West Palm Beach, Florida — March 2026 — In a industry leading and visionary move, LuftCar, a Florida-based advanced mobility and infrastructure company, today announced LuftPAATH™ Phase II, its AI-powered planning platform designed to support the strategic deployment of Advanced Air Mobility (AAM) networks, vertiport infrastructure, and regional mobility ecosystems.
LuftPAATH enables governments, infrastructure investors, aviation operators, and regional planners to model, forecast, and optimize advanced air mobility networks over a 10-year horizon, integrating complex transportation data, socioeconomic patterns, and infrastructure constraints into a unified planning environment.
The platform represents a major step toward solving one of the most critical challenges in the emerging AAM industry: how to design economically viable mobility networks before aircraft operations scale globally.

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A New Approach to Planning Air Mobility Networks
While much of the AAM industry has focused on aircraft development, scalable deployment will require data-driven infrastructure planning, demand forecasting, and economic modeling.
LuftPAATH addresses this challenge through advanced scenario-based forecasting techniques developed through decades of experience within the LuftCar leadership team in transportation and energy systems planning.
Unlike traditional transportation models that rely primarily on historical data, LuftPAATH combines current data analysis with forward-looking scenario modeling, enabling planners to understand how mobility demand may evolve over the next decade.
The platform analyzes demand across multiple mission categories, including:
• Passenger transportation
• Cargo and logistics operations
• Healthcare and emergency medical mobility
By modeling multiple mobility use cases simultaneously, LuftPAATH enables planners to design high-utilization vertiport networks capable of supporting diverse transportation needs.
 
Multi-Dimensional Demand Forecasting
LuftPAATH incorporates a wide range of data inputs and modeling variables to forecast AAM demand and operational feasibility.
Key factors analyzed include:
• Transportation volumes across multiple modes
• Rural-to-urban and urban-to-urban connectivity patterns
• Socioeconomic and demographic trends
• Mission frequency, intervals, and durations
• Weather patterns and seasonal variability
• Quarterly and annual transportation cycles
• Customer cost sensitivity and pricing models
• Cargo logistics flows and healthcare response needs
By integrating these variables into its forecasting engine, LuftPAATH enables planners and investors to evaluate how advanced air mobility can integrate into existing transportation ecosystems.
 
From Data Analysis to Market Creation
Beyond infrastructure planning, LuftPAATH is designed to actively shape emerging AAM markets.
The platform generates detailed business case analyses for vertiport investments, helping public agencies, infrastructure developers, and private investors understand the economic potential of proposed AAM networks.
By identifying high-demand corridors and optimized infrastructure placement, LuftPAATH supports:
• Vertiport network planning
• Infrastructure investment decisions
• Mobility service deployment strategies
• Regional transportation planning
This approach allows stakeholders to move from conceptual planning to investment-ready infrastructure strategies.
 
GIS Digital Twin Modeling for Infrastructure Planning
LuftPAATH integrates advanced GIS-based digital twin modeling to support site selection and infrastructure design.
The platform evaluates multiple physical and environmental factors, including:
• Obstacle and airspace constraints
• Land-use zoning and regulatory considerations
• Terrain and environmental conditions
• Integration with surrounding transportation ecosystems
Using these capabilities, planners can identify optimal vertiport locations that maximize accessibility while maintaining safety and operational efficiency.
 
Building on the Dubai Horizon II Project
The development of LuftPAATH builds on LuftCar’s experience supporting the Dubai Horizon II Advanced Air Mobility infrastructure initiative.
Working with Dubai Municipality, LuftCar contributed to citywide vertiport planning, infrastructure assessment, and mobility corridor analysis.
Lessons learned from this globally recognized project helped inform the design of LuftPAATH’s network planning and demand modeling architecture, enabling the platform to support similar infrastructure planning initiatives in regions around the world.
 
Expanding into AAM Navigation and Operational Planning
LuftCar is also expanding LuftPAATH’s capabilities to support AAM navigation and operational planning.
Future platform capabilities will include:
• AAM corridor planning and airspace integration
• Operational routing and mission planning support
• Environmental and weather-aware route optimization
• Dynamic network utilization modeling
These enhancements will allow LuftPAATH to evolve from a planning tool into a comprehensive operational intelligence platform for advanced air mobility networks.
 
