Precision Guided Munitions Exam 2026/2027
| 150 PGM Questions & Answers | JDAM,
AGM, AIM, GBU Study Guide
Description:
Master Precision Guided Munitions with 150 expert exam questions covering JDAM, AGM-
158 JASSM, AIM-9X Sidewinder, GBU-53 StormBreaker, and HARM missiles. Updated for
2026/2027 academic standards with detailed explanations and verified answers.
Download the ultimate PGM study guide now and pass with confidence!
, Precision Guided Munitions Exam 2026/2027: 150 Questions &
Answers
SECTION A: GUIDANCE AND CONTROL SYSTEMS
This section covers fundamental principles of guidance, tracking, and control mechanisms used
in modern precision munitions.
Question 1
Which guidance system component is specifically designed to determine the direction to a target
and select an appropriate interception flight path?
A. Propulsion System
B. Armament System
C. Guidance System
D. Control System
Answer: C. Guidance System
Explanation: The guidance system is the primary component responsible for determining target
direction and computing the optimal interception path. It processes sensor data to calculate flight
corrections necessary to guide the munition to its intended target. Unlike the propulsion system,
which provides thrust, or the armament system, which deals with target destruction, the guidance
system focuses exclusively on navigation and targeting computations.
Question 2
Which type of tracking energy encompasses both laser and infrared radiation sources?
A. Kinetic Energy
B. Potential Energy
C. Light Energy
D. Thermal Energy
Answer: C. Light Energy
,Explanation: Light energy in the context of precision guided munitions includes both the visible
and non-visible portions of the electromagnetic spectrum. This category specifically includes
laser energy, which operates in the visible to near-infrared spectrum, and thermal infrared energy
emitted by targets. Both laser and infrared tracking systems rely on light energy detection for
target acquisition and tracking.
Question 3
What is the primary operational principle of Electro-Optical (TV) guidance systems?
A. Uses radar reflections for target tracking
B. Employs GPS satellite signals for navigation
C. Utilizes a camera system to visually track targets
D. Relies on target-emitted infrared radiation
Answer: C. Utilizes a camera system to visually track targets
Explanation: Electro-optical television guidance systems employ cameras to visually acquire
and track targets. These systems use contrast recognition between the target and background to
maintain lock. The camera provides a video image that the guidance computer processes to track
target movement and generate steering commands. This visual tracking method is particularly
effective in clear weather conditions and against targets with distinct visual signatures.
Question 4
Which tracking methodology involves the weapon system transmitting its own tracking energy
toward the target?
A. Passive Tracking
B. Semi-Active Tracking
C. Active Tracking
D. Inertial Tracking
Answer: C. Active Tracking
Explanation: Active tracking refers to systems where the munition itself emits tracking energy,
such as radar waves or laser pulses, and receives the reflected signals to track the target. This
, self-contained approach allows the weapon to operate independently once launched, as all
necessary tracking equipment is carried onboard. The reflected energy provides range, velocity,
and positional data for guidance computations.
Question 5
In which tracking configuration does the target itself produce the tracking energy utilized by the
weapon?
A. Active Tracking
B. Passive Tracking
C. Semi-Active Tracking
D. Command Tracking
Answer: B. Passive Tracking
Explanation: Passive tracking systems rely entirely on energy naturally emitted or reflected by
the target. This includes heat signatures from engines (infrared), radar emissions from enemy
systems, or visual contrast from the target's appearance. The weapon carries sensors that detect
this inherent energy without emitting any signals itself, making passive tracking systems
particularly difficult for enemy countermeasures to detect or jam.
Question 6
What distinguishes semi-active tracking from other tracking methodologies?
