The VTOL Air forces of USA, CANADA, ITALY, GERMANY, FRANCE, GREECE and UK do not want to fly the "old fashion" helicopters anymore. Instead of that they state: everybody is looking for that revolutionary step in technology that gives the benefit of speed and range from traditional fixed-wing, but also gives you the low speed, maneuverability, and flexibility of vertical takeoff and landing that rotorcraft have traditionally been able to provide. The USA is now in finishing its FLRAA program, the VTOL pilots will be happy to fly the new fashion VTOLs. The NATO following USA and just released NGRC (next generation rotorcraft concept ) program as NATO pilots also do not want to be the old fashions flying on old style bricks. The Canada is watching on both - FLRAA and NGRC what to choose. The rest of world VTOL air force also in deep watching what will happen soon with their helicopter fleet. Nobody wants to be slow anymore and agreed to trade some payload for x3 speed. JETCOPTER TILTOROR is engineered for much higher speeds with much more efficient costs. In 2023 JETCOPTER will be ready to fight for the most efficient high speed rotorcraft concept. We are ready ! Do you came with us to the new era - era of the fast VTOLs , Tiltrotors era .
While the regular industry works to force the helicopters to fly faster (tiltrotors based on helicopter tech), Jetcopter is engineering to make a very fast and efficient turboprops to become to the VTOLs. The helicopters tech vs the airplane tech. Jetcopter will trade payload for the speed -, less payload, but much higher speed.
We expect the defence VTOLs to split into 2 directions: 1. Smaller, very fast, very maneuverable VTOL reconnaissance, fighter, recovery (tiltrotors). 2. Large, slow heavy weight VTOL transporters (copters like CH-47).
The first will penetrate the red zones at high speed and very low altitudes, will secure areas for the arriving of seconds with heavy armament.
Low operational or flying cost are critical requirements for tiltrotors. Recent $63000/h for V22 and $23000/h for V280 costs are out budget even for NATO. NATO requirement for next gen rotorcraft flying costs must not exceed $10000/h To engineer much more efficient tiltrotor with much lower flight costs you must either to eliminate, either to improve complex, heavy and very expensive components: 1. Swash plates system. 2. Cross shafts + gearboxes for OEI. 3. Tilting mechanics. 4. Hydraulic system.
But how to do that ? Jetcopter engineering solutions: * Turboprops instead turboshafts. * Free tilting + pitch control + x instead of coupled engines with collective /cyclic controls. * Props instead rotors. * Electric instead hydraulic. * OEI stabilization instead of cross shafts with several gearboxes. * Aerodynamic prop tilting system instead of hydraulic.
As the outcome Jetcopter will have 12+1 seater VTOL with empty weight less than 4 tons or 8800 lb. When aircraft can drop 4 tons from your on board 8 tons you can become a damn efficient.
Below Jetcopters rotor tilting way patent application. We engineered the innovative rotor tilting system, Jetcopter rotor tilting system will be less complex, less heavy, less expensive = much more efficient.
Picture above shows the efficient rotor area for helicopter, JETCOPTER and eVTOL as well as capabilities (more stars - better).
The tiltrotor construction allows to use second largest diameter rotors after helicopters. Despite hype on multirotors distributed propulsion as highly redundant system, physics is strict - the smaller prop are very inefficient for VTOL. So electric multicopters leave with just only 1 advantage - distributed propulsion for OEI (one engine inoperative) case. Despite 8 or 12 electric motors look attractive at first look in terms of flight safety, more motors = more controllers = more connections = more chances for critical failure.
After a decade of excitements around the eVTOL aircraft, aerospace experts drawing attention to tiltrotor aircraft. Despite their great capabilities in military fields, apparently, the tiltrotor design will also have excellent options in UAM, AAM (as electric) and RAM (regional air mobility) and as a hybrid. Thus, one efficient tiltrotor design will start to dominate the entire VTOL industry.
The tiltrotor configuration achieves the highest performance on multiple metrics across other VTOL configurations. It has the smallest physical footprint, highest speed, smallest total mission (block) time, and the lowest maintenance cost per mission.
