A single physical principle.

Multiple markets.

One platform.

Vortifer Drive is a scalable propulsion platform – patent-​protected, demonstrated in tethered flight, and built for deployment across sectors.

Vortifer Drive is a scalable propulsion platform – patent-​protected, demonstrated in tethered flight, and built for deployment across sectors.

A single physical principle.

Multiple markets.

One platform.

Vortifer Drive is a scalable propulsion platform – patent-​protected, demonstrated in tethered flight, and built for deployment across sectors.

PLATFORM

PLATFORM

From technology to platform.

Vortifer Drive has evolved. What began as a novel propulsion principle is becoming a technology platform: a demonstrated physical principle, a defined IP position, and an architecture designed to be configured across performance classes and applications.

The value is not in a single drive unit. It lies in generating reproducible system configurations for multiple applications and markets – without rebuilding the technological core.

Scaling happens through configuration, not through new technology.

More precisely: Vortifer Drive is a technology and decision platform. It structures requirements, derives configurations systematically, and puts decisions on a factual footing before capital goes into hardware.

IP Position

IP Position

Patents secure the physical working principle. Combined with years of system know-​how, the core is hard to reproduce from the outside. 

Simulation & Configuration

Simulation & Configuration

Key system attributes are prepared in simulation before hardware is built. Configurations are derived from a CFD environment developed with TH Ingolstadt.

Integration Capability

Integration Capability

Defined integration interfaces are designed to make OEM integration efficient across applications and market segments.

TECHNOLOGY

TECHNOLOGY

Closed toroidal geometry.

Structurally different – by design, not by optimisation.

At the heart of Vortifer Drive is a closed flow architecture in which controlled vortex structures are generated and guided. Its decisive properties do not come from individual components; they emerge from the interaction of the whole system.

That makes the architecture itself, not any single part, the basis for scaling across markets and performance classes.

All rotating components sit inside the system. No exposed rotor blades, no mechanical exposure at the system boundary.

The architecture opens the way to integrate energy storage into the structure itself. We are investigating this route because it promises lower system complexity and lower mass.

With every rotating part enclosed, the closed flow principle is designed for a lower acoustic signature than open-​rotor systems. Quantifying it is part of our test programme.

All rotating components sit inside the system. No exposed rotor blades, no mechanical exposure at the system boundary.

The architecture opens the way to integrate energy storage into the structure itself. We are investigating this route because it promises lower system complexity and lower mass.

With every rotating part enclosed, the closed flow principle is designed for a lower acoustic signature than open-​rotor systems. Quantifying it is part of our test programme.

At the heart of Vortifer Drive is a closed flow architecture in which controlled vortex structures are generated and guided. Its decisive properties do not come from individual components; they emerge from the interaction of the whole system.

That makes the architecture itself, not any single part, the basis for scaling across markets and performance classes.

All rotating components sit inside the system. No exposed rotor blades, no mechanical exposure at the system boundary.

The architecture opens the way to integrate energy storage into the structure itself. We are investigating this route because it promises lower system complexity and lower mass.

With every rotating part enclosed, the closed flow principle is designed for a lower acoustic signature than open-​rotor systems. Quantifying it is part of our test programme.

All rotating components sit inside the system. No exposed rotor blades, no mechanical exposure at the system boundary.

The architecture opens the way to integrate energy storage into the structure itself. We are investigating this route because it promises lower system complexity and lower mass.

With every rotating part enclosed, the closed flow principle is designed for a lower acoustic signature than open-​rotor systems. Quantifying it is part of our test programme.

Technical visualisation of the operating principle and underlying Vortifer Drive technology.
Technical visualisation of the operating principle and underlying Vortifer Drive technology.

Three requirements. One architecture.

Three requirements. One architecture.

Efficiency

Efficiency

Measured against the use case, not as an isolated metric. A system is efficient when it delivers exactly the performance a concrete application demands: range, mission duration, robustness, system safety.

Signature

Signature

A design property of the enclosed flow architecture – built in, not bolted on.

Scalability

Scalability

Through configuration of the same physical core, not through product variants. One architecture adapted to different performance classes and market applications.

Conventional propulsion development trades these dimensions off against each other. The Vortifer architecture is designed to address all three together – and our test programme is built to show how far that holds.

Two layers of protection. One structural moat.

Two layers of protection. One structural moat.

Patent Protection

Patent Protection

Patents secure the physical working
principle at technology and system level.

