The product leads the transition
People change when they are offered something they want. The electric car proved it.
Company
A design company that learns from the folding wings of insects to make products, places and systems that collect their own energy, designed with nature, not against it.
One line of research
An industrial design thesis argues that clean transport will arrive sooner if it is led by products people want than by waiting on infrastructure and policy, and abstracts the folding wings of five Australian insects into deployable solar surfaces.
Electric cars spread because people wanted them. Solar becomes the cheapest electricity there is. The one constraint that does not move is area: a vehicle body cannot carry enough cells. Flat solar cars fail on exactly that.
The work is rebuilt as a bionic design theory: eight insect fold types measured from public-domain plates, five levels of abstraction, an energy model for ten Australian cities, and a typology of applications.
Three wing types to working prototypes at one-fifth scale: a tented surface on a turning hub, the earwig fan, and a shell over a fold. Each must prove that it opens, holds and closes every day, and that it collects far more than it spends.
Six principles
Desire, driven by design, moves the market, and policy follows. The principles are what twenty-three years of watching that happen taught us.
People change when they are offered something they want. The electric car proved it.
Buyers have never paid more to give something up. A clean product has to be better, not just cleaner.
Products that gather the energy they use, from sun and later wind, rather than waiting on a supply.
Solar cells are cheap and good. What a product lacks is surface. Folding gives it more.
Insects have opened and stowed large surfaces reliably for 300 million years. Start there.
Desire moves markets and policy follows. The form has to be wanted, and it has to have a reason anyone can see.
Workstreams
The mechanics of each fold type, from laboratory and slow-motion video to working prototypes at one-fifth scale.
What a wing is worth, city by city: sun tracking, heat carried away through vein-like channels, and the gains as cells improve.
Two forms, venation, membrane, shell, unfolding and place, applied across everything Mattara makes.
Products that pass energy to each other and to the places they stop, as social insects pass food.
An autonomous controller for wings and energy, on the dragonfly’s architecture: sensing, attention, prediction, reflexes.
Organic blades in place of purely geometric ones, and portable wind power that travels folded and opens on site.
Talk to us
The design studies are not public yet. If you would like to see them, or to work with us on the fold, the energy or the theory, write to us.