conworldus
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Does that impact performance/efficiency? I am asking as I do not know myself.
They make the plane heavier, and they don't really contribute teo aerodynamics.
In my opinion they will make the plane more stable in the air as they are parallel to the length of plane and air passing through them will be divided into 6 virtual channels. So those hangers while staying under the delta wing might be serving purpose similar to that of tail fin. Also note another thing that bottom side of LCA's engine is squarish and that shape will be helping to make those air-channels. If this is true, LCA would be less agile and less-maneuverable than other delta-wing designs.
By the way, has somebody seen maneuverability of LCA? I have seen it rotating around its cross-sectional axis but haven't seen anything really impressive so far. Please share some video of that if you around.
By the way, has somebody seen maneuverability of LCA? I have seen it rotating around its cross-sectional axis but haven't seen anything really impressive so far. Please share some video of that if you around.
Not that it does anything close to SU-30 or Typhoon...but here is what it does and what has been filmed so far.
YouTube - LCA Tejas flying display Aero india 2009
Anyone notice that the LCA's store stations are huge?
Yes I noticed that they are huge, but these are NOT store stations.
These are the covering panels for the hinges of elevon - wing attachments. A hard point may extend to them, but these panels cannot be used directly to put stores on. You will notice such panels ( in different shapes and sizes) on almost every tail less delta aircraft e.g. all models of Dassault Mirage family, Gripen, Eurofighter and even on Concorde. Have a look at the below pics, can you spot such hinges?
In aircrafts that do not have a separate elevator for the pitch movement, a single control surface known as Elevons ( elevator+ ailerons) is used for movements in both roll and pitch.And such strong panels/hinges are required for the elevons.
Hope it clarifies...
It's likely because they can't make it any smaller. They are limited by their machining precision, worksmanship and experience in the aviatio field.