Working on improving recent tiltrotors issues, JETCOPTER achieved the impressive results - from a large overall weight reduction, new OEI, novel rotor tilting mechanics to the many other advantages, that will make the fast and powerful VTOL very efficient with very low operational costs. From the eVTOL to the Urban air mobility, hybrid to the Regional mobility, turboshaft to the military versions - everywhere JETCOPTER tilrotor will find its place.
Here's why cost efficient tiltrotors will dominate in VTOL / eVTOL markets.
Physics - large props need less power for VTOL mode, smaller - much more power. Tiltrotors have seconds large rotors after helicopters.
Simple sample of rotor diameter capabilities : V-22 Osprey and F-35B, both have approx. same weight. The first with large rotors, capable to lift also large loads, the second with much smaller fans, capable to lift only itself while have much more powerful engines.
NASA studies - tiltrotors are "the best configuration for the commuter looking to avoid congestion in the typical urban setting".
eVTOLs - will remain as low performance e-stuffs. Small rotors aren't capable to lift more than 4 passenger seats, while 2 x large rotors are capable to lift more than 10 passenger seats.
General aviation experience : airplane with 2 large engines is much more effective than with 4 small.
NATO is looking for next generation faster rotorcrafts with 5000-10000$ flying costs /1h. Only efficient tiltrotor is capable to reach such targets.
The current tiltrotors are based on technologies, that have developed and matured over last 50-70 years. Based on helicopters flying control principles - cyclic/collective with coupled x2 rotor tilting heads, each with swash plate mechanics. Such system, with much complex components have very high VTOL aircraft flight costs - 23000$/1h.
JETCOPTER tiltrotor construction with x2 independently tilting rotor heads is without expensive and complex helicopter components. Such VTOL aircraft will have less than 8000$/h flying costs compared with 23000$/h of recent tiltrotors.
Tiltrotors (VTOL airplanes ) with much reduced operational costs capable highly increase use cases options - tiltrotors not only for defence, but as general aviation as well.
We live in the exciting period - helicopter epoch declining after 100 years of domination and the tiltrotor epoch inclining. Firstly innovations always goes to defence - military adopt them very fast. They already for long time in searching for helicopters replacement. Very soon society , general aviation will understand , that only tiltrotors are sustainable VTOLs, capable to lift far more than 4 eVTOL seats and thus are economically effective VTOL's. Large rotors always will win in VTOL.
Recently there is only one tilrotor manufacturer in the world - BELL.AW609 by Leonardo was made in cooperation with BELL.
Where do we will get tiltrotors ?
Invest into the worlds second, efficient tiltrotor production in Europe Union. Cost effective production in East Europe countries, where also GE - worlds famous jet engine manufacturer also have the new production facilities.
The world tiltrotor production is very limited and aircrafts are very expensive. For example BELL VALOR V-280, capacity 14 troops, initial price is $27 000 000 (possible lower at later stages), LEONARDO AW609 price is between $20-30 000 000, so all tiltrotors are extremely expensive. While having better performance - higher speed and longer flying distance JETCOPTER tiltrotor will be more affordable - till $15 000 000. Such price level will allow to attract much more customers and allow to be JETCOPTER project very profitable.
Here's why cost efficient tiltrotors will dominate in VTOL / eVTOL markets.
* Physics - large props need less power for VTOL mode, smaller - much more power. Tiltrotors have seconds large rotors after helicopters.
* Simple sample of rotor diameter capabilities : V-22 Osprey and F-35B , both have approx same weight. The first with large rotors, capable to lift also large loads, the second with much smaller fans, capable to lift only itself while have much more powerful engines.
* NASA studies - tiltrotors are "the best configuration for the commuter looking to avoid congestion in the typical urban setting".
* eVTOLs - will remain as low performance e-stuffs. Small rotors aren't capable to lift more than 4 passenger seats, while 2 x large rotors are capable to lift more than 10 passenger seats.
* General aviation experience: airplane with 2 large engines is much more effective than with 4 small.
