Vector is an eVTOL aircrqft concept presented by JETX in the 2021 AFWERX HSVTOL Challenge. The aircraft works with a vector thrust propulsion sysstems under development by JETX
Vector is an eVTOL aircrqft concept presented by JETX in the 2021 AFWERX HSVTOL Challenge. The aircraft works with a vector thrust propulsion sysstems under development by JETX
#urbanairmobility #evtol #vtol #future #aircraft #aircraftdesign #pilot #pilots #flight #electricaircraft #uberair #concept #aviation #tech #investors #angelinvestor #advancedairmobility #aam #uam #electricaircraft #aviation #aviationlovers #verticalflight #propulsion #vectorthrust #concept #proofofconcept #mechanism #vectorpropulsion #aerocar #aeronautics #aviacion #propulsion #aviones #aeronaves #vuelo #pilotos #jetxJETX Fury eVTOL Stealth FighterJETX2023-08-16 | JETX has unveiled its revolutionary design, the Fury - a stealth, full electric, vertical take-off and landing aircraft. The Fury, which can be developed in various sizes and versions, is suitable for missions such as surveillance, reconnaissance, combat support, and cargo transport. It employs a JETX patent-pending all-electric propulsion system that enables vertical flight without compromising radar or acoustic stealth. The aircraft is designed in a way that it can be operated both unmanned and manned depending on the mission requirements.
Its innovative design includes a modular vector thrust propulsion system, offering reduced radar signature and better acoustic stealth, facilitating the aircraft to operate in contested zones and unapproachable areas by conventional crafts. Ventral and frontal flap mechanisms vector the thrust while keeping the thrust sources fully enclosed, eliminating maintenance issues.
One key advantage of the Fury is the modular system which allows customization and upgrades, providing more thrust or improved efficacy as needed. This adaptability makes the Fury more affordable by allowing the purchase of required propulsion components only.
The JETX modular vector thrust propulsion system in the Fury offers numerous benefits such as stealth, versatility, efficiency, and affordability, making it a valuable asset for naval missions. The aircraft can operate either from carriers or land bases, introducing new capabilities in naval missions from intelligence gathering to electronic warfare and beyond. JETX sees the Fury as the future of naval air power, combining stealth and vertical flight for unparalleled operational possibilities.Introducing the JETX X1JETX2023-08-04 | The proposed autonomous electric vertical takeoff and landing (eVTOL) high-wing aircraft is a groundbreaking technological advancement that offers several benefits. It is designed to be modular, making it adaptable to various sizes and configurations, and boasts a unique patent pending vector thrust propulsion system with the option of bladeless technology. These innovative features not only enhance maneuverability and efficiency but also enable the aircraft to fly in any direction, including vertically, making it perfect for challenging urban conditions.
One of the most notable advantages of this aircraft is its precise autonomous navigation capabilities which allow for safe, unmanned operations in high-risk situations where human life is at stake. Its ability to hover, take off, and land vertically also makes it highly adaptable to complex terrains and urban environments.
Furthermore, the eVTOL has a low environmental impact compared to traditional aircraft, thanks to its quieter electric ducted fans (EDFs), soundproofing materials, and reduced emissions. This eco-friendly profile makes it a sustainable solution for both military and civilian use.
In conclusion, the eVTOL represents an impressive technological breakthrough that offers many advantages for modern warfare and beyond. Its unique features and capabilities make it an excellent asset for performing high-risk missions safely and efficiently, making it an outstanding choice for military and civilian applications alike. Additionally, its low noise and emissions profile demonstrates its commitment to environmental sustainability, which is crucial in today's world.
#urbanairmobility #evtol #vtol #future #aircraft #aircraftdesign #pilot #pilots #flight #electricaircraft #uberair #concept #aviation #tech #investors #angelinvestor #advancedairmobility #aam #uam #electricaircraft #aviation #aviationlovers #verticalflight #propulsion #vectorthrust #concept #proofofconcept #mechanism #vectorpropulsion #aerocar #aeronautics #aviacion #propulsion #aviones #aeronaves #vuelo #pilotos #jetxIntroducing the JETX X2JETX2023-07-11 | The proposed autonomous electric vertical takeoff and landing (eVTOL) high-wing aircraft is a groundbreaking technological advancement that offers several benefits. It is designed to be modular, making it adaptable to various sizes and configurations, and boasts a unique patent pending vector thrust propulsion system with the option of bladeless technology. These innovative features not only enhance maneuverability and efficiency but also enable the aircraft to fly in any direction, including vertically, making it perfect for challenging urban conditions.
One of the most notable advantages of this aircraft is its precise autonomous navigation capabilities which allow for safe, unmanned operations in high-risk situations where human life is at stake. Its ability to hover, take off, and land vertically also makes it highly adaptable to complex terrains and urban environments.
Furthermore, the eVTOL has a low environmental impact compared to traditional aircraft, thanks to its quieter electric ducted fans (EDFs), soundproofing materials, and reduced emissions. This eco-friendly profile makes it a sustainable solution for both military and civilian use.
