My brother, it doesn't matter which one is better. What matters is the TOT that Indonesia gets from this project. Eventually you will build your own Fighter and you have to do it.
Last edited:
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
My brother, it doesn't matter which one is better. What matters is the TOT that Indonesia gets from this project. Eventually you will build your own Fighter and you have to do it.
My brother, it doesn't matter which one is better. What matters is the TOT that Indonesia gets from this project. Eventually you will build your own Fighter and you have to do it.
this is the first prototype...There are other lesser, room for improvement like lack of jagged paneling for the fuselage, EOTS not installed, very large actuator bulges for flapperons presenting stealth flaws and outlining potential component weakness, but those are infintessimal compared to the achievement that is putting a demonstrator in the air that can be improved on over time.
Don't you think it's a little bit too early to make statements like yours? This is not the Holy Grail of fighter jets; it's simply a prototype with a previously frozen design. Of course, major changes are bound to be implemented in the upcoming versions. Comparing KAAN's current stage with a F35 or F22 fighter is dubious in my opinion. The latter one went through decades of refinements and modifications. The whole purpose of the heavily monitored maiden flight is to address the points you've raised.A personal and potentially very unpopular first take on the TAI Kaan.
From public TAI information, the Kaan measures at 21x14x6 in terms of length, width, height parameters, which makes it even larger than the J-20 as the largest 5th gen made to-date. But curiously the MTOW figure for the jet remained at 28 tonnes, whereas a tacticaljet of this scale, experience wise should be around 35-38 tonnes. This is highly unusual, given Turkey clearly have deep-strike demands for this fighter, requiring it to have long operational range and able to carry 1000 lb level A2G armament. Either this MTOW figure is only for the demonstrator, or there might be some serious structural issues still yet to be solved.
Given the immense wingspan, modest wing sweep angle, and wide fuselage design, in terms of flight performance, the TAI Kaan should be somewhere between the F-35 and F-22 in terms of favored mach zone, which is collaborated by the presentation slides outlining Kaan's supercruise ability by TAI.
There are other lesser, room for improvement like lack of jagged paneling for the fuselage, EOTS not installed, very large actuator bulges for flapperons presenting stealth flaws and outlining potential component weakness, but those are infintessimal compared to the achievement that is putting a demonstrator in the air that can be improved on over time.
Wrong silhouette painted on the demonstrator btw. Get with the program PR team!View attachment 21330
I agree that TAI Kaan is still in early stage of development, perhaps not even a prototype but a demonstrator, and major changes will come to pass.Don't you think it's a little bit too early to make statements like yours? This is not the Holy Grail of fighter jets; it's simply a prototype with a previously frozen design. Of course, major changes are bound to be implemented in the upcoming versions. Comparing KAAN's current stage with a F35 or F22 fighter is dubious in my opinion. The latter one went through decades of refinements and modifications. The whole purpose of the heavily monitored maiden flight is to address the points you've raised.
By the way, KAAN is laid with fibre optic cables instead of copper which helps in the reduction of weight. We simply have not enough data to come to a final conclusion yet. Be patient.
HUDs and not mutually exclusive with HMDs. HMDs are not only very substantially sized, they can weigh upward of 2 kilograms, and especially under over-G circumstances is quite a significant stress upon the pilot for day-to-day training and low intensity missions. Having an HUD backup just means the jet is still partially functional even when pilots are not equipped with HMDs.Force multiplier state-of-the-art tech Aselsan TULGAR
KAAN pilots' Helmet, TULGAR, is being developed to be not only a high-tech equipment, but also an extension of the Pilot's senses in situational awareness.
KAAN’s HMD joins F-35’s advanced cockpit, both outpacing J-20’s less integrated systems
Only F-35 and KAAN have HMDS
F-22 , SU-57 , J-20 , KF-21 have head-up display (HUD)
HMDS is not something top gear,even the JF-17Block3 has a HMDSTAI ( TUSAŞ ) General Manager Temel Kotil
We did the hard part.
When choosing KAAN's technology, we chose higher technology as F-22 and F-35
KAAN is capable of fighting all existing Fighter Jets in the World
View attachment 21379
We made KAAN which is designed like the F-22 combined with its design for supercruise and air-to-air combat capability with the F-35's modern avionics, electronic warfare and stealth features capabilities
1-- with AI-enhanced battlefield awareness
( 360° situational awareness with 4 AESA radars - sensor fusion with EOTS , IRST )
Aselsan BURFIS AESA Radar with GAN technology ( 2.000+ T/R modules )
Aselsan KARAT IRST
Aselsan TOYGUN EOTS
2-- Aselsan FEWS Electronic Warfare Suite
3-- Aselsan YILDIRIM DIRCM Directed Infrared Countermeasure System by high power LASER
Only KAAN and SU-57 have DIRCM
4-- Aselsan TULGAR HMDS to provide a sense of use as if the Aircraft does not have a fuselage
Color screen and digital night vision technologies ( the first time in the system )
Only KAAN and F-35 have HMDS
5-- full data-to-decision (D2D) capability for multi-layered distributed team of diverse manned aircraft working in concert with unmanned types ( KAAN , ANKA-3/4, KIZILELMA )
- Increased air to air engagement ranges with Novel Weapons
- Precise and accurate weapon firing from internal weapon bays at high/supersonic speed
- Augmented lethality with support of Artificial Intelligence and Neural Networks
View attachment 21381