MicroTau develops riblet film products inspired by sharkskin to create drag-reducing surfaces for commercial and defense aircraft, significantly lowering fuel consumption and carbon emissions. This technology addresses the aviation industry's urgent need to reduce reliance on kerosene-burning assets amid rising emissions and increasing air traffic.
Funding
$4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AGFounders
Product
Problem
The aviation industry faces increasing pressure to reduce fuel consumption and carbon emissions as air traffic rises, but zero-emission propulsion systems and sustainable aviation fuels are not yet mature enough to meet near-term demands. Aircraft operators are largely reliant on kerosene-burning assets, necessitating solutions to curb emissions growth in the immediate future.
Solution
MicroTau develops and manufactures drag-reducing surfaces inspired by sharkskin, designed to improve the efficiency of commercial and defense aircraft. These "riblet" film products reduce the amount of fuel required to overcome drag, leading to lower fuel costs and a significant reduction in carbon emissions. MicroTau's proprietary direct contactless microfabrication technology creates high-performance surfaces using materials already approved for aerospace applications. By reducing drag, MicroTau's technology enhances aircraft capabilities while making a tangible impact on the environmental footprint of the aviation industry.
Target Audience
MicroTau's primary customers are aircraft manufacturers and operators in the commercial and defense aviation sectors seeking to reduce fuel costs and carbon emissions.
Features
- Sharkskin-inspired "riblet" film design for drag reduction
- Direct contactless microfabrication production technology
- Utilizes materials already used and approved in the aerospace industry
- Reduces fuel consumption and carbon emissions in commercial and defense aircraft