* NATO is looking for next generation faster rotorcrafts with 5000 - 10000$ flying costs/1h. Only efficient tiltrotor is capable to reach such targets.
* The current tiltrotors are based on technologies, that have developed and matured over last 50-70 years. Based on helicopters flying control principles - cyclic /collective with coupled x2 rotor tilting heads, each with swash plate mechanics. Such system, with much complex components have very high VTOL aircraft flight costs - 23000$/1h.
* JETCOPTER tiltrotor construction with x2 independently tilting rotor heads is without expensive and complex helicopter components. Such VTOL aircraft will have less than 8000$/h flying costs compared with 23000$/h of recent tiltrotors.
* Tiltrotors (VTOL airplanes) with much reduced operational costs capable highly increase use cases options - tiltrotors not only for defence, but as general aviation as well.
THE TILROTORS EXPERTS: "The current tiltrotors are based on configurations and technologies that have developed and matured over 40-50 years. Now the biggest challenge we are going to face - to develop a completely different configuration of tiltrotor. The key is to have a good interpretation of the past and a good vision for the future, to make it better."
JETCOPTER revised the whole tiltrotor configuration despite it looks simple - aircraft with 2 rotors.
More about JETCOPTER tiltrotor technology at the GLOBAL DEFENCE HELICOPTER 2022, Oct 18-20th , Warsaw, Poland.
ROTORCRAFTS are part of today's strategic defence equipment. While many still discuss about the next generation rotorcraft spec, JETCOPTER have them ready for pre-production prototyping.
The first tiltrotor with: * HIGHER SPEED * LONGER FLYING DISTANCE * HYBRID * BULLETPROOF FUSELAGE = MUCH HIGHER SURVIVABILITY * EASIER CONTROLS - DRIVER COULD FLY * THE ONLY TILTROTOR CAPABLE FOR CTOL WITH +200% PAYLOAD * REASONABALE PRICE AND OPERATING COSTS = AFFORDABILITY * MULTI MISSION PERFORMANCE AND MANY OTHER ADVANTAGES
Booth No. 75 , JETCOPTER. Let's meet and discuss your next rotorcraft.
GLOBAL DEFENCE HELICOPTER 18-20 OCTOBER , WARSAW , POLAND.
Only to the rotorcrafts dedicated global event, where JETCOPTER will present its technology for tiltrotors. Tiltrotors could be designed based on helicopter technology ( 2 x swash plates , 2 x rotors with cyclic/collective controls ) or JETCOPTER way - with turboprops instead of turboshafts + JETCOPTER VTOL stabilization system. The JETCOPTER tech ensure all OEI requirements, but all the details won't be publicly published. Hundreds of VTOL engineers from many world known companies are trying to understand the JETCOPTER VTOL functioning principles, but this can't be done by censored images.
JETCOPTER follows up to VTOL experts suggestions - to make copter to fly efficient as turboprop. So JETCOPTER is world's first VTOL turboprop - faster, much more efficient and more affordable for global defence.
Hundreds of staff responsible for helicopters operations in their countries, NATO Industry Advisory Group, will have the opportunity to learn about high performance JETCOPTER VTOL spec. and will have a chance to make pre-orders for the very efficient rotorcraft.
Despite JETCOPTER tiltrotor military version will have several very important key features like bullet prove fuselage , lowest detectability level, zero IR emittance option and even ''ghost mode'' for special missions, it will have one more special feature even more important than the others - FULL CTOL ( conventional take-off and landing ) capability.
Yes, JETCOPTER - the only tiltrotor to be capable for full CTOL. What does this will mean to the VTOL aircraft ?
CTOL is very efficient way to lift loads, while VTOL is very inefficient way, the difference between them could be 200% and more.
The largest weights could be lifted only by aircrafts in CTOL mode.
From the beginning tiltrotors were not designed and aren't capable for CTOL mode, because of too large proprotors diameter. The heavy tiltrotor need a large diameter proprotors and such can't be used for CTOL as simply will touch the ground if tilted vertically.
