Tesseract Structural Innovations has developed the Uniform Deceleration Unit, a lightweight aluminum composite foam technology that enhances passive structural safety in vehicles. This technology specifically addresses the high incidence of serious injuries from offset crashes, contributing to safer automotive designs.
Funding
$150K 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.
Founders
Product
Problem
Current automotive safety systems have plateaued in reducing motor vehicle accident deaths, with offset crashes remaining a significant cause of serious injuries. Balancing vehicle structural safety with the increasing demand for lightweighting presents a persistent challenge in automotive design.
Solution
Tesseract Structural Innovations offers the Uniform Deceleration Unit (UDU), a lightweight aluminum composite foam technology designed to enhance passive structural safety in vehicles. The UDU technology improves energy absorption during impact, particularly in offset crashes, thereby reducing the risk of severe injuries. This composite aluminum foam technology provides a novel approach to lightweighting in structural areas, including electric vehicle (EV) battery packs, while simultaneously improving safety performance. By integrating the UDU into vehicle designs, manufacturers can achieve a better balance between weight reduction and occupant protection.
Target Audience
The primary target audience includes automotive manufacturers and designers focused on improving vehicle safety and lightweighting, particularly those working on electric vehicle development.
Features
- Lightweight aluminum composite foam construction for enhanced energy absorption
- Specifically designed to mitigate injuries from offset crashes
- Suitable for integration into various structural components of vehicles
- Contributes to overall vehicle lightweighting efforts
- Potential applications in electric vehicle (EV) battery pack protection