Optics and Precision Engineering, Volume. 32, Issue 16, 2474(2024)

Development analysis of overseas EO targeting turret technology

Jian LI... Xiangjie ZHAO* and Dayong ZHANG* |Show fewer author(s)
Author Affiliations
  • Institute of Fluid Physics, China Academy of Engineering Physics, Mianyang621900, China
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    Figures & Tables(31)
    CONFIGS low-light-level television sight device
    AN/AAQ-5 passive IR targeting turret
    M65 turret installed on the AH-1S nose
    AH-64's TADS/PNVS turret
    TSS turret mounted on AH-1Z
    MTS-A(left) and MTS-B turret(right)
    RIS-HEL Beam director system of vehicle mounted Laser weapon based on MTS-B turret
    Optical systems carried by the basic MTS-B turret
    12× front telescope used by MTS-B turret
    Front telescope layout and MTF curve
    MTS-C turret for missile warning
    ASELFLIR 350 turret
    ASELFLIR400(left)and ASELFLIR500 (right)
    Front catadioptric telescopic system and MTF curves
    Forward designed optical payload similar to ASELFLIR350
    Catadioptric optical system similar to MX-20 turret's payload showed by Changchun Optotech Co., Ltd
    MX-15D turret
    MWIR quad FOVs' layout and MTF curve with switchable secondary mirror
    Euroflir410(left) and ARGOS ⅡHDT(right)
    Active laser illumination and target marker
    Euroflir510(left) and Euroflir610(right)
    • Table 1. Generational contrast of EO turret technology

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      Table 1. Generational contrast of EO turret technology

      1st generation2nd generation3rd generation
      Typical equipmentM65TADS/PNVS& TSSMTS & MX&Euroflir
      Weapon systemDirect aiming (DA) wired guidance, 3.75 km range, such as TOW missileDirect aiming SAL guidance, 8 km range, such as Hellfire missileSAL/image/multimode composite guidance, direct/ NLOS,8~16 km or more range,such as Hellfire, JAGM
      Servo stabilization systemLow precision gyro stabilized frame platform, stabilization precision ~100 μradMedium precision gyro stabilized frame platform, stabilization precision ~50 μradMedium precision gyro stabilized frame platform+FSM, stabilization precision ≤5 μrad
      PayloadEO/IR imaging+lamp pump laser rangefinderEO/IR imaging +DPL laser rangefinderMulti-wavelength EO/IR imaging +DPL & OPO laser rangefinder+ laser illumination
      Imaging detectorLWIR and TV scanning imaging320×256 array MWIR or 128×1 LWIR scanning imaging+PAL format TV≥640×512 array MWIR+HD TV+LLTV +SWIR imaging
      Electronic systemSmall scale analog-to digital hybrid circuitsMedium scale analog-to digital hybrid circuitsLarge/ultra large scale digital circuits
    • Table 2. Ratio of optical aperture to turret diameter for typical EO turret

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      Table 2. Ratio of optical aperture to turret diameter for typical EO turret

      MTS-BASELFLIR 350MX-15DEUROFLIR 410
      d291220160130
      D558427419410
      K1=d/D0.5210.5150.3820.317
    • Table 3. Ratio of optical aperture and weight for typical EO turret

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      Table 3. Ratio of optical aperture and weight for typical EO turret

      MTS-B

      ASELFLIR

      350

      MX-15DEUROFLIR 410
      d291220160130
      W1165551.445
      K2=d3/W2.1×1051.94×1057.9×1045.4×103
    • Table 4. Ratio of turret diamter to turret weight for typical EO turret

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      Table 4. Ratio of turret diamter to turret weight for typical EO turret

      MTS-B

      ASELFLIR

      350

      MX-15DEUROFLIR 410
      舱径D558427419410
      总重W1165551.445
      K3=D3/W1.49×1061.42×1061.43×1061.53×106
    • Table 5. Comprehensive comparision of integration degree of typical EO turret

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      Table 5. Comprehensive comparision of integration degree of typical EO turret

      MTS-BASELFLIR 350MX-15DEUROFLIR 410
      K10.521@ NO.10.515@ NO.20.382@ NO.30.317@ NO.4
      K22.1×105@ NO.11.94×105@NO.27.9×104@NO.35.4×103@NO.4
      K31.49×106@NO.21.42×106@NO.41.43×106@NO.31.53×106@NO.1
      K4----
    • Table 6. Performance parameters of MTS-B

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      Table 6. Performance parameters of MTS-B

      Parameter indicatorsNotes
      Turret diameter/ weight558 mm/116 kg
      Optical aperture~φ291 mmMax
      Wavelength

      TV: 1 280×960@0.4~0.7 μm&0.6~0.8 μm

      MWIR: 640×480@3.7~4.8 μm

      TV 4×e-zoom;

      MWIR 2×e-zoom

      FOV

      宽:34°×45°/17°×22°

      中:5.7°×7.6°/2.8°×3.7°

      窄:0.47°×0.63°(IR)/0.23°×0.31°(TV)&0.08°×0.11°(TV)