Less heavy tiltrotors need smaller diameter proprotors , but still this is 8m in diameter. As JETCOPTER will be built fully from composites and due less gearboxes , cross shafts and hydraulics systems on board it will be even lighter, capable to use even smaller diameter proprotors for 12 seats + 1 pilot VTOL aircraft.
The different engineering will allow to use V shape wing , which will allow to lift proprotors from the ground to be ok to use them vertically in CTOL mode.
So what advantages for CTOL mode for VTOL aircraft ?
Much more efficiency, more use cases. For longer missions aircraft could take more fuel on board, for special missions much more valuable payload. As very fast tiltrotor, capable to take off in CTOL and to land in VTOL will push the performance and use cases boundaries for VTOL aviation.
The AW609 TiltRotor sets speed record on 1161 km journey: 2 hours 18 minutes from UK to Italy.
The Finmeccanica-AgustaWestland AW609 TiltRotor set a speed record on a 1000 km "point-to-point" journey. The aircraft flew from it's Yeovil facility in southwest England to it's Cascina Costa facility near Milan, a distance of 1161 km (721 miles / 627 nm), in just 2 hours 18 minutes.
The tiltrotor aircraft is set to radically change commercial transport, combining the turboprop airplane's speed and helicopter's take-off and landing capabilities.
Game-changing prospects for "point-to-point" commercial transport requirements. Compared to other combinations of car, helicopter and business jet, it provides at least a 30% to 50% time saving.
The Finmeccanica-AgustaWestland AW609 TiltRotor set a speed record on a 1000 km "point-to-point" journey. The aircraft, with it's unique combination of the turboprop airplane's speed and helicopter's take-off and landing capabilities, flew from it's Yeovil facility in southwest England to it's Cascina Costa facility near Milan, Italy, a distance of 1161 km (721 miles / 627 nm), in just 2 hours 18 minutes.
The AW609 TiltRotor features technology which will revolutionize commercial aviation transport: the record set in flight between Southern UK and Northern Italy clearly demonstrates the unprecedented advantages of the tiltrotor concept for point-to-point journeys. The AW609 will be able to connect two important cities, such as London and Milan, in about two hours, taking off and landing vertically from the cities' urban areas just like a helicopter, flying at the cruise speed of a turboprop airplane in all weather conditions. Combining fixed-wing and rotary-wing flight attributes, the AW609 provides at least 30% to 50% time savings when compared to using a combination of car, helicopter and business jet, typically for travel to destinations up to 1100 km (700 miles) away.
The flight started with a vertical take-off from Yeovil. The aircraft then climbed to it's en route cruising altitude of 25,000 ft (8,000 m), passing north of Southampton, just south of Paris, over the Alps and Piemonte in Italy, before descending and landing at Cascina Costa near Milan just 2 hours 18 minutes later.
In the wake of the unsuccessful Iran hostage-rescue attempt in 1980, when three of eight helicopters failed and crippled the mission, military planners came to a realization: The U.S. fleet was in desperate need of an aircraft that could combine the speed and range of a jet with the vertical lift of a helicopter. In response, they designed the tilt-rotor V-22 Osprey. The V-22 can carry two dozen troops 1,000 nautical miles at speeds around 250 miles an hour. It is one of the most versatile craft in the U.S. Vertical Takeoff and Landing (VTOL) fleet, which includes helicopters and jump jets. It is also the youngest: The V-22 represents the last major addition to the VTOL arsenal in more than 20 years.
As modern warfare evolves to include more lightning-fast, covert strikes similar to the raid on Osama Bin Laden's compound, VTOL is once again a priority for U.S. military planners. Two programs could improve the speed, range, and hover efficiency of VTOL aircraft: the Army launched a program that officially began accepting designs for technology that could be used in next-generation rotorcraft. Sikorsky and Boeing filed a joint proposal based on Sikorsky's X2 rotor and propeller system; Bell Helicopter, the co-developer of the V-22, submitted an updated tilt-rotor; and European aerospace giant EADS put forth a design likely based on Eurocopter's experimental X3. DARPA announced a $130 million VTOL X-Plane program that asks aerospace engineers to propose entirely new approaches to VTOL - a fixed wing, a rotary wing, or maybe something in between.
