MISSILE SYSTEM

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MISSILE SYSTEM Product

MISSILE SYSTEM

Missile systems are a cornerstone of modern defense, providing precise, long- and short-range capabilities to neutralize threats across air, land, and sea. At Sigma, we design and develop advanced missile systems that combine cutting-edge technology with unmatched reliability. Our solutions are tailored to meet the strategic needs of military forces, ensuring precision, optimal performance in the most demanding environments.

  • End Game Package

    • On-board module used in a guided missile triggers the detonation pulse based on commands from OBP and LPF
    • Using the predefined internal logic, initiates the detonation pulse for the time delay
    • Accepts commands and inputs from On Board Processor (OBP) and Laser Proximity Fuse (LPF)
    • Computes time delay using internal logic and algorithm to issue detonation pulse for maximum impact
  • D&P Electronic Unit 

    • Simulation unit for VARUNASTRAD&P Torpedo
    • Based on ARM Cortex M7 processor
    • In-built ash and SRAM and other peripherals
    • USB, Ethernet and CAN interfaces
    • Analog and Digital I/O
    • Rugged machined Aluminum alloy enclosure
    • Fully Qualified and Field-Tested
  • Data Acquisition Unit

    • On-board system for Image Processing
    • Zynq Ultra Scale+ MPSoC based ARM Processor SBC
    • 16GBDDR-4 Memory
    • Configuration and boot ash memory of (128MB)
    • MIL-STD-1553B link, Ethernet interface (GbE), Serial port interface
    • One PCIe 2.0 interface
    • Two High speed ADC channels with sampling rate of 310MSPS
    • Two Low speed ADC channels with sampling rate of 40MSPS
    • Sixteen digital inputs and sixteen digital outputs
  • ESM Processor

    • Dual Zynq – High Performance ARM processors + Kintex FPGA
    • VPX Interface, 6U Form Factor, Rugged conduction cooled board
    • Supports optical and Ethernet interface
    • VxWorks RTOS and drivers
    • Fully Qualified and Field Tested
  • Rear Servo Actuator (LRSAM, MRSAM)

    • Manufacture, integration and testing of electromechanical assembly of SAM:
    • 4-axis electromechanical system
    • Controls fin deflection of SAM missile
    • Actuation mechanism with BLDC motors
    • Absolute position 16-bit optical encoder
    • In-built electronic DSP controller
    • Intelligent drive electronics
    • 28VDC operated
    • Compact size with in-built gear assemblies and mechanical parts
  • Amplifier-INVAR Missile

    • On-board module on INVAR anti-tank missile
    • Servo Control amplifier to aid flight path
    • Indigenous replacement for Russian module
    • Fully potted
    • In mass-production phase
  • DSP Unit

    • Integral part of Radar Seeker for Detection and tracking of target
    • ARRIA –VFPGA based design, with Tiger SHARCTS-201 DSP
    • Four high-speed Analog signals, sampled at 140MHZ
    • Multiple Digital Inputs & Outputs
    • MIL-STD-1553B Interface; Two serial ports
    • Machined from a single Aluminium Block
    • EMI/EMC gaskets
    • Conforms to latest environmental standards
  • Servo Control Unit for Akaash Missile

    • On-board sub-system for AKASH missile
    • QT, AT and Flight Trials cleared by MSQAA
    • In regular series production
  • Electronic Delay Unit & Receiver Unit- KONKURS Missile

    • On-board module on KONKURS anti-tank missile
    • Indigenous replacement for Russian module
    • Fully potted
    • In mass-production phase