The First Penny Principle: A Baseline Funding Proposal for the UK National Health Service
Abstract
The First Penny Principle: A Baseline Funding Proposal for the UK National Health Service Author: Richard Lee Crowton Affiliation: Independent Researcher, ORCID: 0009-0003-6399-8744 The United Kingdom’s National Health Service (NHS) is primarily funded through general taxation, yet its budget is determined through discretionary allocation processes that introduce structural uncertainty and recurring political contention. Despite the NHS being regarded as a foundational national institution, it does not occupy a privileged position at the point of tax revenue aggregation. This paper introduces the First Penny Principle, a normative funding principle proposing that the first penny of every pound of general tax revenue be allocated to the NHS as a baseline priority, prior to discretionary budget distribution. The principle does not replace existing funding mechanisms nor prescribe total allocation levels. Instead, it establishes a structural priority order designed to improve funding predictability, infrastructure stability, and public transparency. The contribution of this work is conceptual rather than legislative. The First Penny Principle is distinct from hypothecated taxes or ring-fencing models and represents an original framing absent from current NHS funding literature. Illustrative quantitative considerations are included to assess internal coherence. The paper is intended as a standalone policy principle, preserved for future evaluation and analysis. This work is presented as a conceptual funding proposal intended for discussion and evaluation, not as a legislative or political initiative. Keywords NHS fundingPublic financeHealthcare economicsTax allocationPolicy principlesFunding prioritisationUnited KingdomHealth systems Funding No external funding was received for this work.
Fields of Study & Subjects
Health Services Management and Policy
Healthcare Systems and Reforms
Economic and Fiscal Studies
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 10 January 2026