This page presents a set of interactive concept mockups for the LTA climate-risk platform, exploring how facility-level physical climate risk could be mapped, explored and acted on.
They were produced to shape a shared vision of the end product following our introductory discussion on 27 May 2026, and to give an early, tangible feel for the user experience before any build begins.
These are concept mockups, not finished software. We build interactive prototypes like these with our in-house UX/UI tools during the early stages of a client engagement, purely to align on look, feel and functionality. The data, scores and visuals are illustrative placeholders. The real product would be built on live UKCP18 / Met Office data, an interactive basemap and a proper application back-end.
The estate-wide overview: every facility plotted and colour-coded by risk, with summary metrics, a ranked facility list and per-site drilldown. Scenario and time-horizon controls let users see risk under RCP 2.6 / 4.5 / 8.5 across the 2030sโ2080s. This is the "where are my problem sites?" view.
The continuous, map-led view: each climate hazard (heat, rainfall, drought, flood, wind) as a gridded layer over Great Britain. Layers toggle on/off with individual opacity controls, and a year timeline (with a play-through animation) shows how the hazard intensifies over time. This is the "what does the climate itself look like?" view.
A single site opened up. Risk is shown three ways: a radar (spider) chart, comparison bars and a trend line over time. Below that, an operational impact panel translates hazards into consequences based on the site's profile (use, occupancy, vulnerable users, energy intensity, criticality), followed by prioritised, costed adaptation measures. This is the "what does it mean for this site, and what do we do?" view.
Read together, the three mockups trace the full journey: from an estate-wide overview, through the climate hazard context, down to a single-asset decision with impacts and adaptation. In our next meeting we can explore these concepts further and discuss how they might evolve into the final product.