Enabling the Future of Air Mobility
“The transition to advanced air mobility will require far more than aircraft innovation,” said Santh Sathya.
“Cities, regions, and infrastructure investors need intelligent planning tools that can model mobility demand, infrastructure economics, and long-term transportation trends. LuftPAATH was developed to provide that capability—helping stakeholders design mobility networks that are economically viable, operationally efficient, and scalable for the future.”
 
About LuftCar
LuftCar is a Florida-based advanced mobility company developing integrated air-ground transportation platforms, next-generation vertiport infrastructure, and AI-powered planning systems to support the future of global mobility.
The company’s innovations include modular air mobility systems, integrated transportation and energy hubs, and intelligent infrastructure planning tools designed to enable scalable deployment of advanced air mobility networks worldwide.
 
Media Contact
LuftCar
[email protected]
www.luftcar.com

Florida-based mobility company unveils cost-efficient vertiport model designed to reduce infrastructure costs, increase utilization, and enable nationwide deployment of Advanced Air Mobility.

West Palm Beach, Florida — March 4, 2026 — LuftCar, a Florida-based advanced air mobility innovator, today announced the development of its Integrated Transportation and Energy Vertiport [ITEV] Hub, a next-generation infrastructure platform designed to support the rapid deployment of Advanced Air Mobility (AAM) systems while significantly reducing capital expenditure and infrastructure costs.
Unlike conventional vertiport concepts that focus solely on aircraft landing facilities, LuftCar’s model integrates transportation, energy generation, storage, and multimodal mobility services into a unified infrastructure ecosystem.

This approach enables vertiports to operate as high-utilization mobility and energy hubs, supporting multiple transportation modes while maximizing investor return on infrastructure assets.

A New Model for Vertiport Infrastructure: 
The emerging AAM sector has placed significant attention on aircraft development, but large-scale adoption will depend on efficient, scalable, and financially viable infrastructure networks.
LuftCar’s Integrated Transportation and Energy Hub addresses this challenge by combining:
• Advanced Air Mobility vertiports
• Hydrogen and sustainable aviation fuel infrastructure
• Electric vehicle charging and energy storage
• Multimodal logistics and passenger transfer nodes
• AI-powered route planning and demand forecasting
By integrating multiple transportation and energy use cases, LuftCar’s model significantly reduces idle infrastructure capacity and improves economic viability for investors and operators.
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Lower Capital Costs:
Through Integrated InfrastructureTraditional vertiport models often require standalone infrastructure investments, leading to high capital costs and underutilized assets during early stages of AAM adoption.
LuftCar’s approach lowers capital expenditure by combining infrastructure elements that serve multiple markets simultaneously.
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Key advantages include:
• Shared infrastructure across aviation, EV mobility, and logistics operations
• Flexible energy systems supporting hydrogen, electric charging, and future fuels
• Energy storage systems enabling grid balancing and peak demand management, supporting community needs and data centers.
• Distributed network planning that reduces redundant facilities
This integrated design allows infrastructure investors and municipalities to deploy vertiports with significantly improved capital efficiency and long-term revenue generation potential.

Regional Vertiport Network Planning to Maximize ROI:
A key differentiator in LuftCar’s approach is its network-based infrastructure planning model.
Rather than developing isolated vertiport sites, LuftCar plans entire statewide and regional AAM networks using its AI-powered planning platform.
The system analyzes:
• Population density and mobility demand
• Cargo and logistics flows
• Emergency response requirements
• Existing aviation and transportation infrastructure
• Energy availability and grid capacity
This enables optimized placement of vertiport hubs to maximize utilization, reduce infrastructure duplication, and improve long-term return on investment for infrastructure partners.