In conclusion, the eVTOL represents an impressive technological breakthrough that offers many advantages for modern warfare and beyond. Its unique features and capabilities make it an excellent asset for performing high-risk missions safely and efficiently, making it an outstanding choice for military and civilian applications alike. Additionally, its low noise and emissions profile demonstrates its commitment to environmental sustainability, which is crucial in today's world.
#urbanairmobility #evtol #vtol #future #aircraft #aircraftdesign #pilot #pilots #flight #electricaircraft #uberair #concept #aviation #tech #investors #angelinvestor #advancedairmobility #aam #uam #electricaircraft #aviation #aviationlovers #verticalflight #propulsion #vectorthrust #concept #proofofconcept #mechanism #vectorpropulsion #aerocar #aeronautics #aviacion #propulsion #aviones #aeronaves #vuelo #pilotos #jetxMODULAR BUILDING SYSTEM FOR VERTIPORTSJETX2023-06-01 | The JETX team is also developing a patented modular building system that combines a post and beam framework held together with locks, that uses SIPs (structural insulated panels) for walls, floors, and roofs along with doors and windows that simply slide into place. This video demonstrates the innovative lock design that enables swift assembly, disassembly, and structural stability. Similar to IKEA's furniture, these homes can be marketed as flat-packed and conveniently shipped for easy assembly. The system is sustainable, versatile and suitable for various applications, including residential homes and vertiports.
JETX is developing a MODULAR AND SCALABLE PLATFORM for manned and unmanned flying vehicle development; in the following video we show the concept idea of how the platform will work and we are introducing the “AURORA” flying car concept by Mohit Rana.
Our platform allows the development of flying vehicles with our propulsion (BUT NOT LIMITED TO), the developers can build their vehicle around our platform or simply take a fully functional platform able to fly on its own and simply attach a vehicle body to it.
eVTOL's promise to be a Trillion Dollar market in just a few years, these kinds of flying vehicles will be the future of aviation, JetX is developing the propulsion that will power them into the future, where the goal is propulsion that is fully embedded inside a vehicles body, making possible cleaner designs and quieter flying vehicles.
JetX is developing a series of propulsion systems for this market, they include Electric Ducted Fans and fludic thrustes with vector thrust systems that do not require rotating the power source. JETX's latest propulsion uses neither edfs nor fluidic thrusters. This new propulsion is almost not visible making possible both clean aircraft design and the quietest flight possible.
This Video explain the multiple options, setups and configurations that can be used for Flying Vehicles development with JETX vector thrust propulsion systems.
JetX patent pending non rotating bladeless vector thrust propulsion technology has many aplication for VTOL/STOL aircraft development, powered by electric or non-electric sources.
The JetX VECTOR is a 5 seater concept aircraft design, with a mix configuration of ventral flap vector thrust mechanism on front and flap on rear, able to reach high speeds.
The Bladeless technology together with soundproofing materials, allows to obtain a propulsion system with very low noise levels suitable for intra-urban operations according to current Advanced Air Mobility (AAD) requirements.
This longer new Video show the patent pending propulsion that JETX is working since the year 2020, for Advanced Air Mobility Flying Vehicles Development.
JETX propulsion systems solutions for air mobility, our vector thrust devices can work with plurality of electric and non-electric power sources including bladeless technology, they are a game changer for the VTOL/STOL commercial market....this video show a proof of concept test of one of our devices.
JETX is developing a MODULAR AND SCALABLE PLATFORM for manned and unmanned flying vehicle development, in the following video we show the concept idea of how the platform will work and we are introducing AMR Industrial Design FLYING CAR concept (www.amrindustrial.com) shown here with JETX Fluidic Thrusters, it can be built with our propulsion and platform.
Our platform allows the development of flying vehicles with our propulsion (BUT NOT LIMITED TO), the developers can build their vehicle around our platform or simply take a fully functional platform able to fly on its own and simply attach a vehicle body to it.
With JETX "flying cars" will be a reality soon.
#urbanairmobility #evtol #vtol #future #aircraft #aircraftdesign #pilot #pilots #flight #electricaircraft #uberair #concept #aviation #tech #investors #angelinvestor #advancedairmobility #aam #uam #electricaircraft #aviation #aviationlovers #verticalflight #propulsion #vectorthrust #concept #proofofconcept #mechanism #vectorpropulsion #aerocar #aeronautics #aviacion #propulsion #aviones #aeronaves #vuelo #pilotos #jetxVector Thrust propulsion DeviceJETX2022-01-12 | JETX has built different Vector Thrust propulsion Proof of Concept prototype device through additive manufacturing, in this video a ventral flap device that use two Electric Ducted Fans (EDFs) is been built.
Born in the year 2020 with the idea of developing the next generation of propulsion systems for the Electric Vertical Take-off and landing (eVTOL’s) aircraft market and high-tech, State of the Art manned and unmanned aircraft of futuristic design
JETX debuted last year participating in the AFWERX HSVTOL CHALLENGE, had been one of the 35 companies selected from 218 to SHOWCASE in Las Vegas Nevada, alongside General Electric, Rolls Royce, Bell and others.
JetX has developed a series of propulsions using all the best vectoring options for both electric ducted fans and fluidic thrusters, all options have been tested using computer fluid dynamics and prototypes have been built using additive manufacturing. JetX is patent pending on all these propulsions and configurations.