BPhO Challenge (Y13)
A UK physics competition where Year 13 students solve structured problems using advanced school-level physics and mathematical reasoning. Open to Year 13 students through participating schools. Rated Advanced Level, with difficulty mainly coming from multi-step calculations, unfamiliar applications and clear written working.
Verified information
Competition details can change. Always confirm dates, eligibility and entry requirements on the official organiser's website.
Official website ↗OVERALL COMPETITION LEVEL
Advanced Level
5 evaluation dimensions have source-backed automatic scores; 0 dimensions need conflict review.
Competition overview
Key information
Eligible ages
17–22
Registration method
School Only
Fee
Not yet announced by the organiser
Online / in-person
Online
Dates
Competition timeline
Registration opens
1 Sept 2026
Registration closes
12 Dec 2026
Competition starts
1 Sept 2026
Competition ends
30 Jan 2027
Editorial perspective
Our Take
The BPhO Challenge for Year 13 occupies an unusual place in the British Physics Olympiad programme. It uses A-level or equivalent physics, yet the organiser explicitly says it is not an A-level revision paper. Its purpose is to take familiar principles outside the narrow shapes in which students normally meet them and make those principles do some work. Schools may run it as a competition or use it as a classroom resource, and the paper can be sat at a convenient time during a long autumn window. That flexibility distinguishes it from the selection rounds. The Challenge is free, marked in school and uses fixed certificate thresholds on a 50-mark paper. It does not carry the administrative or competitive intensity of BPhO Round 1, but it can expose whether a student enjoys unfamiliar applications rather than rehearsed exam procedures. The official archive, which includes Physics Challenge papers and mark schemes across many years, also makes it unusually easy for a teacher to sample the style before committing class time. Our view is that the paper works best as a diagnostic bridge. It is valuable for a Year 13 class that wants to stretch beyond routine exercises without immediately turning physics enrichment into national-team selection. A student expecting it to predict an A-level grade—or to serve as direct interview preparation—will misread its purpose. Its best use is to reveal habits: drawing a model, connecting principles and persisting when the route is not supplied.
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