Partnership Opportunity for Fixed Base Operators (FBOs):
LuftCar is actively engaging Fixed Base Operators (FBOs) across the United States as strategic partners for early deployment of Integrated Transportation and Energy Hubs.
Existing airport infrastructure provides an ideal foundation for AAM operations, allowing FBOs to expand their services into the rapidly emerging advanced mobility sector.
Through partnerships with FBO operators, LuftCar aims to:
• Enable early AAM infrastructure deployment at existing aviation facilities
• Integrate vertiport operations with current airport services
• Expand revenue opportunities for aviation service providers
• Accelerate the nationwide rollout of advanced air mobility networks
This partnership model allows FBO operators to participate directly in the next generation of aviation infrastructure development.

Global Experience: Dubai Horizon II ProjectLuftCar’s vertiport infrastructure expertise has already gained international recognition through its role in the Dubai Horizon II Advanced Air Mobility project, conducted in collaboration with Dubai Municipality.
The project involved citywide vertiport site identification, corridor planning, and strategic infrastructure assessment to support the future deployment of advanced air mobility systems across Dubai.
Insights gained from the Dubai initiative are now being applied to infrastructure planning in the United States and other global markets.

Enabling the Next Generation of Mobility“The success of advanced air mobility will depend as much on infrastructure as on aircraft,” said Santh Sathya, Founder and CEO of LuftCar. “Our Integrated Transportation and Energy Hub model creates a scalable pathway for deploying vertiports that are economically viable, energy-flexible, and capable of supporting multiple transportation use cases. By integrating aviation, energy systems, and multimodal mobility, we can dramatically reduce infrastructure costs while accelerating the global adoption of advanced air mobility.”

About LuftCar:
LuftCar is a Florida-based advanced mobility company developing long-range, heavy-payload capable air mobility systems, integrated vertiport infrastructure, and AI-driven planning platforms for next-generation transportation networks.
The company’s innovations include modular air-ground mobility systems, integrated transportation and energy hubs, and intelligent infrastructure planning technologies designed to support the future of global mobility.

Media Contact
[email protected]
www.luftcar.com

West Palm Beach, Florida — February 17, 2026

LuftCar today announced the successful testing of its patented air-ground docking system through a scaled working prototype, completed in West Palm Beach — a major technical milestone that validates the company’s revolutionary modular air mobility architecture.

The demonstration proved LuftCar’s proprietary docking mechanism, which enables an aircraft to seamlessly carry, deploy, and retrieve ground vehicles — creating a unified air-and-road transportation platform. The successful test confirms real-world functionality of a concept long considered impractical by traditional aviation design.


“This milestone moves LuftCar from concept to reality,” said Santh Sathya, Founder and CEO of LuftCar. “Our docking system is the heart of a new air mobility paradigm — one that eliminates the boundaries between air and ground transport. Today’s success validates years of engineering and brings us one step closer to transforming how people, cargo, and emergency services move.”


Unlike conventional eVTOL aircraft that operate as standalone vehicles, LuftCar’s architecture introduces a modular approach: aircraft and ground units work together as a single integrated system. This breakthrough enables aircraft to transport road vehicles directly to their destination, removing the need for separate ground transfers while dramatically improving speed, efficiency, and operational flexibility.


The implications are far-reaching.
LuftCar’s design unlocks new possibilities across multiple sectors — including urban passenger transport, ship-to-shore logistics, disaster response, and medical evacuation. By combining long-range flight capability with detachable ground mobility, LuftCar aims to reduce congestion, accelerate emergency response times, and reshape regional transportation networks.

The scaled prototype test demonstrated mechanical alignment, secure docking, load transfer, and controlled release — all critical elements required for future full-scale aircraft integration.

“This isn’t just another aircraft,” Sathya added. “We’re building a connected air-ground ecosystem — vehicles, vertiports, energy hubs, and AI-driven route planning — designed from day one for real operational deployment.”


LuftCar is currently advancing toward full-scale prototype development while expanding partnerships with municipalities, infrastructure providers, and logistics operators in the U.S. and abroad.


About LuftCar

LuftCar is a Florida-based advanced mobility company developing a long-range, heavy-payload modular airframe powered by a patented docking system that enables aircraft to transport and deploy ground vehicles. Beyond aircraft, LuftCar delivers integrated vertiport infrastructure and AI-driven planning solutions to support next-generation air mobility networks worldwide.


