A new era is taking form

We are engineering the next paradigm in extreme automotive performance. Aeterna Metallurgics utilizes elite nanotechnology, advanced graphene-matrix composites, and generative additive manufacturing to create structural architectures that redefine the boundaries of weight, strength, and thermal efficiency in the post-carbon era.

Graphene possesses unprecedented mechanical properties, offering a strength-to-weight ratio vastly superior to traditional carbon fiber. By infusing a proprietary graphene matrix into our structural composites, we drastically reduce overall mass while exponentially increasing torsional rigidity and energy absorption capabilities.

Our structural frameworks leverage advanced engineering models derived from Next-Gen Unmanned Aerial Vehicles (UAVs). This cross-industry synergy allows us to optimize fluid dynamics, thermal management, and stress distribution at speeds and stress levels normally reserved for aerospace defense systems.

The vehicle is engineered around an ultra-lightweight, high-torsion graphene-matrix composite monocoque. To unlock a genuinely visceral, uncompromised racing response, Project 111 utilizes a symmetrical, fixed All-Wheel Drive (AWD) architecture. Power is delivered in a strict 50:50 uniform matrix between the front and rear axles with zero electronic power alterations or torque-vectoring interference. By eliminating artificial digital aids in the transmission, the pilot gains absolute, unfiltered awareness and control over the vehicle’s immense power. It is a pure, mechanical connection engineered to deliver the raw, predictable dynamics of a true lineage racing machine.

Project 111 rejects the silent, clinical nature of modern electric vehicles. We have engineered a bespoke Hydrogen Internal Combustion Engine (HICE) that modifies a conventional mechanical base to inject hydrogen directly into the cylinders. This preserves the visceral roar, high-RPM vibration, and mechanical soul of legendary supercars while achieving true zero-emission status.

Every vehicle is deployed alongside a turnkey Aeterna Home Refueling Ecosystem included in the purchase price. This compact, plug-and-play residential PEM electrolysis unit installs in the owner’s private garage, generating, compressing, and storing high-pressure (700-bar) green hydrogen locally using residential water and solar power. The client owns their own energy source.

To eliminate range anxiety while strictly preserving our lightweight performance philosophy, Project 111 integrates an advanced All-Wheel Drive (AWD) architecture. While the high-revving V12 hydrogen engine provides visceral mechanical power, the system features our bespoke Aerospace Energy Recovery System (AERS). Inspired by Formula 1 energy recovery technology, our proprietary integration constantly harvests kinetic energy into an ultra-lightweight structural graphene battery.

Additionally, the vehicle is equipped with a concealed plug-in charging port. If the hydrogen supply is fully depleted, the battery powers dual high-density, axial-flux electric motors integrated directly into the central transmission. This transitions the vehicle into a pure-electric mobility mode, delivering up to 500 hp of instant torque distributed in our strict, uncompromised 50:50 symmetrical split to all four wheels. This ensures a reliable, emission-free displacement of up to 200 km/h with the exact same predictable racing dynamics, ensuring you reach your destination with absolute compliance and safety.

No. The hypercar is our extreme validation platform - a high-visibility asset to test and prove our proprietary technologies under maximum stress. Aeterna’s long-term business model centers on licensing our advanced graphene composites, additive manufacturing blueprints, and aerospace integration systems to the broader mobility, defense, and aviation sectors.

Exclusivity drives capital preservation and market desire. Limiting production to exactly 111 units guarantees absolute scarcity for elite collectors, accelerating asset appreciation. Financially, it stabilizes our deployment roadmap by matching highly controlled capital expenditures with a definitive, high-margin revenue model.