A circular economy keeps products and materials in use, designs out waste, and regenerates natural systems. This assessment rates your organisation across five practical dimensions on a five-level maturity ladder aligned with Ellen MacArthur Foundation principles, giving you an overall score and a clear next step.
How it works
Each dimension is scored from level 1 (linear) to level 5 (regenerative). The overall score is the average of the five, and the weakest dimension is surfaced separately so a single blind spot is not masked:
dimensions = circular design · product-as-a-service · reverse logistics
· material recovery · circular procurement
overall = (sum of five levels) / 5
band = Linear (1–1.9) · Reactive (2–2.9) · Structured (3–3.9)
· Embedded (4–4.9) · Regenerative (5)
priority = lowest-scoring dimension, with its next-level target
What each dimension measures
Circular design. Does the product make disassembly easy? Are materials chosen for recyclability and durability at the design stage? A level 1 score here means design is driven purely by cost and aesthetics, with no circularity criteria. Level 5 means every new product is designed with an end-of-life recovery pathway and material passports so downstream processors know exactly what they are handling.
Product-as-a-service. Has the organisation moved from selling ownership to selling function — through leasing, pay-per-use, or subscription models? This dimension rewards business model innovation that aligns the organisation’s financial interests with product longevity.
Reverse logistics. Can the organisation retrieve its products or materials at end of life? Level 1 means there is no take-back programme at all. Level 5 means the reverse supply chain is as planned and measured as the forward one, with tracked return rates and a clear fate for every recovered unit.
Material recovery. What fraction of material inputs are actually reused, remanufactured, or recycled? This is typically the easiest dimension to measure because it can be expressed as a percentage, and it is often the highest-scoring dimension even in otherwise linear organisations — because recycling is visible and externally reportable.
Circular procurement. Are purchasing criteria requiring recycled content, repairability, and supplier take-back? Without circular procurement requirements, even a well-designed product may be assembled from materials that constrain later recovery.
Common patterns and what to do next
The most widespread assessment profile is strong material recovery (level 3–4) paired with weak circular design (level 1–2). This means recycling is happening downstream, but the products being manufactured are not designed for it — leading to lower recovery rates and more downcycling than necessary.
If your lowest dimension is circular design, that is the highest-leverage place to act, because design decisions lock in circularity potential for the entire lifecycle of a product. Small changes — using fewer material types, adding snap-fit instead of glued joints, marking material grades — have compounding effects through every other dimension.
If your lowest dimension is reverse logistics, the priority is building a take-back infrastructure before investing further in design improvements, because recovered products have nowhere to go without that foundation.
Using the score over time
A single assessment snapshot is less useful than tracking the score quarterly or annually. The trend reveals whether circularity initiatives are translating into measurable practice change, and can serve as an internal accountability mechanism or a data point for ESG reporting and supply-chain due-diligence questionnaires from customers and investors.