Media Contact
📧 [email protected] 🌐 www.luftcar.com

Dubai, UAE – 29th Nov 2025 — LuftCar, a pioneering U.S.-based hydrogen-powered eVTOL and mobility infrastructure company, proudly announces the establishment of its new regional office in Dubai, United Arab Emirates, signaling its commitment to advancing the Advanced Air Mobility (AAM) ecosystem across the Middle East and North Africa.

With headquarters in Florida and a growing international presence, LuftCar brings a suite of proven capabilities in hydrogen-electric VTOL vehicle development, vertiport infrastructure planning, and AI-powered airspace optimization tools. Its expansion into the UAE positions LuftCar to play a leading role in shaping the region’s urban air mobility and clean aviation future.

LuftCar’s Dubai office will deliver turnkey AAM solutions, including:

• Strategic planning and AAM readiness consulting
• Vertiport planning, design and construction
• Deployment of LuftPAATH, a proprietary AI software platform for vertiport siting, corridor modeling, and mission deployment
• Hydrogen infrastructure integration and zero-emission operations support

A Strategic Partnership with UAE Innovation Leaders
LuftCar’s expansion builds on its successful track record in the UAE, including its strategic partnership with Micromap, one of the region’s leading geospatial and smart infrastructure firms. Together, the two companies delivered the Dubai Horizon II Air Mobility project for Dubai Municipality, showcasing advanced GIS-based vertiport planning, obstacle mapping, and airspace modeling for urban integration of AAM.

“We are excited to work alongside UAE stakeholders to co-develop scalable vertiport infrastructure and lay the foundation for the future of mobility,” said Santh Sathya, CEO and Inventor of LuftCar. 

Toward Local Manufacturing and Hydrogen Corridor Development
As part of its long-term vision, LuftCar aims to manufacture its patented modular air-and-road eVTOL vehicles in the UAE to serve the broader Middle East market. The company also plans to establish green hydrogen mobility corridors, supported by integrated LuftPads (vertiports with hydrogen refueling capability), contributing to UAE’s Net Zero 2050, Make it in the Emirates, and Dubai 2040 Urban Master Plan goals.

Global Traction, Local Relevance
LuftCar’s growing global momentum includes:

• Scaled autonomous prototype development completed
• Purchase order for 19 vehicles
• Collaboration with the several state run Department of Transportation entities for vertiport integration
• ongoing vertiport engagements in the US
• LOI for air ambulance use
• MOUs with four global airports, with expanding interest from airport and defense sectors
• Expression of interest from air cargo companies
• Multiple awards for innovation in cleantech, defense, and mobility

Invitation to Collaborate
LuftCar is actively engaging with real estate developers, airport operators, and government entities across the UAE to co-develop vertiport infrastructure in mixed-use, logistics, and innovation zones. The company invites Emirati investors and stakeholders to join in shaping a hydrogen-powered AAM future—grounded in American engineering, global partnerships, and local execution.

For partnership opportunities, reach out at:
📧 [email protected]
📞 +1 408 905 0036 (USA)
+971 58 537 0576 (UAE)
🌐 www.luftcar.com

LuftCar Introduces Integrated Vertiport and Hertiport System for Next‑Generation Advanced Air MobilityWest Palm Beach, Florida — 30 Oct 2025 — LuftCar, a global innovator in modular hydrogen‑powered air‑and‑ground mobility, today announced the design of a next‑generation integrated vertiport system, engineered to power the future of Advanced Air Mobility (AAM) and community‑scale clean‑energy ecosystems.
Engineered to be fully vehicle‑agnostic, the LuftCar vertiport platform enables seamless operations for multiple aircraft and ground mobility technologies. The infrastructure supports hydrogen refueling, sustainable aviation fuel (SAF) supply, and electric battery charging — making it one of the most versatile and future‑proof AAM infrastructure systems in the world.
Designed as a self‑sustaining energy hub, the system includes localized renewable hydrogen generation, clean‑fuel storage, and power distribution, enabling vertiports to serve community energy needs while supporting aviation and ground‑fleet operations. This distributed‑energy architecture positions LuftCar vertiports as a critical enabler of regional energy resilience, emergency response, and sustainable commercial mobility.
The integrated vertiports, located at strategic sites identified using LuftCar's LuftPAATH AI-powered site selection tool, will provide:

• Hydrogen refueling for aircraft and road vehicles
• SAF refueling capabilities
• Electric fast‑charging stations
• On‑site hydrogen production and storage
• Community power support, including emergency backup capability
• Smart‑grid connectivity and load‑balancing

https://youtu.be/W9tflYklm8g
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Built to scale, the modular design supports ground‑level, rooftop, and vertically stacked configurations, enabling deployment across urban, suburban, and rural environments. The system closely aligns with FAA, EASA, GCAA, and ICAO regulatory frameworks, ensuring global compliance.
“Our vertiports are not just mobility hubs — they are clean‑energy centers for communities,” said Santh Sathya, Founder and CEO of LuftCar. “By enabling hydrogen, SAF, and electric charging at one integrated facility, we are paving the way for a scalable and sustainable transportation future. This infrastructure will power both air and ground vehicles while strengthening community energy independence.”
By combining AAM infrastructure, clean‑fuel innovation, and community energy capability, LuftCar is pioneering a holistic foundation for the future of aviation, smart cities, and decentralized green‑energy networks.

About LuftCar LuftCar Corporation develops hydrogen‑powered modular air‑and‑ground mobility solutions and integrated vertiport energy infrastructure. With patented technologies and global projects spanning the U.S., Middle East, and Europe, LuftCar is advancing the future of zero‑emission transportation and energy‑resilient communities.

​Media Contact:
📧 info@luftcar.com
🌐 www.luftcar.com

West Palm Beach, Florida — [Date] — LuftCar, a U.S.-based innovator in modular, hydrogen-powered air and ground mobility, announced today the development of comprehensive Advanced Air Mobility (AAM) vertiport specifications that are fully aligned with FAA, ICAO, EASA, and GCAA standards.
The newly released LuftCar Vertiport Specifications establish a globally adaptable framework for vertiport infrastructure — covering design, safety, airside/landside operations, obstacle management, passenger flow, hydrogen / SAF / battery refueling systems, and digital integration for advanced traffic management and autonomous operations.
Complementing this work, LuftCar’s proprietary LuftPAATH™ Vertiport AI Planning Tool leverages AI, GIS, and spatial analytics to streamline vertiport site selection, zoning compliance, and route optimization. Together, these innovations enable urban planners, regulators, and developers to make data-driven decisions for safe and scalable AAM implementation.
LuftCar’s commitment to global standards and intelligent design solutions has already translated into real-world results. The company recently completed a successful vertiport infrastructure solution project for Dubai, supporting the city’s AAM master planning vision and setting a new benchmark for regulatory alignment and digital twin–based planning.
With active engagements in vertiport development projects across the USA and the MENA region, LuftCar continues to position itself as a leader in AAM infrastructure enablement, bridging the gap between vehicle innovation, regulatory readiness, and smart-city integration.
“We have demonstrated how LuftCar’s integrated approach — combining eVTOL infrastructure design with AI-driven planning — can accelerate urban air mobility readiness globally,” said Santh Sathya, Founder and CEO of LuftCar. “By aligning with FAA, ICAO, EASA, and GCAA frameworks, we’re ensuring that cities and aviation authorities can deploy safe, sustainable vertiport ecosystems worldwide.”
LuftCar’s advancements in vertiport specifications and AI infrastructure planning mark a significant milestone in the evolution of Advanced Air Mobility, reinforcing the company’s role as a trusted partner for both public and private stakeholders driving the future of sustainable mobility.