With top speeds of more than 250 mph, improved VTOL aircraft could increase military reach, shorten travel time for combat troops, and deliver personnel and cargo virtually anywhere, regardless of terrain.
After years without significant innovation, VTOL is flying high once more.
Despite tiltrotors undeniable advantages , there are still weaknesses in their design, which stops their massive popularity in the all VTOL areas: * very expensive * still use helicopters complex collective/cyclic controls * many complex components * heavy - many gearboxes , cross shafts. * have very high operating costs - 23000$/h * still unsafe - many fatal crashes .
So what innovations will allow to fly tiltrotors like airplanes ? By JETCOPTER those are : * the more aerodynamically efficient forms , * the novel VTOL flight mode aircraft stabilization system voiding heavy , complex and expensive cyclic controls ,cross shafts and many gearboxes , * lighter weight , more efficient rotor tilting construction , * lighter weight and less complex OEI (one engine inoperative) system , * hydraulic system replacement with the only electric, * great reduction of overall aircraft weight , * flight safety increasing due failure points reduction , * construction engineered for rapid and cost effective production , * and the other options ( classified so far )
The modern turboprop (twin engine) has approx. 1300$/h flying costs , recent tiltrotors - 23000$ , NATO's target for next generation medium size rotorcraft - 10000$/h , JETCOPTER target - medium size (12 seats ) , turbo prop speed tiltrotor with less than 4000$/h flying costs.
So the cost reduction is the critical condition even for Air force and with the old tech approach - not solvable . Too many complex and expensive components to be too often checked and overhauled increase flight costs , complex components / parts with long built up time , and finally all together to lower a lot air forces readiness level .
Now Army Aviation has a lot of catching up to do, not only in terms of the performance features provided by the tiltrotor, but also the way in which aircrafts are designed, engineered, manufactured and sustained.
So future (in eyes of 2013 ) tilrotor need to achieve much higher rotorcraft efficiency levels .
NASA's lately released studies showing that the tiltrotors are "the best configuration for the commuter looking to avoid congestion in the typical urban setting". Tiltrotor aircraft were analysed and compared to other UAM reference vehicles on sizing, cost, and performance. The study found that the tiltrotor configuration is capable of reaching speeds 54% to 93% faster than the other electric designs. The increased speed leads to a 24% to 42% decrease in overall mission time.
The study concludes tiltrotor aircraft "appear to be a viable configuration for UAM when speed is a priority" and afford a "high-performance aircraft solution with manageable tradeoffs."
UAM companies that now in will be in a hurry to switch from multiprop design to tiltrotor will meet the other great challenges - collective/cyclic controls , tilt mechanics for 2x large prop and OEI (1 of engine inoperative, which is far more complex to solve than 1 of 12 ) . The swash plate construction - complex , expensive and have many single failure points, cross shafts and gearboxes to be engineered and added - lot of engineering , costs and time. JETCOPTER applied patent for the VTOL mode stabilization system that will allow to control aircraft in VTOL mode without swash plates , applied patent for OEI without cross shafts and gearboxes , patent for for more effective rotor tilting construction , applied design patent for special forms .
For any VTOL use cases , the JETCOPTER tiltrotor to be more efficient than multiprop designs and much faster . Electric for UAM , hybrid for RAM , VIP , MEDEVAC or MILITARY - the JETCOPTER VTOL construction to work better.
JETCOPTER engineered many other tiltrotor construction improvements , furthermore JETCOPTER designed its rotorcraft to be the most cost effective and time efficient in the mass production , with high automation production tech as from the car industry ,so we really can say - JETCOPTER is the developer of worlds most advanced tiltrotor.
Firstly JETCOPTER plan to launch tiltrotor functional real size prototype powered with hybrid powertrain and later to develop all electric EVTOL more efficient than recent multirotors designs.
