How to win: Exploratory Research into the Adaptation and Implementation of the Magnetic Main Flux Method (MMFM) for UK Bridge Infrastructure

About this contract

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 s

How to win contracts like this

• ✓Answer against the marking scheme, not the question text — National Highways Limited scores each response, so map your evidence to the published criteria and weightings.
• ✓At £50,000, expect quality and social value to carry a large share of the score — price alone rarely wins services work.
• ✓Show recent, comparable delivery: name similar services contracts you've delivered for public bodies, with measurable outcomes.
• ✓Start early: deadlines are tight and a strong bid takes iteration.

BidWriter drafts your responses from your company profile, scores them against the marking scheme, and tracks your whole pipeline. Free to start — no card needed.

Related resources