Scalable Propulsion Beyond Aviation

Our propulsion technology adapts across industries without losing core focus, supporting long-term scalability and sustainable growth.

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[ Electric Propulsion ]

High-Efficiency Electric Thermal Power for Fixed and Mobile Applications

Dragon Transport Group is developing land-based propulsion and power systems that leverage the same induction-heated thermo-chamber architecture used in our aviation platform—adapted for ground applications where efficiency, emissions reduction, and reliability are critical.

Instead of fuel combustion, electrical energy is converted directly into controlled thermal energy to drive high-velocity airflow or mechanical output. This enables a new class of clean, high-power land systems without traditional combustion constraints.

[ On-Land Use ]

Target Land Applications

Reliable, low-emission power solutions tailored for land-based industrial, defense, and remote infrastructure operations.

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[ Strategic Benefits ]

Strategic Advantages


Eliminates combustion-related emissions at the core


Compatible with hydrogen fuel cells, grid power, or future energy sources

Delivers cleaner energy, faster market entry, flexible integration, and early revenue opportunities while enabling scalable, future-ready power solutions.


Faster regulatory and commercialization pathway than aviation


Early revenue potential while aviation systems mature

Land-based systems provide a near-term commercialization pathway, allowing Dragon to validate core technology, generate operational data, and establish partnerships ahead of flight certification timelines.

[ Maritime Propulsion]

Clean Electric Propulsion and Power for Maritime Platforms

Dragon Transport Group’s induction-based thermo-chamber architecture is equally applicable to marine propulsion and onboard power generation, where fuel efficiency, noise reduction, and emissions compliance are increasingly decisive.

By removing combustion from the propulsion core, Dragon’s approach offers a fundamentally different solution for vessels transitioning toward electrification and hybrid energy systems.

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Marine Use Cases
01
Hybrid Marine Vessels
Hybrid‑electric commercial vessels and workboats
02
Low-Signature Naval Platforms
Naval and government platforms requiring reduced acoustic and thermal signatures.
03
Marine Auxiliary Power
Onboard auxiliary power units (APUs) for ships and offshore platforms.
04
Low-Emission Coastal Vessels
Port and coastal vessels operating under strict emissions regulations.

[ Maritime Use ]

Target Maritime Applications

Clean, efficient power solutions for commercial, naval, and coastal vessels, supporting low emissions, quiet operation, and regulatory compliance.

[ Maritime Use ]

Why the Maritime Market Matters

[ Core Value ]

Maritime markets demand cleaner power, quieter operation, and regulatory compliance, creating strong adoption opportunities for advanced hybrid energy systems.

Insight Cards Section

Global shipping faces mounting emissions and fuel-cost pressures

Electrification adoption is accelerating, but scalable propulsion options remain limited

Marine platforms allow larger, heavier systems earlier—ideal for high-power validation

Strategic Value

Marine Validation Strip

Longer duty cycles enable accelerated endurance testing

Lower certification barriers compared to aviation

Strong alignment with defense, port authorities, and commercial fleet operators

Sea-based systems represent a high-power proving ground for Dragon’s technology, supporting rapid learning, partner validation, and early strategic deployments.

De-Risking Aviation Through Land and Sea Markets

Land and sea platforms allow Dragon Transport Group to commercialize earlier, validate faster, and de-risk aviation deployment, while maintaining a unified propulsion architecture across air, land, and maritime domains.

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