The JETCOPTER's innovations will make tiltrotor to fly and operate like efficient turboprop airplane .
In 2022 - 2023 period JETCOPTER plan to select few strategic partners to develop aircraft for : * UAM (urban air mobility), * RAM (regional air mobility) , * high speed MEDEVAC , * charter , cargo , VIP * military * authorities * new way traveling/VTOL tourism and other coming markets .
The markets are in long wait for the faster speed, longer distance and safer VTOL mobility. Efficient / affordable Jetcopter VTOL aircraft could open doors to the next mass VTOL air mobility era , to change helicopters in so many areas. Unlike doubtful evtols use cases , tiltrotors are proven construction . Despite billions already invested in tiltrotor constructions , still there are technology gaps, where Jetcopter engineering will find its place.
Also billions already invested in the narrow and still non existing UAM market , and doubtful capabilities evtols .While the investing to the real sustainable VTOL aircraft and to the VTOL aviation model "one for all" will be able to grant the unprecedent return - the large portion of world VTOL market.
Focusing on a single rotorcraft design for all VTOL applications will greatly reduce development costs, entering to market time and significantly will increase customers interest .
After a decade of excitement around the layout of a multi-rotor VTOL aircraft, aerospace experts are drawing attention to tiltrotor aircraft. Despite their great capabilities in military fields, apparently, the tiltrotor design will also have excellent options in UAM , AAM ( as electric ) and RAM (regional air mobility) as a hybrid. Thus, one VTOL design can start dominate the entire VTOL industry.
The tiltrotor construction allows to use second largest diameter rotors after helicopters .Despite hype on multirotors distributed propulsion as highly redundant system , physics says - the smaller prop are very inefficient for VTOL . So multicopters lonly 1 advantage - distributed propulsion for OEI (one engine inoperative ) cases. By the general aviation standards - airplanes direct to the way of reducing maintenance (failure ) points (engines) at the aircraft. Despite 8 or 12 electric motors look attractive at first look in terms of flight safety , more motors = more controllers = more connections = more chances for critical failure .
Tiltrotors , what do we know about them ? Not much . while aerospace experts describe them : Key takeaways: * The tiltrotor configuration achieves the highest performance on multiple metrics across other VTOL configurations. It has the smallest physical footprint, highest speed, smallest total mission (block) time, and the lowest maintenance cost per mission.
The VTOL technology is developing further and JETCOPTER tiltrotor design opened the next level capabilities for tiltrotors flight efficiency and safety. Working long time on improving recent tiltrotors issues , JETCOPTER achieved the impressive results - from a large weight reduction due novel mechanics for VTOL stabilization , novel rotor tilting mechanics to the many other advantages , that will make the fast and powerful VTOL efficient as turboshaft airplane. From the eVTOL to the Urban air mobility , hybrid to the Regional mobility , turboshaft to the military versions - everywhere speed, efficiency and safety is in priority . The picture shows the efficient rotor area for helicopter , JETCOPTER and eVTOL as well as capabilities (more stars - better). So far tilrotor design collects more stars than any other VTOL layout.
WHY THE JETCOPTER TILTROTOR IS TOTALLY DIFERENT ? (more unclassified info )
Almost there are no doubts the NATO and US will choose tiltrotor design as next generation rotorcraft . Many reasons for that , the primary reason - speed . Here's why the JETCOPTER capabilities will be ahead of any other tiltrotor design.
Much aerospace experts believe all tiltrotors are same . And due of lack info about JETCOPTER construction details , many believe this is just a different copy of regular tiltrotor. While overall construction is looking similar , the devil is in details and that details are critical important. First - price per aircraft , price flight hour . With the recent tech recent tiltrotors producers won't be able to achieve NATO's spec : max $35M per pcs , max $10000 of flight costs per hour. The current numbers (approx.) are $45M and $23000.
The call scope was research on future VTOL technologies and the future operating environment (FOE) and future operating concepts (FOC) of military VTOL-systems. - new concept of military VTOL as helicopters need to be replaced soon. This means EU defence is looking for other VTOL concepts rather than helicopters .