Patents secure the physical working
principle at technology and system level.

Structural
moat

Structural
moat

System Complexity

System Complexity

The deeper protection lies in the interplay of models, system knowledge, architecture and decision logic, built over years of development. Access to individual elements is not enough to reproduce it.

The deeper protection lies in the interplay of models, system knowledge, architecture and decision logic, built over years of development. Access to individual elements is not enough to reproduce it.

MARKETS

MARKETS

One core. Multiple sectors.

Vortifer Drive scales by platform logic, not by product variants. The same technological core is configured for different applications. The foundation stays the same, while performance parameters, integration depth and application design adapt to each use case.

Every new application strengthens the platform itself, not just its market presence.


Go-​to-​market readiness


Prioritised Markets


Development Pipeline

Market Entry

First market: Defence & Dual-Use

The choice is deliberate. Defence and dual-​use markets bring clearly defined requirements, structured procurement, and the chance to prove systems under demanding conditions before moving into civilian markets.

Entry is demand-​driven: programme requirements define the configuration, not existing products.

Dual-​use is the entry point, not the destination. The architecture remains open to civilian markets from day one.

Examples from Industry

GPS. The internet. The jet engine. Each was first proven under defence requirements, then scaled into global civilian markets. Vortifer Drive follows the same path.

Scaling

Intra-​sector scaling illustrated: Logistics.

Concept illustration demonstrating the scalability of Vortifer Drive across different sizes and configurations.

Same platform core. Same physical principle. Configured for different scale requirements. Logistics shows how platform leverage works within a single market.

PARTNERS

PARTNERS

Platform owner. Not OEM.

Serial production would tie up capital, slow scaling, and dilute platform leverage. Vortifer therefore acts as platform, architecture and technology owner, working with partners who bring market access, certification and industrial manufacturing strength.

The division is deliberate: partners monetise products; Vortifer Drive monetises the platform. The result is a lean, capital-​efficient structure and faster market access for both sides.

Vortifer Technologies

Vortifer Drive

IP & patent position
System architecture & design
Configuration & simulation
Integration interfaces
R&D support

IP & Patent Position
System architecture& design
Configuration& simulation
Integration interfaces
R&D support

Partner

Partner

Market access
Certification
Industrialisation
Series production
Sector expertise

Market access
Certification
Industrialisation
Series production
Sector expertise

Co-​Development

Co-​Development

Joint development with industry partners. Programme requirements define the configuration, not existing products.

Licensing/​Royalty

Licensing/​Royalty

Recurring licence income from platform use, structured by application, market segment and configuration depth.

Joint Ventures

Joint Ventures

Selective, where they fit. The partner handles execution and market; the platform and its IP stay within the Vortifer group.

Current ecosystem

Tplus Engineering GmbH
Tplus Engineering GmbH
AImotion Bavaria Ingolstadt
Technische Hochschule Ingolstadt
Technische Hochschule Ingolstadt

Further industry partnerships are in development. Partner enquiries: Contact

INVESTORS

INVESTORS

Not a vision. A demonstrated starting point.

  • Market feedback
    Market feedback has been collected, evaluated, and translated into prioritised requirements – the technical basis for partner discussions.
  • Simulation environment established
    A CFD environment developed with TH Ingolstadt underpins scaling and configuration decisions. It is now being anchored in systematic measurement on a modular demonstrator.

  • Roadmap established
    Target markets are defined and partner discussions are ready to begin. The path from demonstrator to market entry is mapped.

The next step is execution: a modular demonstrator, systematic testing and first partner configurations, along a defined platform logic.

A platform investment case. Not a product bet.

Investing in Vortifer Drive means taking a position not in a single drive unit or application, but in a technology platform: a demonstrated physical principle, a defined IP position, and an architecture designed to create value through configuration and replication rather than unit volume.

The valuation lens shifts accordingly. What counts is the robustness, adaptability, and long-​term scalability of the platform, not short-​term product sales.

Strategic overview for evaluating and prioritising potential application areas for Vortifer Drive.

Platform Leverage

Platform Leverage

One architecture across configurations, applications, and markets. Value through reuse and derivation, not through a new development cycle for every product.

Structural Risk Reduction

Structural Risk Reduction

Key technical questions are worked through simulation and on a test rig before capital goes into scaling.

