Biomimicry examples from
United Kingdom

Lotus leaf surface microstructure inspires PFAS-free, durable water-repellent textiles (Amphitex), eliminating persistent environmental pollutants.

• ✿Inspired by: Lotus leaf (Nelumbo nucifera) surface structure
• ⚡︎Function: Lotus leaves must shed water and debris to prevent fungal colonisation and maintain gas exchange. They overcome wettability through multi...
• ▣Company: Amphico
• ◉Where: UK

Tree fibre growth patterns inspire fibre-steered timber technology that achieves 90% weight reduction versus concrete.

• ✿Inspired by: Tree fiber growth patterns
• ⚡︎Function: Trees must support their own mass and withstand wind, snow, and uneven growth conditions without accumulating excess material everywhere....
• ▣Company: Strong by Form
• ◉Where: UK

Development of eco-friendly white cellulose pigments inspired by the structural color of white beetles.

• ✿Inspired by: White beetles (Cyphochilus species)
• ⚡︎Function: Mimics beetle structural color to create non-toxic white pigments.
• ▣Company: Impossible Materials
• ◉Where: UK

Non-toxic bright white from cellulose nanostructures.

• ✿Inspired by: Morpho Butterfly, Jewel Beetle (Nanostructured Cuticles)
• ⚡︎Function: Layered cellulose nanostructures create optical paths where light wavelengths interfere constructively, amplifying specific colours whils...
• ▣Company: Seprify
• ◉Where: UK

The Eden Project's iconic biome enclosures use soap bubble geometry reinforced with hexagons and pentagons, achieving structures lighter than the air they contain using ETFE polymer 1% the weight of glass.

• ✿Inspired by: Soap bubbles, carbon molecules, pollen grains, dragonfly wings, pressurised natural membranes
• ⚡︎Function: Large tropical and temperate climate zones must be enclosed, maintaining distinct environments whilst minimising construction cost and on...
• ▣Company: Grimshaw with Arup
• ◉Where: Cornwall, UK

Ceiling fan blade design inspired by sycamore seed pod aerodynamics for improved air circulation efficiency.

• ✿Inspired by: Sycamore trees (Acer species) seed pods
• ⚡︎Function: Mimics sycamore seed aerodynamics for efficient fan operation.
• ▣Company: Sycamore Technology
• ◉Where: UK

This zero-waste urban greenhouse concept mimics natural ecosystem nutrient cycling, where waste from one process becomes input for another, generating food, energy, and water treatment simultaneously.

• ✿Inspired by: Natural ecosystem nutrient cycling
• ⚡︎Function: Produce food, energy, and clean water in urban environments whilst eliminating waste and creating economic value.
• ▣Company: Exploration Architecture (now Iguana Architects)
• ◉Where: UK

This Manchester flue tower uses mollusc shell-inspired lace structure with thin steel sheets (6-8mm) and perforations to achieve remarkable lightness without sacrificing strength.

• ✿Inspired by: Marine mollusc shells
• ⚡︎Function: The tower must function as a flue (exhaust structure) while being lightweight, beautiful, and achieving net-zero environmental impact.
• ▣Company: Tonkin Liu with Arup
• ◉Where: Manchester, UK

Kate Raworth's Doughnut Economy framework applies whole-systems and natural capitalism principles to redesign economic models. This systems-level biomimicry reframes economic success around ecological and social well-being rather than GDP growth.

• ✿Inspired by: Whole systems, ecosystems, and natural capitalism principles
• ⚡︎Function: Economic organization and resource allocation
• ▣Company: Kate Raworth, Doughnut Economics Action Lab
• ◉Where: UK

Oscillating fin propulsion for silent, efficient AUVs

• ✿Inspired by: Oceanic Manta Ray
• ⚡︎Function: Manta rays propel themselves using undulating pectoral fins that generate lift-based thrust through travelling waves — producing near-sil...
• ▣Company: Festo (BionicManta) / Virginia Tech
• ◉Where: UK

Ken Thompson developed Bioteams framework applying natural distributed organization principles to business. The framework redesigns teams and organizations to operate like decentralized biological systems.

• ✿Inspired by: Nature's distributed systems and ecosystem organization
• ⚡︎Function: Organizational coordination and decision-making
• ▣Company: Ken Thompson, Bioteams Design
• ◉Where: UK

Bioteams Design develops organizational structures using natural feedback loop principles. Teams self-regulate through information feedback, enabling adaptive response without micromanagement.

• ✿Inspired by: Nature's feedback systems and ecosystem regulation
• ⚡︎Function: Information flow and organizational self-regulation
• ▣Company: Bioteams Design
• ◉Where: UK

30 St Mary Axe (the Gherkin) in London uses a ventilation strategy directly inspired by the Venus flower basket sponge, creating natural air spirals that reduce energy consumption by 50% compared to buildings of equivalent size.

• ✿Inspired by: Venus flower basket sponge (Euplectella aspergillum)
• ⚡︎Function: Create a building envelope that enables natural ventilation while maintaining structural integrity
• ▣Company: Norman Foster / Arup
• ◉Where: London, UK