The PB GROUP for a long time developed novel tiltrotor and it looks like it was the most experienced participant there. While having a few pending patents on novel tiltrotor construction , JETCOPTER also took part in US AGILITY PRIME and HS VTOL for SOCOM OPERATIONS by the USAF, collected significant knowledge in the programs.
There is no other company in the world that took a part in the same High speed VTOL concept programs both in the US and the EU. By the way, US future VTOL programs have limited access to participation for industrial giants as they look for "innovative" approach to the problem.
The EDF call task was :
To provide an executive summary and a detailed presentation of your (future VTOL) project.
Evaluation info : Both will be crucial for the evaluation.
After 8 (!) month we got the EDF answer :
Having examined your proposal, we regret to inform you that - on the basis of the information you provided - it is unfortunately inadmissible, since it does not contain all parts and mandatory Annexes and supporting documents.
This simply means that they didn't even read the application...
JETCOPTER developer uploaded 8+ annex forms together with the most important Part A, Part B. European Commission (EC) named annexes only as "FORMAL" requirements , but EDF clerks have the own opinion. 8 months passed for studying annexes (or options to find the reasons for the JETCOPTER application rejection ) instead of reading the main material ? This way EU defence will go farway...
EDF calls applicants deserve to get the fair evaluation for their application. Competition must be fair, products or services must fairly compete for the best to win.
But things shows EDF motto '' to support competitiveness and innovations '' is nothing more than a FAKE.
EDF clerks use their most effective weapon as always - bureaucracy and annexes. Annexes serve as a formidable barrier against innovations, works perfectly, stops and pushes out competitiveness where they don't want to.
Annexes - a secondary appendix documents , accounting notes , declarations of honour or balance sheets with a number EDF clerks have no problem getting from the EC.EUROPE funding portal - all about any company they wish.
Now let's think of such bureaucracy isn't a form of stagnation in EDF ?
The EDF idea - to foster an innovative and competitive defence. But reality seems to be different - no innovations will break through, no competition into the important defence areas will appear , large funds will continue to flow where many years before. The bones like developing some sensors , cables , apps , transceivers , meters and other trifle will be dropped to some SME's , but not more.
Could it the reason EU's defence is far behind the world leaders ? Very likely .
Do you imagine same situation in the US? When Department of Defence speaks to inventor - "your novel weapon system is very good , but you missed 1 line in the annex balance sheet , so we are sorry we won't consider it , try next year"...
The innovators for EDF to become a statists, just to create the vision of "competitiveness". The reality is different - looks like EDF clerks won't let throw "the other" applications.
And also very important point to the all inventors - who can assure the information were uploaded to EDF won't be passed to the "industry" as free "know how".
Who can deny the winner was known in advance ?
The AIRBUS Helicopters with Leonardo Helicopters jointly ( what a coincidence - the grant will go to the winner only) submitted a proposal for a 40m euro grant for the Next Generation Rotorcraft (NGRT) project. Despite EU commission specified to EDF calls participants - there are no needs to make consortiums such as the Christmas trees (large and too many companies), the large consortium of 23 industry companies were presented by AIRBUS helicopters .Few of them were approached before by JETCOPTER with the offer to participate in startup consortium , but with no success.
Info from defence blog: Leonardo and Airbus Helicopters, two giants with first convincing experiences in the VTOL segment. The first tried the adventure with the AW609, a platform whose entry into service has not yet taken place nearly 20 years after its flight. The second had progressed somewhat a decade ago with the experimental X3 gyrodine, before entrusting the only copy to a museum.
The "innovative" winner , will take the funds again and one more time to the several previous will try to invent the EU future VTOL concept...
So what chances at EDF programs for startups ? Zero ! Despite loud EDF declarations about competitiveness and innovations supports.
The innovations must not lose against bureaucracy and disappear, the innovations turn the world around, but very often can't break throw the clerks and their stagnation boundaries.
The world Innovators and inventors against stagnation !
