Investors Relations

INVESTORS RELATIONS

Mission

Our mission is to solve the fundamental thermal and energy management challenges that still limit today’s electric vehicles — and to create a scalable, modular architecture that can power not only premium motorcycles, but a wider range of future transport solutions.

Current Status

We have successfully completed TRL 1–3 according to NASA Systems Engineering standards and are now in the TRL 4 validation phase with our Alpha Rig testbed. Every stage of development is guided by rigorous engineering discipline and a clear long-term vision. Our core innovation — an integrated mechanical energy buffering system — enables Extreme Fast Charging, significantly extended battery life, and true highway autonomy while maintaining the performance and riding experience expected in the premium Grand Tourer segment.

The Opportunity

The premium GT motorcycle segment remains one of the most stable and high-margin categories in global mobility, yet the electric version of this class is still virtually untapped. OMOTORI is positioned to become the first credible high-tech player in this space by offering a fundamentally better energy architecture.Beyond the initial demonstrator (EHGTM1X1), our platform has broad licensing potential across light electric vehicles, commercial fleets, and stationary energy storage applications.

Why OMOTORI

A focused, experienced team with combined expertise from premium automotive, aerospace, and advanced manufacturing. A clear, milestone-driven development roadmap. Strong intellectual property foundation and a genuinely differentiated technological approach. Realistic, capital-efficient scaling strategy that prioritises quality and long-term value creation.

We Invite Serious Partners

We are currently seeking aligned investors and strategic partners who share our vision of building a smarter, more sustainable energy architecture for mobility.If you are an investor, fund analyst, or strategic partner interested in learning more, we would be pleased to share our latest Investor Teaser, detailed documentation, and answer any questions you may have.

WHY ARE WE DOING FEEL THAT OUR IDEAS HAVE A GENUINE VALUE?

We didn’t start with a desire to build another electric motorcycle. We started with a deep frustration shared by engineers and riders alike: modern electric vehicles still force painful compromises between performance, range, charging speed, and longevity. For years the industry has been trying to solve these problems by simply adding more power or bigger batteries — an approach that inevitably runs into the same physical limits.

Our conviction is different.We believe the real breakthrough lies not in scaling existing components, but in rethinking the architecture of energy itself. After years of research and first-principles analysis, we developed a fundamentally new way to manage energy flows — one that removes the core thermal and efficiency barriers that have held electric mobility back.We feel our ideas have genuine value because:

They directly address the biggest unsolved problems in electrification (thermal management, peak-load stress, and slow charging) rather than working around them.

They are built on a scalable platform, not a single product — the motorcycle is only the first demonstrator.

They are grounded in rigorous engineering and validated step-by-step according to NASA standards.

They offer a path to meaningful long-term impact: better vehicles today, and a licensable energy architecture tomorrow.

We are not chasing trends. We are solving a real, systemic limitation — and we believe this is where lasting value is created.

RISKS AND CHALLENGES

We approach our development with a clear understanding that any deep-tech project at this stage carries real risks. We do not hide them — we identify, assess, and actively manage them. Key risks we are focused on:

Supply Chain and Material Risk. Access to high-quality Semi-Solid State cells, advanced composites, and aerospace-grade components at the required scale and cost remains a challenge in the current market.

Regulatory and Certification Risk. Bringing a High Voltage system with a novel energy architecture to public roads involves homologation and safety certification processes that can take time.

Execution Risk. As a small, highly focused team we must maintain discipline and capital efficiency while scaling from laboratory validation to limited series production.

How we mitigate these risks: We follow NASA Systems Engineering standards at every step, maintain a milestone-driven roadmap, and work only with proven industrial partners. Our modular architecture allows us to test and validate subsystems independently, reducing overall program risk. We also keep our burn rate low and our development path capital-efficient. We believe that openly acknowledging these challenges — and showing concrete steps to address them — is the responsible way to build long-term trust with partners and investors.

Hi, and Welcome TO OMOTORI