HPS at the El Alamein Air Show
HPS Aviation participated in the El Alamein Air Show, presenting TANNANA CROW and the Humming Propulsion System. Watch the event video in our media library
Read the updateWe are developing the Humming Propulsion System and building TANNANA around it
TANNANA CROW · HPS Aviation design visualisation of a vehicle in development
- years
- 11+ of research and development
- million USD, approximately
- 1.5 spent on research and development
- generation
- 6 current HPS propulsion generation
- patent applications
- 5 filed to protect our innovations
TANNANA
We aim for more agile, more efficient flight with less noise
TANNANA is a flying car in development for vertical take-off and landing, with land and water landing capabilities as design targets. Ground movement supports manoeuvring, positioning and parking within operating areas. The two-seat CROW is the family’s first crewed model in development
FlightWater landingManoeuvring & parking
Discover TANNANA
Our next step: from the test rig to a flying demonstrator
- We are here
Developing generation six
Manufacturing components and preparing the controls
- 01
Propulsion testing
Verify generation-six performance on the test rig
- 02
Our first flying demonstrator
Integrate the system into an uncrewed demonstrator and test it in flight
- Our destination
TANNANA CROW
Develop, test and certify the crewed vehicle, then prepare production and service
Humming Propulsion System
By God’s grace, the TANNANA concept is made possible by Humming Propulsion. For more than a decade, we have believed that flying with the agility of birds requires a propulsion system designed specifically for that mission. That pursuit became Humming Propulsion: an architecture we are developing to generate and direct force from within the propulsion unit itself, giving the vehicle a wider control and manoeuvring envelope
Discover the system
Work builds up. The team grows
Evolving prototypes, expertise joining the journey, and a test rig connecting calculation with measurement
March 2026: the generation-five single-stage configuration was tested on the rig. Since June 2026: generation six is in development. Ground validation comes next, followed by flying validation before a crewed programme. Detailed technical results are available to qualified investors and partners under NDA
Explore the development journey
Understand the physics. Expand what is possible
We begin with a question, form a hypothesis, and test it through calculation, simulation and experiment. We compare predictions with measurements, then bring what we learn back into the design. This is how knowledge accumulates and the propulsion system develops, generation after generation
- 01
Follow, strive and refine
The Qur’an and the Prophet’s Sunnah guide our pursuit of knowledge, purposeful work and continual effort
- 02
Learn from earlier scholars
We learn how early Muslim scholars examined existing knowledge and connected questions with observation and experiment
- 03
Use today’s tools
We combine analysis, simulation, design, manufacture and testing to turn learning into practical progress
Experience to guide us Ambition to move us
The core team leads the work, supported by independent specialists and partners. Engineering, management, investment and communications share clear responsibilities, and the organisation grows around each stage’s needs
Meet the organisation behind TANNANABring your expertise Make a real contribution
If you see a real contribution your expertise can make to this journey, explore our opportunities. We look for people who combine passion with responsibility and see the work as a chance to learn, master their craft and build something that is not finished yet
Explore opportunitiesUnderstanding the market Building for the next phase
The next phase starts with completing and validating the propulsion system, then integrating it into a flying demonstrator on the path to CROW. Explore our progress, the market we study and the requirements for reaching a product
Learn moreAdvanced air mobility market growth
Forecast to grow more than fivefold in eight years
203487billion USD
Forecast market size at the end of the period
Select a year to explore the curve. The 2026 and 2034 endpoints come from the source; the compound-growth path between them is calculated for illustration, not a separate annual forecast
The chart presents market estimates from an external source. The 2026 and 2034 points come from that source; the path between them is calculated for illustration only. These forward-looking estimates may differ from actual outcomes
Frequently asked questions
How has aviation changed in recent years?
Aviation is advancing rapidly in propulsion, flight control, electric flight and vertical take-off and landing (VTOL) technologies. These developments are opening the way for a new generation of aircraft and applications that were not previously possible in the same form
Why have flying vehicles not yet become widespread?
The challenge extends beyond getting a vehicle airborne. It includes propulsion efficiency, energy consumption, noise reduction, control, safety, cost and obtaining the regulatory approvals needed for operation
Who is HPS Aviation, and what is it developing?
HPS Aviation specialises in developing aviation propulsion technology. Its engineering solutions aim to support a new generation of aircraft capable of vertical take-off and landing. It approaches propulsion efficiency from a new perspective, targeting lower energy consumption, less noise and faster control responses, while addressing safety and reducing cost
What propulsion system is HPS Aviation developing?
It is an engineered system designed to generate thrust and contribute to controlling an aircraft’s movement, with the aim of meeting vertical take-off and landing requirements and improving performance efficiency
What distinguishes HPS Aviation’s technology from conventional solutions?
The engineering concept is to develop a propulsion architecture that aims to integrate lift, control and operating efficiency, allowing greater flexibility in aircraft design. The targeted advantages are subject to validation through engineering tests
What is TANNANA CROW, and how does it relate to HPS technology?
TANNANA CROW is an aircraft concept being developed by HPS Aviation to illustrate future applications of the propulsion system and its potential use in vehicles serving multiple purposes
What has HPS Aviation achieved so far?
The company’s journey spans more than a decade of research and development. It has included multiple engineering generations, studies, simulations and tests to develop the propulsion system in preparation for more advanced stages of practical validation
Which applications and markets does HPS technology target?
Potential applications include air transport, logistics, emergency services and the transport of medical supplies. Additional applications may be explored in accordance with the technical and regulatory requirements of each use
What would funding HPS Aviation’s next phase enable?
Funding is intended to support system development, testing and engineering validation of performance, and progress towards a flying demonstrator. This would help translate research and engineering achievements into practical results that can be evaluated
How can I contact HPS Aviation investor relations?
This form is only a request to contact investor relations. The team reviews the enquiry and applicable requirements before determining next steps. Submitting it does not create an investor account or grant investment rights or data-room access
Follow what we are building
HPS news, work in progress and the ideas guiding our journey
From Innovation to Investment: How Deep Technology Becomes a Real Investment Opportunity
Can a technological innovation being developed today become a driving force behind tomorrow's industries? And how can forward-thinking investors become part of that journey from its early stages? I believe the greatest investment opportunities extend beyond established markets into industries taking shape through scientific research, innovation, and engineering advancement Drawing on my professional experience in investment and investor relations, I see deep technology (Deep Tech) as a field offering promising investment horizons, particularly in strategic sectors such as aviation At HPS Aviation, this vision is reflected in an ambitious journey to develop advanced propulsion technology, built on years of engineering research and development, with the aspiration to contribute to the future of aviation
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