fsayed
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@jbgt90 @ranjeet @4GTejasBVR @The_Showstopper @guest11 @ranjeet
@GURU DUTT @Levina
First basic design images of India’s “Desi Meteor” called SFDR ( Solid Fuel Ducted Ramjet Propulsion Technology) Beyond Visual range Air-to-Air Missile has emerged while development of the missile gains speed and might be reaching Ground testing phase soon.
Ground Launchers for SFDR tenders details was first reported by idrw.org nearly two years ago and earlier this year, new tenders were issued for development of Transportable Containers for SFDR.
History
SFDR BVRAAM is Joint development between India and Russia which uses Baseline ASTRA BVRAAM Design with minor modification which is integrated with a booster-ram jet sustained propulsion system to provide a multi-shot capability against maneuvering targets with a range in excess of 100 kilometers.
Technology Behind SFDR
Conventional Rocket Motor based BVRAAMs have higher burning out rate since it works in the same amount of thrust levels from the moment it is fired, which means it can run out of fuel when it reaches its target in longer range and highly maneuverable targets can outrun the missile in the last phase if missile is fired from a long range.
SFDR will have faster acceleration last phase due to Ducted Ramjet Propulsion Technology and unlike rocket motor, Ducted Ramjet Propulsioncan can throttle its engine during different phases of flight thus saving fuel for final approaches towards its target.
SFDR Propulsion can build up speed in its final attack run and also have fuel to manoeuvre during the endgame of the engagement. which then can enforce “no escape zone” effectively over enemy aircraft over long ranges.
http://idrw.org/is-this-is-how-indias-desi-meteor-sfdr-bvraam-is-gonna-look-like/
@jbgt90 @ranjeet @4GTejasBVR @The_Showstopper @guest11 @ranjeet
@GURU DUTT @Levina
First basic design images of India’s “Desi Meteor” called SFDR ( Solid Fuel Ducted Ramjet Propulsion Technology) Beyond Visual range Air-to-Air Missile has emerged while development of the missile gains speed and might be reaching Ground testing phase soon.
Ground Launchers for SFDR tenders details was first reported by idrw.org nearly two years ago and earlier this year, new tenders were issued for development of Transportable Containers for SFDR.
History
SFDR BVRAAM is Joint development between India and Russia which uses Baseline ASTRA BVRAAM Design with minor modification which is integrated with a booster-ram jet sustained propulsion system to provide a multi-shot capability against maneuvering targets with a range in excess of 100 kilometers.
Technology Behind SFDR
Conventional Rocket Motor based BVRAAMs have higher burning out rate since it works in the same amount of thrust levels from the moment it is fired, which means it can run out of fuel when it reaches its target in longer range and highly maneuverable targets can outrun the missile in the last phase if missile is fired from a long range.
SFDR will have faster acceleration last phase due to Ducted Ramjet Propulsion Technology and unlike rocket motor, Ducted Ramjet Propulsioncan can throttle its engine during different phases of flight thus saving fuel for final approaches towards its target.
SFDR Propulsion can build up speed in its final attack run and also have fuel to manoeuvre during the endgame of the engagement. which then can enforce “no escape zone” effectively over enemy aircraft over long ranges.
http://idrw.org/is-this-is-how-indias-desi-meteor-sfdr-bvraam-is-gonna-look-like/
