MISSILE SYSTEM

Home – 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

Amplifier for INVAR Missile

  • Integral component of the INVAR Missile system, designed to engage both stationary and moving armoured targets (Tanks)
  • Connects the control loop with the transducer of the gyro coordinator
  • Carries out on-board Signal Processing

Electronic Delay Unit & Receiver Unit - Konkurs Missile

  • Integral component of the KONKURS-M system, designed to engage both stationary and moving armoured targets (Tanks)
  • Guides the direction of the missile
  • Communicates between the Control Drive Unit and BMP-II
  • Connects the control loop with the transducer of the gyro coordinator
  • Delays the time between pre-cursor charge warhead and main charge warhead
  • Delay time: 300 msec

Rx Electronic Delay Unit & Receiver Unit- KONKURS Missile
EDU RX-8

Quad Digital Actuator Controller (QDAC):

  • Missile flight control system uses a cruciform fin configuration
  • Four (4) fins, each controlled by a linear electro-mechanical actuator
  • Actuator consists of a BLDC motor driving a ball screw/nut mechanism
  • Linear motion is converted to rotary motion using a crank arm
  • Position feedback is provided by a contactless potentiometer
  • Single enclosure houses four (4) Digital Actuator Controllers (DACs)
  • Each DAC controls one actuator
  • DAC drives the BLDC motor using PWM through a hex MOSFET bridge
  • QDAC communicates with the Missile Flight Control Computer (MFCC) via MIL-STD-1553 bus
  • The system operates on 28V DC supplied by the missile’s onboard battery
  • MFCC acts as the Bus Controller (BC), sending commands and receiving feedback every 10 milliseconds

Rear Servo Assy.- 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

Servo Control Unit (SCU) for AKASH

  • On-board Servo Control for Akash Missile
  • Processes analog commands from On-board processor (OBP)
  • Drives six actuators (four for tail control, two for wing control)
  • Energizes the electro-pneumatic solenoid for uncaging the wings
  • Input Voltage: 28 ± 4V
  • Input Current: Max. 1 Amp at full load
  • Connectors: Round-shell connectors

Data Acquisition Unit

  • On-board System for Image Processing
  • Zynq Ultra Scale+ MPSoC based ARM Processor SBC
  • 16GB DDR-4 Memory
  • 128MB configuration and boot flash memory
  • MIL-STD-1553B link
  • Ethernet interface (GbE)
  • Serial port interface
  • One PCIe 2.0 interface
  • Two high-speed ADC channels with 310MSPS sampling rate
  • Two low-speed ADC channels with 40MSPS sampling rate
  • Sixteen digital inputs
  • Sixteen digital outputs

DSP Unit

  • Integral part of Radar Seeker for Detection and tracking of target
  • ARRIA–V FPGA based design, with Tiger SHARC TS-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

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Contact Info

  • 24/A, Hardware Park, Near International Airport,
  • Srisailam Highway Road,
  • Hyderabad, Telangana 500005
  • +91 9440803710

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