About LuftCar
LuftCar develops sustainable, hydrogen-powered modular mobility solutions capable of both flight and road travel. With patented air–ground interface technology, LuftCar is pioneering autonomous, safe, and eco-friendly air–ground transport. The company’s expertise spans prototype development, AAM infrastructure design, and smart-city integration across the United States, Europe, and the Middle East.
Media Contact:
LuftCar Communications Office
📧 info@luftcar.com
🌐 www.luftcar.com
+1 (408) 905 0036

Press Release
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LuftCar and Micromap Sign Strategic MOU to Advance Geospatial AI and Air Mobility Solutions in the U.S., MENA, and Beyond


West Palm Beach, FL, USA / Dubai, UAE – September 25, 2025 – LuftCar, a U.S.-based innovator in hydrogen-powered air–ground modular mobility, and Micromap, a UAE-based leader in geospatial and mapping technologies, today announced the signing of a Memorandum of Understanding (MOU) to collaborate strategically on geospatial technologies, artificial intelligence (AI), autonomous mobility, and advanced air mobility (AAM) initiatives .


The MOU, signed by Santh Sathya, Chief Executive Officer of LuftCar, and Mohamed Yousuff, Chief Executive Officer of Micromap, establishes a framework for collaboration to create mutual business opportunities in the United States, the Middle East and North Africa (MENA) region, and global markets.


Key Highlights of the MOU

• Business Development in the U.S. and Global Markets – LuftCar will support Micromap’s entry and expansion into the U.S. and other international markets where LuftCar operates.
• Preferred GIS Partner – Micromap will serve as LuftCar’s preferred vendor for GIS-related projects.
• Exclusive Partnership in the MENA Region – LuftCar will act as Micromap’s exclusive partner for AI, AI-GIS integration, autonomous mobility, and advanced air mobility projects across the MENA region.
• Joint Business Development in MENA – Micromap will actively create new opportunities for LuftCar in the MENA region by engaging with potential clients and government stakeholders .
  
  
  

“This partnership with Micromap strengthens LuftCar’s mission to deliver safe, sustainable, and innovative mobility solutions globally,” said Santh Sathya, CEO of LuftCar. “By integrating Micromap’s geospatial expertise with our advanced air mobility platforms, we are setting the stage for groundbreaking projects in both the United States and the MENA region.”

Mohamed Yousuff, CEO of Micromap, added: “Micromap is proud to partner with LuftCar as we expand our role in AI-driven GIS and mobility solutions. This collaboration ensures that both companies can leverage each other’s strengths to meet the growing demand for next-generation transportation and urban mobility.”


About LuftCar
LuftCar is a U.S.-based aerospace and mobility company developing hydrogen-powered, modular air–ground vehicles for passenger, cargo, and emergency medical applications. With its patented detachable air–ground design, LuftCar enables efficient and sustainable intermodal transport.


About Micromap
Micromap is a UAE-based geospatial technology company specializing in mapping, GIS solutions, and digital transformation for urban planning, transportation, and mobility sectors.

Orlando FL – Sept 19, 2024
LuftCar, a pioneering company in hydrogen powered air mobility and hydrogen infrastructure, announced a significant milestone in its development: the official approval of its patent for an air vehicle to road vehicle docking system. This groundbreaking technology marks a major step forward in the future of transportation, promising to revolutionize how we travel.

The patented docking system is designed to seamlessly integrate air vehicles with ground vehicles, enabling a seamless transition between aerial and terrestrial modes of transportation. This innovative modular approach of detachable wings or airframe has the potential to significantly reduce travel times, carry interchangeable cargo containers including road vehicles,  improve accessibility, and reduce congestion in urban areas.
"We are thrilled to have achieved this crucial milestone in our development, particularly in a highly competitive air to road technology space," said Santh Sathya, CEO  of LuftCar and the inventor of the technology. "Ever since the era of Wright Brothers and Curtis, several attempts have been made in air carrying ground vehicles. We believe that we have a pragmatic design in finally achieving the goal in a logistically simplified, convenient and elegant manner. Our patent application went through a thorough vetting process before it was approved. The LuftCar patented docking system represents a major breakthrough in transportation technology and brings us closer to realizing our vision of a future where air and ground travel are seamlessly interconnected."