Strategic Optionality

Strategic Optionality

New markets, applications, and revenue streams, without rebuilding the technological core. Upside in several directions at once.

Where the risk sits. And where it doesn’t.

The principle works. A 70 cm Vortifer article has flown tethered on its own on-​board power, and a CFD method developed with TH Ingolstadt is being matched against its measured forces. The IP is secured and the architecture is defined. The foundation is in place.

What lies ahead is engineering, not open research. We are working on getting the mass-​to-​lift ratio right at compact diameters, mastering steering and control, and anchoring the simulation basis in systematic measurement. Our modular demonstrator and test rig are being built to answer each of these questions under controlled conditions.

Beyond that come the challenges every platform faces on its way to market: entry, partnerships and execution. We know what they are, and each one has a defined next step.

Vortifer Drive Technologies GmbH

Vortifer today

ADDRESSED

○ Physical principle demonstrated

○ System architecture defined

○ Core IP position

○ CFD method established

ADDRESSED

○ Physical principle demonstrated

○ System architecture defined

○ Core IP position

○ CFD method established

IN PROGRESS

● Mass and scaling

● Steering & control

● Simulation validation

● Market entry and partners

IN PROGRESS

● Mass and scaling

● Steering & control

● Simulation validation

● Market entry and partners

Returns from platform leverage. Not from unit economics.

The return logic differs fundamentally from a classic hardware or OEM investment. Returns do not come from production volumes, unit margins, or manufacturing leverage.

They come from three effects: platform leverage across configurations and markets; risk reduction through simulation and testing before hardware commitment; and optionality across new sectors and revenue streams without rebuilding the core.

Capital at Vortifer Drive builds the platform, not production capacity. That keeps capital intensity low and ties company value directly to platform maturity.

DOWNSIDE

DOWNSIDE

Physical principle: demonstrated

IP position:defined

Key decisions:prepared before hardware

Defined risk profile

Physical principle:demonstrated

IP position:defined

Key decisions:prepared before hardware

Defined risk profile

UPSIDE

UPSIDE

Platform leverage:ahead

Multi-​sector optionality:open

Value development:non-​linear potential

Platform upside

Platform leverage: ahead

Multi-​sector optionality:open

Value development:non-​linear potential

Platform upside

Current position: completing Phase 1.

Phase 1: Validate

Technology proof

Physical validation

First partner setups

Phase 1: Validate

Technology proof

Physical validation

First partner setups

Phase 2: Replicate

Configurations systematised

Development cost reduced

Phase 2: Replicate

Configurations systematised

Development cost reduced

Phase 3: Scale

Multi-​sector deployment

Platform value

Multiple exits

Phase 3: Scale

Multi-​sector deployment

Platform value

Multiple exits

Vortifer today

Vortifer Drive Technologies GmbH

Vortifer Drive completes Phase 1. The physical principle has been demonstrated, a CFD environment is in place, and a modular demonstrator is being prepared to close the remaining validation questions: mass, control and simulation accuracy.

The platform logic is built from the start. Configurations are designed to be derivable, so the step from project-​based development to reproducible scaling can follow directly.

This is the point at which platform companies become relevant for strategic investors: the principle is demonstrated, and the value potential is still ahead.

Not every investor phase serves the same purpose.

Early Investors (NOW)

• Structure the platform

• Help close the remaining technical questions

• Shape milestones and governance

• Enter before platform value is priced in

  • Structure the platform
  • Help close the remaining technical questions
  • Shape milestones and governance
  • Enter before platform value is priced in

Later Investors (NEXT PHASE)

• Scale existing structures

• Optimise processes

• Monetise growth along defined paths

• Entry at higher platform valuation

  • Scale existing structures
  • Optimise processes
  • Monetise growth along defined paths
  • Entry at higher platform valuation

Vortifer Drive is looking for early, actively engaged investors who will shape the step from demonstration to reproducible scaling and lay the foundation for what follows.

Multiple exit paths. Open by design. Not forced by circumstances.

Strategic Acquisition

Strategic Acquisition

Acquisition by a Tier‑1 player
The platform is an integrated strategic asset, with full value realised in a single transaction.

Platform Joint Ventures 

Platform Joint Ventures 

Joint ventures in defined target markets.
Platform value stays at Vortifer Drive level while partners handle sector execution.

Licence Spin-​offs

Licence Spin-​offs

Sector-​specific licence structures.
Stand-​alone monetisation of clearly defined market segments without a full platform exit.

