Part 3: SOVIET ANTI-SHIP CRUISE MISSILE - P15 Termit / 4K40 / Styx SSN2 / Silkworm #military #russia

Published on February 26, 2024
Duration: 0:58

This video provides a detailed look at the P-15 Termit (SS-N-2 Styx) anti-ship missile, focusing on its physical components. It highlights the tail section, control surfaces, internal electrical connectors, and the pre-launch umbilical interface. The demonstration reveals the complexity of its internal machinery and airframe structure, offering insights into Soviet missile technology.

Quick Summary

The P-15 Termit (SS-N-2 Styx) is a Soviet anti-ship cruise missile featuring inertial guidance with active radar homing. It uses a liquid-fuel rocket engine and carries a 450kg warhead. Key components include its tail section, control surfaces, protected electrical connectors, and a large umbilical interface for pre-launch operations.

Chapters

  1. 00:00Tail Section and Control Surfaces
  2. 00:10Internal Electrical Connectors
  3. 00:20Umbilical Interface
  4. 00:35Internal Machinery and Airframe

Frequently Asked Questions

What are the key external components of the P-15 Termit missile shown in the video?

The video highlights the P-15 Termit's tail section, featuring internal ribbing and movable control surfaces. It also shows access hatches revealing electrical connectors and a large umbilical interface used for pre-launch operations.

What type of guidance system does the P-15 Termit missile use?

The P-15 Termit missile employs a combination of inertial guidance for initial trajectory and active radar homing for terminal guidance, allowing it to track and engage targets effectively.

What is the significance of the umbilical connector on the P-15 Termit?

The large multi-pin umbilical connector is vital for pre-launch procedures. It facilitates the transfer of data and power from the launch platform to the missile, ensuring all systems are ready for firing.

What propulsion system powers the Soviet P-15 Termit missile?

The P-15 Termit missile is propelled by a liquid-fuel rocket engine. This system provides the necessary thrust for the missile to reach its target at high speeds.

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