The patent approval is a testament to LuftCar's commitment to innovation and its ability to develop cutting-edge solutions that address the challenges of modern transportation. As the company continues to refine its technology, it aims to bring its air-to-road docking system to market and transform the way people travel. The company has filed a continuation for the patent.

​About LuftCar
LuftCar is a leading Air Mobility and Infrastructure company dedicated to developing innovative transportation solutions that are safe, efficient, and sustainable. With a focus on air vehicles and ground vehicles, LuftCar is committed to creating a future where travel is more accessible, convenient, and environmentally friendly.
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Email: [email protected]

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​Orlando FL 32801

LuftCar LLC is delighted to announce a strategic partnership memorandum of understanding with eFrancisco Motor Corporation (eFMC) of Philippines in investment, development, integration, deployment, branding, and marketing of:

1. LuftCar air vehicles for airlifting eFMC built road vehicles platform. 
2. LuftCar designed hydrogen propulsion technologies for eFMC developed road vehicle platforms.

--- for defense, regional transport, recreation, healthcare, and other applicable industries. The partnership is exclusive to the Philippines market.
 
Both companies agree to collaborate in the development of the LUFT - PINOY eVTOL (Electric Vertical Take-off and Landing) powered by Hydrogen. LuftCar will lead the air vehicle prototype development, while eFMC will provide the PINOY vehicle chassis. The flying prototype is expected to be completed by end of 2024, with first applications in defense and cargo. LuftCar will manufacture this cutting-edge aircraft in Camarines Norte in partnership with eFMC in Philippines.

The eVTOL technology is tailored to meet the unique demands of the Philippines, an archipelago with over 7,101 islands. The applications of this technology extend across various sectors, including public transportation, last mile delivery, tourism, emergency response, disaster relief, law enforcement, defense, and border patrol.
Santh Sathya, CEO of LuftCar says “Philippines and Southeast Asia have been of great strategic importance for LuftCar. Our flying and road vehicle concept is tailor made for connecting the archipelagos and serving cargo, air ambulance, tourism, and regional transportation verticals. Our hydrogen propulsion will serve long distance and heavy payload carrying needs in the region, LuftCars have a big role to play in defense in the region enabling ship to base and base to outpost missions. We are excited about partnering with eFMC, whose leadership has a clear vision for clean energy transportation for Philippines. eFMC has the resources to support LuftCar in bringing meaningful air transport to the people in the region”.
"As a physicist, my mind has been trained to believe that if you are the smartest person in the room, you are in the wrong room," remarked Elmer Fancisco, CEO of eFrancisco, "I enjoin great minds to join us and come together to bring our world’s technological advances to a whole new level."

Camarines Norte, with eFMC's 200-hectare Special Economic Zone, is declared as Ground Zero for this technological revolution. The Governor of Camarines Norte, Dong Padilla extends full support to make the Philippines the epicenter of this groundbreaking cause. LuftCar intends to mass produce the air frames in partnership with eFMC in the region.
This collaborative effort is not only a technological milestone but also a testament to the spirit of innovation and global unity. The LUFT PINOY eVTOL project marks a significant leap towards a sustainable and advanced future.
Both companies were brought together by HDEX – the World's First Hydrogen Exchange. Elmer Francisco and Santh Sathya are both enlisted as advisors to HDEX.
 
About LuftCar:
LuftCar is a cutting edge eVTOL company based in Orlando Florida, USA, specializing in innovative hydrogen aviation solutions. With a commitment to excellence, LuftCar contributes to the advancement of air travel technologies on a global scale. Presently LuftCar is building its transformative vehicle prototype in Florida.
 
About eFrancisco Motor Corporation:
eFrancisco Motor Corporation (eFMC) is at the forefront of technological innovation, committed to shaping the future of transportation. With a focus on sustainability and groundbreaking partnerships, eFMC strives to bring cutting-edge solutions to the world.
 
About HDEX | World's First Hydrogen Exchange:
HDEX is a pioneering Hydrogen Exchange platform, dedicated to advancing hydrogen-related technologies globally. As the World's First Hydrogen Exchange, HDEX plays a pivotal role in fostering collaborations and driving innovation in the hydrogen sector.