      MWIR EFL=873 mm@F#3 & 1746 mm@F#6
      Laser system

      1.57 μm ESLRF

      1.064 μm Designator

      0.86 μm LTM/ illumiator

      LRF>30 km

      Designator>12 km

      Servo system2 Axis inner&2 Axis outer
      Line-of-sight stabilization≤5 μrad
      AZ/EL slew360°×N/+40°~-135°
    • Table 7. Performance parameters of ASELFLIR350

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      Table 7. Performance parameters of ASELFLIR350

      Parameter indicatorsNotes
      Turret diameter/ weight427 mm/55 kg±5%
      Max optical apertureφ220 mm
      MWIR640×512@0.5°/0.9°/3.2°/7.2°/15.2°/30°6 FOVs
      Day TV camera4 096×2 880@0.5°/0.9°&3.2°~30°Horizontal
      LL-NIR camera800×600@0.5°/0.9°/3.2°/5.5°/15.2°/30°6 FOVs
      Laser system

      1.064 μm LRF/Designator

      0.808 μm LTM /illuminator

      LRF>35 km
      Servo system2 Axis inner&2 Axis outer
      AZ/EL slew360°×N/+57°~-105°
    • Table 8. Main parameters of ASELFLIR400/500

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      Table 8. Main parameters of ASELFLIR400/500

      ASELFLIR 400ASELFLIR 500
      Turret diameter/ weight437 mm/57 kg480 mm/52 kg±5%
      Max optical apertureφ220 mm
      MWIR1024×768@1.4°~27.4°1 280×1 024@0.86°/1.3°/4.3°/8.6°/15°/25°
      Day TV camera1920×1080@0.7°~14.2°4 096×2 880@0.5°/0.9°&3.2°~30°
      SWIR640×512@1.6°~29°1 280×1 024@0.66°~1.1°
      Laser system

      1.064 μm Designator>30 km;

      1.55 μm ESLRF>20 km;

      1.064 μm LRF/Designator:>30 km
      0.808 μm LTM /illuminator
      Servo system2 Axis inner&2 Axis outer
    • Table 9. Performance parameters of MX-15D

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      Table 9. Performance parameters of MX-15D

      Parameter indicatorsNotes
      Turret diameter/ weight419 mm/51.4 kg
      Max optical apertureφ160 mm
      MWIR1 280×1 024@1.2°~35.5°Vertical FOV
      Day TV camera1 080P@1.8°~31.2°Common aperture optical system
      LL-TV camera2.4°~40.8°
      Day&LL-TV/SWIR spotter1080P@ 0.43°~1.1°Common aperture optical system
      Laser system

      1.064 μm Designator

      1.57 μm ESLRF

      0.86 μm LTM/illuminator

      LRF range ≥20 km
      Spot trackerDetect designator laser spotQuadrant detector
      Servo system2 Axis inner&2 Axis outerStabilization ≤5 μrad
      AZ/EL slew360°×N/+90°~-120°
    • Table 10. Performance parameters of EUROFLIR410 and ARGOS Ⅱ HDT parameters

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      Table 10. Performance parameters of EUROFLIR410 and ARGOS Ⅱ HDT parameters

      EUROFLIR 410ARGOS Ⅱ HDT
      Turret diameter/weight410mm/45 kg449 mm/55 kg±5%
      Max optical aperture~φ130 mm~φ170@F#4.6
      MWIR

      1 280×720@1.2°~33.3°

      4× E-zoom

      1 280×1 024@/1.1°~36°

      E-zoom to 0.13°

      Day TV camera1 920×1 080@0.33°~25° 4× E-zoom1080P Visible/ NIR dual cameras @1°~20°; E-zoom to 0.25°,LL-TV can be used in 40mlux environment
      Spotter

      1 920×1 080@0.39°

      4× E-zoom

      1080P Visible/ NIR dual cameras @0.42°, E-zoom to 0.1°
      SWIR camera

      640×512@0.55°

      4× E-zoom

      640×512@<2°

      E-zoom to 0.5°

      Laser system

      1.064 μm Designator,

      1.54 μm ESLRF:>20 km

      0.83 μm LTM/illuminator

      1.064 μm@100 mJ Designator; 1.57 μm ESLRF:>30 km

      0.808 μm LTM/ illuminator

      0.637 μm LTM

      Servo system2 Axis inner&2 Axis outer
      Stabilization~10 μrad5~10 μrad
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    Jian LI, Xiangjie ZHAO, Dayong ZHANG. Development analysis of overseas EO targeting turret technology[J]. Optics and Precision Engineering, 2024, 32(16): 2474

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    Paper Information

    Category:

    Received: Apr. 17, 2024

    Accepted: --

    Published Online: Nov. 18, 2024

    The Author Email: ZHAO Xiangjie (zdywxl874@sohu.com), ZHANG Dayong (zxjdouble@163.com)

    DOI:10.37188/OPE.20243216.2474

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