Missiles have a guidance system, a "brain" (computer), telemetry gear, warhead (or payload), fuel, and fins.
They are either active, semi-active, or passive. Active means that they send out their own RF (radio frequency) trying to identify the target. Think of it as a dolphin trying to find a fish using echolocation. It's the same principle. The reflected RF is returned to the missile and its computer adjusts its current course accordingly to the target.
A semi-active missile has a third party source transmitting RF towards the target and the reflection is returned to the missile.
A passive missile uses RF emissions from the target as it's homing. Essentially, the target itself is telling the missile where it is.
Anti-ballistic missiles work by detecting and tracking ballistic missile threats, launching an interceptor missile to intercept and destroy the incoming missile warhead before it reaches its target. The interceptor missile uses various technologies such as radar, infrared sensors, and onboard guidance systems to accurately track and intercept the incoming threat. Upon successful interception, the warhead is destroyed through impact, fragmentation, or other specialized methods to neutralize the threat.
The minimum velocity of the missile would depend on the time it takes for the missile to reach the target. If the missile travels 100 meters in 1 second, then the minimum velocity would be 100 m/s.
The most powerful missile in the world is considered to be the RS-28 Sarmat missile, also known as Satan-2. It is a heavy intercontinental ballistic missile developed by Russia with the capability to carry multiple warheads and evade missile defense systems.
The warhead section of a guided missile contains the main explosive charge. This is the part of the missile that is designed to detonate upon impact with the target in order to achieve the desired destructive effect.
MIRV, which stands for Multiple Independently targetable Reentry Vehicle, is a technology that allows a single ballistic missile to carry multiple warheads, each capable of being directed to a different target. Upon reentry, each warhead can navigate independently to its designated target. This technology increases the destructive capability and flexibility of missile systems.
to send
A missile designer is a professional who specializes in the development and engineering of missiles. They are responsible for designing the components and systems that make up a missile, ensuring it meets performance requirements, is accurate, and reliable. Missile designers often work in defense and aerospace industries.
missile
Anti-ballistic missiles work by detecting and tracking ballistic missile threats, launching an interceptor missile to intercept and destroy the incoming missile warhead before it reaches its target. The interceptor missile uses various technologies such as radar, infrared sensors, and onboard guidance systems to accurately track and intercept the incoming threat. Upon successful interception, the warhead is destroyed through impact, fragmentation, or other specialized methods to neutralize the threat.
An air-to-surface missile is a missile which is fired from an aircraft to the ground.
The study of missiles, often referred to as missile technology or missile engineering, encompasses the design, development, testing, and deployment of missile systems. This field includes various aspects such as aerodynamics, propulsion, guidance systems, and control mechanisms. It also involves understanding the physics and materials necessary for creating effective and reliable missile systems for military or space applications. Researchers and engineers in this domain work to improve missile performance, accuracy, and safety.
the inhabitants o a planet will not permit a strange missile to land. why?
Missile fuel
Basically, a deactivated missile. Typically, an inert missile will either be a purpose built dummy, or a live missile, with its propellant and warhead removed.
Controlling a missile while traveling involves a combination of guidance systems and aerodynamic surfaces. Guidance systems, such as inertial navigation, GPS, or terminal guidance, provide real-time data to adjust the missile's trajectory. Aerodynamic surfaces, like fins or canards, facilitate directional control by altering the missile's pitch, yaw, and roll. These systems work together to ensure the missile stays on its intended path and accurately reaches its target.
antitank missile
Inter continental bellestic missile