Which path is taken depends on market context, timing, and partner constellation, not on liquidity pressure. The architecture keeps several paths open at once.

Why no headline numbers.

Vortifer creates value through concrete system configurations, not a single product. Economic substance therefore emerges per setup, application profile and target market, not as a blanket figure.

Early headline numbers would narrow the platform’s options and set expectations that do not fit its logic. Instead, we develop economic models for each configuration in bilateral dialogue with partners and investors, based on concrete designs, defined use cases, and clear technical milestones.

Investment in Vortifer Drive Technologies GmbH

We are seeking investment exclusively for Vortifer Drive Technologies GmbH. We look forward to a structured, bilateral conversation.

One ecosystem. A model built to repeat

The KMTC group is built as an ecosystem: research, development and commercialisation sit in separate, clearly defined companies.

KMTC Vortifer Technologies GmbH brings the Vortifer technologies together, holds the patents and drives the platform’s further development. Vortifer Drive Technologies GmbH is the hub for licensing and joint ventures around Vortifer Drive, backed by a perpetual general licence. Dedicated companies for individual fields of application or regions can be formed beneath it, and every licence and joint venture is supported by co-​development from the platform.

Investors take a stake in Vortifer Drive Technologies GmbH – and with it in the income from licences and joint ventures, and in scaling into further markets, applications and regions.

Further technology platforms in the group will follow the same model. The second exploitation company, Vortifer Engine Solutions GmbH, is already in place; its technology is still at the stage of fundamental research.

CAREER

CAREER

Building tomorrow’s deep-​tech platforms.

At Vortifer, we are developing Vortifer Drive into a scalable platform for the next generation of propulsion and mobility systems. Not a single product, but a platform where physics, simulation, control engineering and system integration come together – with industrial application as the goal from day one.

Where the real challenges are.

The questions we work on are demanding, and the answers matter how propulsion, mobility and industrial systems will work in future. Our work runs the full arc: fundamental understanding, simulation, experimental validation and industrial implementation.

Where you could contribute:

  • Aerodynamics, fluid mechanics and thermodynamics
  • Simulation, modelling and numerical validation
  • Detail engineering of mechanical, electrical and mechatronic subsystems
  • CAD design, prototyping, material selection and design for manufacturing
  • Control and systems engineering
  • Test rigs, measurement concepts, validation plans and technical documentation
  • Mobility and logistics applications
  • Technology transfer between research and industry

Alongside our own team, we are steadily widening our collaboration with universities, research institutions and industrial partners.

People with technical depth, curiosity and the drive to make things work. People who want to shape a new technology rather than maintain an existing one.

We particularly welcome contact from:

  • Engineers, scientists, students and doctoral candidates
  • Specialists in simulation, aerodynamics, fluid mechanics and control engineering
  • Detail, design and development engineers for mechanical, electrical, mechatronic and system-​integration work
  • Specialists in CAD, prototyping, test rigs, measurement technology, manufacturing preparation and technical documentation
  • Research, industrial and technology partners

Not a job board. An open door.

We are not recruiting in the traditional sense. Instead, we show the profiles and capabilities that matter to us as the platform grows. If your expertise fits our work and you want to help bring deep tech into industrial application, we want to hear from you – with or without a specific vacancy. Applications are welcome regardless of gender, background, ethnicity, religion or belief, age, disability, sexual orientation or identity. What counts is qualification, motivation and professional fit. Depending on the role, project context or regulatory requirements, a background screening may form part of the selection process.

Please note: we do not work with recruitment, staffing, or temporary employment agencies.

Get in touch.

Would you like to join Vortifer or explore a collaboration? Send your enquiry via the contact page or reach us directly.

Help shape the next generation of propulsion systems.

CONTACT

Structured conversations welcome.

Investors, industry partners, strategic stakeholders, and talents: we welcome a focused, bilateral dialogue.

For investors

Interested in information on platform architecture, risk profile, and investment structure?

For investors

Interested in information on platform architecture, risk profile, and investment structure?

For partners & industry

Interested in discussing a partnership regarding joint development, licensing, or a specific application?

For partners & industry

Interested in discussing a partnership regarding joint development, licensing, or a specific application?

For talents

You want to be part of the Vortifer Drive journey?

For talents

You want to be part of the Vortifer Drive journey?

For general contact

For general contact

For general contact

For general contact