In the name of all world innovators JETCOPTER inventor Don Skulski
What if a European vertical take-off and landing aircraft (ADAV) project were to germinate in Lithuania? This is the somewhat crazy objective of the Lithuanian company PB Group, leader of a consortium vying for funding from the European Defense Fund (EDF) and behind a concept unveiled in Saudi Arabia. during the World Defense Show.
You don't need to sent soldiers and large expensive vehicles - sent KRAKEN RCV. Compact, heavy armoured, very manoeuvrable robotic combat platforms are capable to perform many missions much safer and much more effectively and efficiently.
Calibre: 30mm Autonomy: 30 days Armor: same as large wheeled infantry vehicles
Large military vehicles are very harmful and short living in the battlefield. To risk with expensive vehicles + many soldiers = unacceptable costs. RCVs to replace squads of soldiers in the battlefield. You don't need to sent soldiers and large expensive vehicles - sent KRAKEN RCV.
To be faster you need to be lighter and more powerful. Due novel stabilization system Jetcopter tiltrotor won't need anymore the cross shafts and bunch of gearboxes . That's why aircraft will weight for about 2000 kg (4400lbs) less compared to same size other tiltrotors. 2 x powerful and effective SAFRAN ARDIDEN 3TP engines to have 15% lower fuel consumption and CO2 emissions (over current engines)
JETCOPTER is the only company participated in all the most important high speed military VTOL programs : USA (AGILITY PRIME ) USA (AFWERX HS VTOL for SOCOM operations) EU ( European Defence Fund - next gen HS VTOL platform) .
We engineer the new tech tiltrotors for the military applications - faster , safer , dominant.
JETCOPTER tiltrotor will be the hard target for anti aircraft missiles . The lowest in industry signature/detectability together with the thermal trace elimination tech and other counteractions , will highly increase the survivability of JETCOPTER VTOL aircraft. Visit booth E9 at World Defence Show March 6-9th , 2022 in Riyadh for more info.
Newly opened European Defence Fund (EDF)with total budget of 1.2B euros announced call for next generation VTOL platform ( to propose problem solutions - helicopters are too slow and old tech , tiltrotors are too expensive ).
Jetcopter works for 8 years in the field of next generation faster VTOL. JETCOPTER patented stabilization system will allow to remove all gearboxes and shafts - 2000 kg less weight on construction. And other important improvements = very competitive , fastest and most efficient tiltrotor construction on the market . Greatly reduced MRO costs .
Tilt rotors are the most modern VTOL's . All world countries would be happy to equip their armies with tiltrotors. They solved helicopters main issue - low speed , but at what costs ? At the costs of everything ! 1 tilt rotor = 10 helicopters. Jetcopter to solve tiltrotors high price issue . 1 tiltrotor = 1 helicopter price.
TILT ROTORS * Slow to start * Complex and slow in production * Not efficient - have no wings * Not modular , not possible to fix in the field . * Not safe - no parachute life saving systems. * Loud * High purchase and operational costs * Overall operations in high risk level * Pilot shortage , long, expensive learnings and trainings , * High qualification pilots only * Piloting is still helicopter like = hard .
JETCOPTER vs TILT ROTORS Much lover acquisition , maintenance and operational costs. Quieter , at landing stage could even glide . Higher survivability capabilities - fly with 1 engine down , take off CTOL with 1 engine Simpler controls - less workload. Fully automation in hovering controlling for lower workloads; Much safer mission standards - less points of failure , less complex construction. High components standardizing. Faster production Have low signature/detectability Lower production costs Modular construction for easy field maintenance , all main components could be replaced in short time . Will not require highly trained pilots.
World's leading countries are at the cusp of changing old VTOL platforms to the new. Despite tiltrotors VTOL's were developed , authorities still are looking for other more affordable alternatives . Jetcopter is alternative to the newest tiltrotors .
7 models in the range - CTOL , STOL , VTOL , eVTOL. From super efficient single prop CTOL to multiprop electric VTOL. All aircrafts based on novel production technologies : 2 times production costs reducing , 2-3 times shorter production timing vs regular.