenders- £220kestimated
- £260mframework ceiling
From notice 074202-2026 on Find a Tender, first published 5 August 2026. We last checked for changes on 28 September 2026.