Welcome to UniHybrid

Innovating today to dominate tomorrow

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Hybrid Driven Platform

Hybrid Driven Platform

Hybrid Evolution. Battlefield Ready.

Revolution as innovation

In the realm of military applications, the concept of a hybrid drive system presents a revolutionary leap forward. By combining electric motors with a hybrid drive, the UniHybrid offers unparalleled benefits in logistics, engineering, transportation, and more. This versatile approach eliminates the drawbacks of traditional battery-powered systems, paving the way for a new era of efficiency and effectiveness in the field.

Product Overview

Product Overview

No Batteries. No Limits.

Electric drivetrain

Efficient, compact, reliable

Without battery limits

Continuous operations, high endurance, lower weight, easy maintenance

Modularity

Various applications with single platform

Versatile Use Cases

Versatile Use Cases

One Machine. Endless Roles.

Logistics
Logistics

Efficient transport & delivery operations

Engineering
Engineering

Automated construction & maintenance tasks

Transportation
Transportation

Enhanced mobility solutions

Military
Military

Tactical warfare applications

Game Changer

Game Changer

Designed for Autonomy. Built for Results.

01

Autonomy

UniHybrid uses a hybrid drive system, combining electric motors with ICE as a power source to enhance performance and eliminate battery limitations.

150 km or 7 hours active operation without refuelling

02

Performant and adaptable

UniHybrid surpasses traditional electric UGVs in military tasks like logistics, engineering, and transportation with its effective hybrid-driven design.

Market Opportunity

Market Opportunity

One Platform. Countless Possibilities.

01

Versatility

By leveraging widely available off-the-shelf components, our platform cuts production costs and streamlines the manufacturing process. This straightforward design approach also simplifies routine maintenance, ensuring smooth and efficient operation over the long run.

02

New markets

Hybrid drive offers opportunities to use additional engineering equipment, otherwise unavailable for electric-only vehicles. This opens opportunities for additional applications — farming, civil engineering, rescue, and more.

03

Extensive mobility

Electric vehicles require recharging or complex battery replacements, which is time consuming and limits the application capabilities. Our product needs only some more fuel poured in, and off it goes.

Call To Action

Let’s build the future of mobility together. Whether you’re looking to collaborate, integrate, or deploy — our team is ready to connect. Reach out and let’s start a conversation.

Call To Action
Milestones

Milestones

From Prototype to Mission-Ready

  • The initial UGV prototype is fully assembled and undergoes a series of performance and reliability tests. A marketing campaign is launched at this stage to showcase early capabilities and generate interest among potential users and partners.

    Q1

  • The initial UGV prototype is fully assembled and undergoes a series of performance and reliability tests. A marketing campaign is launched at this stage to showcase early capabilities and generate interest among potential users and partners.

    Q2

  • Construction of the second UGV prototype proceeds with refinements based on findings from the first prototype’s testing phase. In parallel, the first engineering module (for example, a bulldozer extension) is developed and tested, alongside acceptance trials and compliance assessments.

    Q3

  • Once all testing, refinements, and acceptance milestones are met, the final UGV design is prepared for large-scale manufacturing. Production processes are optimized for cost-effectiveness, quality control, and scalability to meet market demand.

    Q4

Budget ask

Budget ask

Funding the Future of Hybrid Mobility

  • $100 000 – $120 000

    Q1

  • $180 000 – $200 000

    Q2

  • $180 000 – $210 000

    Q3

  • $170 000 – $190 000

    Q4

1 year budget $630 000 – $720 000

Meet the Team

Meet the Team

Developing today – redefining tomorrow's tactics

Ivan Kurza

Ivan Kurza

Design and Engineering

Engineering leader and enthusiast with 20+ years' experience and expertise in cross-functional collaboration

Oleksandr Zynevych

Oleksandr Zynevych

Software

Software Engineering Excellence, Empowering Growth, and Driving Innovation

Volodymyr Yatsynych

Volodymyr Yatsynych

Production

Entrepreneurial engineer and co-founder of the Tactical Training Centre & Off-road Club

Yevgen Golub

Yevgen Golub

Operations

Adaptable leader excelling in negotiations, sales, strategy, and operations

Contact

Contact

Engineering the future starts with a conversation

Address

Ukraine, Lviv, 79000