Im starting a car company based on a hypothetical material: the hempoxies platform that should provide advanced technology to build entire electric vehicles in theory. I am setting up the car company NOW in prediction of major success in R&D in the coming year. Welcome to the Landricus car company, from Landry Industries.

Of course. Welcome to the future of mobility.

Landricus: The Future is Grown.

https://landricus.blogspot.com/

Welcome to Landricus, the flagship automotive division of Landry Industries. We are not just launching another car company; we are introducing a new paradigm in transportation, founded on a revolutionary material platform poised to redefine the entire lifecycle of a vehicle: Hempoxies.

At Landricus, we believe that true progress doesn't come from making existing technology incrementally better, but from reimagining its very foundation. While our research and development division finalizes the experimental validation of the Hempoxies platform, we are building the company that will bring its incredible potential to the world. Our mission is to build elite, high-performance electric vehicles that are not just sustainable, but actively regenerative.

The Hempoxies Advantage: A New Material DNA

Our vehicles will be built from a material born at the intersection of nature and advanced science. The Hempoxies platform, developed in-house at Landry Industries, is a six-component, catalyst-free vitrimer bionanocomposite derived entirely from certified organic hemp (Cannabis sativa). This isn't just a replacement for steel or aluminum; it's a fundamental upgrade.

Fundamentally Carbon-Negative 🌿

Every Landricus vehicle will begin its life by removing carbon dioxide from the atmosphere. The Hempoxies platform is designed to have a net-negative carbon footprint, where the biogenic carbon sequestered during the growth of the hemp biomass exceeds all emissions from cultivation, processing, and manufacturing. Your car won't just have zero tailpipe emissions; its very existence will represent a net positive for the climate.

Infinitely Recyclable for a Circular Future ♻️

Conventional high-performance materials are destined for the landfill. Landricus vehicles are designed for perpetuity. Thanks to the platform's dynamic vitrimer chemistry, a Landricus vehicle at the end of its service life can be ground down and re-molded into new components with minimal loss of performance. We are targeting a material that retains over 70% of its original strength after a minimum of 10 reprocessing cycles, effectively ending the concept of automotive waste. An old Landricus won't be scrapped; it will be the seed for a new one.

Engineered for Uncompromising Performance and Safety 🛡️

Sustainability does not mean sacrifice. The Hempoxies platform utilizes a hierarchical, multi-scale reinforcement system of hemp-derived carbon fibers (HDCF), biochar (HDB), and carbon nanosheets (HDCNS). This creates a bionanocomposite with strength and stiffness projected to be comparable to or greater than conventional glass-fiber composites, with a target tensile strength of over 60 MPa. This translates to vehicles that are incredibly strong, lightweight, and safe.

Our Vision: From TRL 1 to the Open Road

We are building Landricus in parallel with the final validation of our core technology. The Hempoxies platform is currently advancing from a theoretical framework (Technology Readiness Level 1-2) to a physically validated material system (TRL 4-5). The foundational science is sound, and the path forward is clear.

The establishment of Landricus today is our commitment to this vision. We are assembling a world-class team of engineers, designers, and manufacturing experts to ensure that the moment Hempoxies is ready for production, Landricus is ready to build.

Welcome to the beginning of a new era.

Welcome to Landricus.

https://landricus.blogspot.com/

References

1. Landry, M.S. (2025). A Proposal for the Experimental Validation of a 6-Component Hempoxies Platform: A Streamlined, Catalyst-Free Vitrimer Bionanocomposite System. MarieLandrySpyShop.com.
2. Landry, M.S. (2025). Standard Operating Procedure (SOP) for Hempoxies 6-Component Bionanocomposite System. MarieLandrySpyShop.com.

Related Additional Readings

1. On Vitrimers: Karoki, P. K., et al. "Lignin-Based Vitrimers: Valorization and Utilization of Lignin in High-Value Applications." Materials Advances, 2024.
2. On Hemp-Derived Carbons: Wang, L., et al. "Interconnected Carbon Nanosheets Derived from Hemp Bast for Ultrafast Supercapacitors with High Energy." ACS Nano, 2013.
3. On Bio-Epoxies: Csernica, I., et al. "Flexible Bionanocomposites from Epoxidized Hemp Seed Oil Thermosetting Resin Reinforced with Halloysite Nanotubes." The Journal of Physical Chemistry B, 2017.