A. The target produces its own tracking energy
B. The weapon produces its own tracking energy
C. An external source provides tracking energy
D. Tracking is accomplished through inertial navigation
Answer: C. An external source provides tracking energy
Explanation: Semi-active tracking systems utilize energy from an external source, typically
from the launching aircraft or a ground-based designator. The weapon's seeker detects the energy
reflected off the target from this external source. This approach allows for smaller, simpler
| 150 PGM Questions & Answers | JDAM,
AGM, AIM, GBU Study Guide
Description:
Master Precision Guided Munitions with 150 expert exam questions covering JDAM, AGM-
158 JASSM, AIM-9X Sidewinder, GBU-53 StormBreaker, and HARM missiles. Updated for
2026/2027 academic standards with detailed explanations and verified answers.
Download the ultimate PGM study guide now and pass with confidence!
, Precision Guided Munitions Exam 2026/2027: 150 Questions &
Answers
SECTION A: GUIDANCE AND CONTROL SYSTEMS
This section covers fundamental principles of guidance, tracking, and control mechanisms used
in modern precision munitions.
Question 1
Which guidance system component is specifically designed to determine the direction to a target
and select an appropriate interception flight path?
A. Propulsion System
B. Armament System
C. Guidance System
D. Control System
Answer: C. Guidance System
Explanation: The guidance system is the primary component responsible for determining target
direction and computing the optimal interception path. It processes sensor data to calculate flight
corrections necessary to guide the munition to its intended target. Unlike the propulsion system,
which provides thrust, or the armament system, which deals with target destruction, the guidance
system focuses exclusively on navigation and targeting computations.
Question 2
Which type of tracking energy encompasses both laser and infrared radiation sources?
A. Kinetic Energy
B. Potential Energy
C. Light Energy
D. Thermal Energy
Answer: C. Light Energy
,Explanation: Light energy in the context of precision guided munitions includes both the visible
and non-visible portions of the electromagnetic spectrum. This category specifically includes
laser energy, which operates in the visible to near-infrared spectrum, and thermal infrared energy
emitted by targets. Both laser and infrared tracking systems rely on light energy detection for
target acquisition and tracking.
Question 3
What is the primary operational principle of Electro-Optical (TV) guidance systems?
A. Uses radar reflections for target tracking
B. Employs GPS satellite signals for navigation
C. Utilizes a camera system to visually track targets
D. Relies on target-emitted infrared radiation
Answer: C. Utilizes a camera system to visually track targets
Explanation: Electro-optical television guidance systems employ cameras to visually acquire
and track targets. These systems use contrast recognition between the target and background to
maintain lock. The camera provides a video image that the guidance computer processes to track
target movement and generate steering commands. This visual tracking method is particularly
effective in clear weather conditions and against targets with distinct visual signatures.
Question 4
Which tracking methodology involves the weapon system transmitting its own tracking energy
toward the target?
A. Passive Tracking
B. Semi-Active Tracking
C. Active Tracking
D. Inertial Tracking
Answer: C. Active Tracking
Explanation: Active tracking refers to systems where the munition itself emits tracking energy,
such as radar waves or laser pulses, and receives the reflected signals to track the target. This
, self-contained approach allows the weapon to operate independently once launched, as all
necessary tracking equipment is carried onboard. The reflected energy provides range, velocity,
and positional data for guidance computations.
Question 5
In which tracking configuration does the target itself produce the tracking energy utilized by the
weapon?
A. Active Tracking
B. Passive Tracking
C. Semi-Active Tracking
D. Command Tracking
Answer: B. Passive Tracking
Explanation: Passive tracking systems rely entirely on energy naturally emitted or reflected by
the target. This includes heat signatures from engines (infrared), radar emissions from enemy
systems, or visual contrast from the target's appearance. The weapon carries sensors that detect
this inherent energy without emitting any signals itself, making passive tracking systems
particularly difficult for enemy countermeasures to detect or jam.
Question 6
What distinguishes semi-active tracking from other tracking methodologies?
A. The target produces its own tracking energy
B. The weapon produces its own tracking energy
C. An external source provides tracking energy
D. Tracking is accomplished through inertial navigation
Answer: C. An external source provides tracking energy
Explanation: Semi-active tracking systems utilize energy from an external source, typically
from the launching aircraft or a ground-based designator. The weapon's seeker detects the energy
reflected off the target from this external source. This approach allows for smaller, simpler
