
Diblunni omaarust moodne Su-34 on valmistatud 1943 aasta parimaid saksa traditsioone järgides...

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Sensor Fusion on siiski paljuski tarkvaraline lahendus. Selleks ei ole vaja tingimata uut spetsiaalset plaanerit, et seda saavutada.Gideonic kirjutas:Peab kunagi pikemalt ära vaatama. Kiiruga jäi silma ekslik väide, justkui ei suudaks F-35 ülehelikiirusel oma sisemist laadungit välja tulistada. (suudab küll, kõigil lubatud kiirustel, kuni Mach 1.6).erick kirjutas:Vene sõjalennundusekspert lahkab raadioeetris F35, T50 ja teiste 5nda põlvkonna hävitajate olemust.
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Samuti ta sisuliselt ei puudutagi Sensor Fusion teemat. Viimane on tõepoolest raskesti mõistetav, mistõttu jäetakse see aruteludes pidevalt kõrvale, kui väheoluline. Täiesti ignoreerida ei ole seda aga kindlasti mõistlik, sest isegi mitme F-22A piloodi sõnul, on see kõigist selle lennuki 5. generatsiooni omadustes kõige olulisem (jah, tähtsam kui vargus, supercruise või veojõu suunamine).
Netiavarustes kohtab mitmel pool isegi arusaama, et see termin (Sensor Fusion) on mingi vähetähtis "marketing mull", mis on kerkinud esilse just F-35 projekti õigustamiseks (muus on see ju täielik sara!). Tõestuseks, et see väide kindlasti ei päde, toon ühe väljvavõtte F-22 testpiloodiga tehtud intervjuust, mis on pärit aastast 1998:See jutt on kirjutatud ajal, mil isegi X-35 eksisteeris ainult paberil, rääkimata F-35est.Stealth, supercruise and supermaneuverability are the components of the pilot’s ‘chariot’. The cockpit of the F-22 is the design component that allows the chariot become a weapon system and the pilot to become the charioteer. Several cockpit characteristics make the F-22 a departure from existing cockpit designs. The Raptor receives numerous inputs from its own or ‘onboard’ sensors as well as data from sources outside the aircraft (offboard sensors). Current fighters use the pilot as the sensor systems operator to point or cue various systems and sensors to acquire data. The pilot must then become the data analyst to sort through these sensor inputs and determine what it all means. The F-22 pilot is neither a sensor operator nor data analyst.
We looked at the cockpit problem from the outside in when we sat down with the avionics engineers. For example, we asked what did the pilot really want to know and at what time did he need to know it. We broke the airspace surrounding the Raptor into spheres or ‘globes’ where the pilot wanted to know specific things about the enemy and tactics. For example the pilot would like to know when he is flying undetected by the enemy. This area of ‘cloaked’ operation or the ‘engage-avoid’ globe allows him to move with impunity in the battle arena. I-see-you-but-you-can’t-see-me affords the fighter pilot a certain degree of aggressiveness and tactical positioning prior to using his weapons. It allows him to not only position himself to maximum advantage but he can also vector friendly forces and his own flight members into positions of advantage: something akin to the perfect ambush. Five globes were subsequently defined to give the pilot knowledge about his surroundings, ranging from the engage-avoid globe where the F-22 is invisible to the defensive zone where the enemy can see and hit you with his weapons.
While the engage-avoid sphere may sound like a notional space, we were able to translate this globe into specific physical boundaries defined by sensor detection capabilities. But the importance of the globes is this. The pilot is always presented the final, analyzed data about the enemy. The pilot does not directly aim, cue or point his sensors in the F-22. He is not a sensor operator. The sensors are automatically tasked to constantly search the entire volume of space above, below, to the front and rear of the F-22 and then present the information as a single, simple picture of the battle space.
The pilot is also not a data analyst. For example, the sensors collectively determine that a particular aircraft is an enemy and presents a red triangle when the enemy is identified as such. That identification may be the result of inputs from one, two or six sensors working together to conclude that there is one and only one enemy fighter in that point in space. The pilot does not care nor does he need to know how the avionics conclude that there is a MiG-29 at 330� at 38.2 miles doing 0.85 Mach number at 30,000 feet. The MiG is real. It is there and he needs to do something about it.
This de-coupling of the pilot from the role of sensor operator and data analyst is the most profound change in cockpit design since the advent of fighters. It frees up tremendous human RAM to use for intuition, insight, innovation and inference - the attributes that make a human being so dangerous and a fighter pilot so lethal.
- Paul Metz
Chief F-22 test pilot
Metz'ile on sarnaselt ennast väljendanud ka teised. Näiteks mariin David "Chip" Berke, kes oli eelnevalt F-22 eskadrilli juht, ning praeguseks F-35B testpiloot. Ta väitis, et F-22 manööverdamisvõime ja kinemaatilised omadused on selle lennuki kõige vähem muljetavaldavad omadused, kuigi tegu on kõige manööverdamis-võmelisema ja kiireima hävitajaga mida ta eales näinud on.
Kilo Tango kirjutas: Sensor Fusion on siiski paljuski tarkvaraline lahendus. Selleks ei ole vaja tingimata uut spetsiaalset plaanerit, et seda saavutada.
Ehk siis - piisava pingutuse korral on võimalik ka F-15 sensorid fuusida
Jah, põhimõtteliselt küll. Rafale muide teeb ka märgataval määral analoogilist "fuusionit" (näiteks suudab kasutada isegi tiiva-all rippuvate MICA rakettide juhtpea soojuskaamerat), ning valmimisel Gripen-E tõenäoliselt veel enam.Kilo Tango kirjutas:
Sensor Fusion on siiski paljuski tarkvaraline lahendus. Selleks ei ole vaja tingimata uut spetsiaalset plaanerit, et seda saavutada.
Ehk siis - piisava pingutuse korral on võimalik ka F-15 sensorid fuusida
Sealt tuleb välja, et esimene mudel PAK-FAst kasutab pea täielikult Su-35 avioonikat. Minuteada Su-35 oma sensoritega midagi varasematest Su-27 derivaatidest väga teisiti ei tee.Russian specialists familiar with the T-50 programme state that the aircraft will have trouble gaining traction in the Asian market as the on-board systems offer very little fifth-generation technologies despite what is projected to be a considerably higher price tag than the latest Su-35 'Flanker-E', ordered by China and Indonesia.
Nüüd veel korraks venelaste juurde tagasi tulles ei saa jätta äsamata, et Mig-35 juures hirmsasti pröögati, et kasutab suhtluseks nüüd MIL-STD-1553 standardit!The upgrade will cover 435 F-15s, boosting them with new radar technology, updated mission computer systems, modern communication tools, advanced infrared search and track capabilities and electronic warfare defenses so the F-15s can work in concert with more advanced aircraft, the Air Force told CNN.
Tegu oli siis Vietnami poole parima õhuässaga. Mitte ühtegi killi kahuritega.Flying a MIG-21PF, Nguyễn Văn Cốc normally served as a wingman. He scored all his victories using the heat-seeking R-3S Atoll missile.
Enne siin just sai viidatud, milliseid suurepäraseid tulemusi saavutati Vietnamis nii USA kui NSVLi lennukitel, millel puudus pardakahur hoopis.Lemet kirjutas:Fakt on siiski see, et mii lääne kui ida konstruktorid said peale lühiajalist katsetust aru tõsiasjast, et ilma suurtükita siiski ei saa...
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