Questions and Answers
What happens to the launching aircraft after the BVR missile goes active?
Which guidance method is used by the missile after initial separation?
How does the missile maintain guidance after the parent aircraft turns away?
What effect does guiding the missile for a longer duration have on its radar search volume?
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What is the main characteristic of an active BVR missile regarding its guidance?
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What is the primary advantage of the missile maintaining guidance from the parent aircraft for a longer duration?
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Which feature is NOT a part of the active BVR missile guidance process after launch?
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How does the missile's operational range get affected post-launch?
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What happens when the missile's AI takes control after the parent aircraft turns away?
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What concept does the term 'fire and forget' refer to in the context of active BVR missiles?
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Study Notes
Active BVR Missiles Overview
- Active Beyond Visual Range (BVR) missiles are designed to operate effectively without continuous support from launching aircraft after becoming active.
- After launch, the aircraft can return to base while the missile continues its trajectory toward the target.
Guidance Phases
- Initially, the missile relies on inertial navigation to execute its flight path.
- Course corrections are made via command guidance using a data link connected to the launching aircraft.
- Once the missile is active, it receives guidance from its own onboard AI as well as from the parent aircraft's radar.
Effect of Aircraft Maneuvers
- When the parent aircraft changes direction or disengages from the missile, the missile's AI assumes control until impact.
- Extended guidance from the parent aircraft’s radar reduces the search area for the missile's own radar, resulting in improved probability of kill (Pk).
Operational Benefits
- The ability for the launching aircraft to disengage helps maintain its operational range and safety.
- The missile’s dual guidance system enhances accuracy and effectiveness against targets.
Active BVR Missiles Overview
- Active Beyond Visual Range (BVR) missiles are designed to operate effectively without continuous support from launching aircraft after becoming active.
- After launch, the aircraft can return to base while the missile continues its trajectory toward the target.
Guidance Phases
- Initially, the missile relies on inertial navigation to execute its flight path.
- Course corrections are made via command guidance using a data link connected to the launching aircraft.
- Once the missile is active, it receives guidance from its own onboard AI as well as from the parent aircraft's radar.
Effect of Aircraft Maneuvers
- When the parent aircraft changes direction or disengages from the missile, the missile's AI assumes control until impact.
- Extended guidance from the parent aircraft’s radar reduces the search area for the missile's own radar, resulting in improved probability of kill (Pk).
Operational Benefits
- The ability for the launching aircraft to disengage helps maintain its operational range and safety.
- The missile’s dual guidance system enhances accuracy and effectiveness against targets.
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Description
This quiz covers the functioning of active Beyond Visual Range (BVR) missiles, detailing their guidance systems and the role of the launching aircraft. Understand the trajectory, command guidance, and active guidance mechanisms that define these advanced missile systems.