Kh-38

The Kh-38/Kh-38M (Russian: Х-38) is a family of air-to-surface missiles meant to succeed the Kh-25 family of missiles.

Kh-38
Kh-38ME
TypeTactical air-to-surface missile
Place of originRussia
Service history
In service2012 (Kh-38ME) - 2019 (Kh-36)
Used byRussia
WarsSyrian Civil War[1][2]
Production history
DesignerTactical Missiles Corporation JSC
Designed2007 (Kh-38ME) - 2015 (Kh-36)
ManufacturerTactical Missiles Corporation JSC
Produced2013 (Kh-38ME) - 2019 (Kh-36)
Specifications
Mass520 kg (1,150 lb)
Length4.2 m (13 ft 9 in)
Diameter0.31 m (12.2 in)
WarheadHE fragmentation, cluster warhead, armor-piercing
Warhead weightup to 250 kg (551 lb)
Detonation
mechanism
Contact fuse
EngineSolid rocket motor
Wingspan1.14 m (44.9 in)
Operational
range
up to 70 km (37.8 nmi)
Flight ceiling12000 m
Flight altitude200-12000 m
Maximum speed Mach 2.2
Guidance
system
Laser, active radar, IR, satellite, depending on variant
Launch
platform
Kh-38: Su-34, Su-57, Mig-29M2, Ka-52K Kh-36: Su-57, MiG-35

Design

The basic configuration of the Kh-38M was revealed at the 2007 Moscow Air Show (MAKS). The modular guided air-to-surface missile is meant to succeed the venerable Kh-25 missile family. The missile is designed to be carried by the fifth-generation Sukhoi Su-57 fighter aircraft. The first prototypes of the missile had initially folding wings and tail fins for internal carriage, and would have a variety of seeker heads for different variants.[3] In a successive version, unveiled at MAKS 2017, both control surfaces were replaced by longer and narrower fixed ones, a solution similar to the one used in the Selenia Aspide missile. [4]

Variants
  • Kh-38MAE[5] - inertial, active radar homing
  • Kh-38MKE[6] - inertial, satellite guidance
  • Kh-38MLE[7] - inertial, laser guidance
  • Kh-38MTE[8] - inertial, infrared guidance
  • Kh-36 Grom-1 AS-23 tactical cruise missile derivative/ AGM Air to Surface with 120km range
    • Kh-36P Grom-2 AS-23B / KAB- guided bomb gliding 50-km range version

600 kg, various aim guidance, both created on the base of Kh-38M short-range tactical missile and also have a modular structure, warheads and seekers. First seen at MAKS 2015, intended to equip all types of fighters, including the MiG-35 and Su-57 fighters.[9]

  • Kh-38M2 improvement of Kh-38M, optoelectronic IR UV (CCD also ?) sensors [10] [11]
gollark: So, you're hoping people will use NC instead of spamming cheap EIO solar panels.
gollark: Also, people will just use Actually Additions, probably, for power.
gollark: If they make a giant NC reactor, what will they spend power on?
gollark: Gollark's Law: Without encouragement to do otherwise, people will initially go for the easy thing.
gollark: Realistically everyone will use Ender IO.

See also

References
  1. https://www.rbth.com/defence/2016/09/14/russia-to-test-new-missiles-in-syria-later-this-year_629957
  2. http://alert5.com/2016/09/15/russian-mig-29ks-will-employ-kh-38-in-syria/
  3. Barrie, Douglas and Komarov, Alexey. "War on Two Fronts for Russia's Missile Builders ". Aviation Week, 10 September 2007. Retrieved: 25 May 2014.
  4. http://www.rusaviainsider.com/maks-tactical-missiles-corporation-shows-kh-38-changes
  5. "Kh-38MAE". Rosoboronexport.
  6. "Kh-38MKE". Rosoboronexport.
  7. "Kh-38MLE". Rosoboronexport.
  8. "Kh-38MTE". Rosoboronexport.
  9. https://vpk.name/news/310029_proizvoditel_raskryil_harakteristiki_noveishih_aviacionnyih_sredstv_porazheniya_grom.html
  10. http://kurganobl.ru/sites/default/files/styles/colorbox/public/field_gallery/17137/img0040.jpg?itok=NCX6R_cO
  11. http://s.ura.ru/760/images/news/upload/articles/265/667/1036265667/144291_Otkritie_oboronnogo_predpriyatiya_Kurganpribor_Kurgan_raketa_produktsiya_predpriyatiya_kurganpribor_oboronnoe_predpriyatie_5184.3456.0.0.jpg

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