Private Spacecraft Pilot Exam
Basic private pilot's examination. A score of 80% or better is required to pass.
- 1.
What is your ITTS?
- A.
Input Transitioning Technological Set
- B.
Intelligent Target Tracking System
- C.
Internal Turret Tracking Station
- D.
Intelligent Turret Targeting System
Correct Answer
B. Intelligent Target Tracking SystemExplanation
The correct answer is "Intelligent Target Tracking System." This system is likely used in the field of technology or military to track and monitor targets. It is designed to intelligently track and analyze targets, providing accurate and efficient tracking capabilities.Rate this question:
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- 2.
What are Pips?
- A.
Predicted Internal Power
- B.
Pre-flight Internal Positioning
- C.
Pre Impact Power
- D.
Predicted Impact Points
Correct Answer
D. Predicted Impact Points -
- 3.
What does IFCS mean?
- A.
Intelligent Flight Control System
- B.
Internal Flight Control System
- C.
Internal Flight Combat System
- D.
Intelligent Flight Combat Station
Correct Answer
A. Intelligent Flight Control SystemExplanation
IFCS stands for Intelligent Flight Control System. This system is responsible for controlling and managing the flight of an aircraft. It uses advanced technology and algorithms to ensure smooth and precise flight operations. The IFCS is designed to enhance safety, stability, and efficiency in aircraft navigation. It incorporates various sensors, actuators, and computer systems to monitor and adjust the aircraft's altitude, speed, direction, and other flight parameters. The Intelligent Flight Control System plays a crucial role in modern aviation by automating many flight tasks and providing pilots with accurate information and assistance during flight operations.Rate this question:
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- 4.
What does ISD mean?
- A.
Intelligent Status Display
- B.
Interchangeable Status Display
- C.
Interactive Station Display
- D.
Intelligent System Display
Correct Answer
B. Interchangeable Status DisplayExplanation
ISD stands for Interchangeable Status Display. This means that the display can be changed or swapped with different information or status updates. It allows for flexibility and adaptability in displaying relevant information.Rate this question:
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- 5.
What does TDAS mean?
- A.
Transport Direction Awareness System
- B.
Transitioning Directional Alert System
- C.
Transdirectional Awareness System
- D.
Transitional Detection and Awareness System
Correct Answer
C. Transdirectional Awareness SystemExplanation
TDAS stands for Transdirectional Awareness System. This system is designed to provide awareness and detection of transitions in direction. It helps in identifying and alerting about changes in direction, ensuring safety and efficiency in transportation.Rate this question:
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- 6.
Which of the following control inputs allows the nose of the spacecraft to change its orientation from a relative left to relative right attitude?
- A.
Pitch
- B.
Roll
- C.
Yaw
Correct Answer
C. YawExplanation
Yaw is the correct answer because it refers to the rotation of the spacecraft around its vertical axis. By controlling the yaw, the spacecraft can change its orientation from a relative left to a relative right attitude. Pitch refers to the rotation around the lateral axis, and roll refers to the rotation around the longitudinal axis, so they are not applicable in this scenario.Rate this question:
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- 7.
Which of the following control inputs allows the nose of the spacecraft to change its orientation from a pilot relative downward to a pilot relative upward attitude?
- A.
Pitch
- B.
Roll
- C.
Yaw
Correct Answer
A. PitchExplanation
Pitch is the correct answer because it refers to the rotation of the spacecraft around its lateral axis, which allows the nose of the spacecraft to change its orientation from a pilot relative downward to a pilot relative upward attitude. By adjusting the pitch control input, the spacecraft can change its angle of attack and adjust its vertical orientation in relation to the pilot.Rate this question:
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- 8.
What is the left side of a pilot's craft called?
- A.
Starboard
- B.
Stern
- C.
Port
- D.
Bow
Correct Answer
C. PortExplanation
The left side of a pilot's craft is called the port. This term is commonly used in maritime and aviation industries to refer to the left side of a vessel or aircraft when facing forward. It is important for pilots to be familiar with these nautical terms to ensure effective communication and navigation while operating their craft.Rate this question:
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- 9.
What is the right side of a pilot's craft called?
- A.
Starboard
- B.
Stern
- C.
Port
- D.
Bow
Correct Answer
A. StarboardExplanation
The right side of a pilot's craft is called starboard. This term is commonly used in maritime and aviation contexts to refer to the right-hand side of a vessel or aircraft when facing the front or bow. It is important for pilots to understand and use the correct terminology to ensure clear communication and safe navigation. The term "starboard" helps to distinguish the right side from the left side, which is referred to as port.Rate this question:
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- 10.
What is the rear section of a pilot's craft called?
- A.
Starboard
- B.
Stern
- C.
Port
- D.
Bow
Correct Answer
B. SternExplanation
The rear section of a pilot's craft is called the stern. This is the part of the craft that is opposite to the bow, which is the front section. The stern is where the pilot usually controls and navigates the craft.Rate this question:
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- 11.
What is the front section of a pilot's craft called?
- A.
Starboard
- B.
Stern
- C.
Port
- D.
Bow
Correct Answer
D. BowExplanation
The front section of a pilot's craft is called the bow.Rate this question:
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- 12.
Which would produce a larger cross-section?
- A.
An avenger fires up all of its thrusters simultaneously
- B.
An avenger is seen from the top, instead of head on
- C.
An avenger goes to full throttle
- D.
An avenger powers on all of its shields that had previously been off
Correct Answer
B. An avenger is seen from the top, instead of head onExplanation
When an avenger is seen from the top, instead of head on, it would produce a larger cross-section. This is because when viewed from the top, the avenger's width and length are both visible, resulting in a larger overall area. On the other hand, when viewed head on, only the width of the avenger would be visible, resulting in a smaller cross-section.Rate this question:
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- 13.
Which would produce a larger IR signature?
- A.
An avenger fires up all of its thrusters simultaneously
- B.
An avenger is seen from the top, instead of head on
- C.
An avenger turns off its engine
- D.
An avenger powers on a shield that had previously been off
Correct Answer
A. An avenger fires up all of its thrusters simultaneouslyExplanation
When an avenger fires up all of its thrusters simultaneously, it generates a larger IR (Infrared) signature. Thrusters produce heat as a byproduct, and this heat is detected by IR sensors. By firing up all thrusters at once, the avenger is emitting a larger amount of heat, resulting in a larger IR signature. This makes it easier for IR sensors to detect and track the avenger.Rate this question:
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- 14.
Which flight mode would be best suited for maneuvering in an asteroid field where objects are around 1km apart, and there have been reported pirate attacks in the vicinity?
- A.
Precision Mode
- B.
Space Combat Maneuvering Mode
- C.
Cruise Mode
- D.
Quantum Drive
Correct Answer
B. Space Combat Maneuvering ModeExplanation
Space Combat Maneuvering Mode would be the best suited flight mode for maneuvering in an asteroid field with objects close together and the presence of pirate attacks. This mode is specifically designed for combat situations, providing the pilot with enhanced maneuverability and agility to navigate through tight spaces and evade enemy attacks effectively. In this high-risk environment, precision and quick response are crucial, making Space Combat Maneuvering Mode the most suitable choice.Rate this question:
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- 15.
Which flight mode would be best suited for maneuvering between space stations of greater than 20km in distance but less than 40km in distance?
- A.
Precision Mode
- B.
Space Combat Maneuvering Mode
- C.
Cruise Mode
- D.
Hyper Speed Mode
Correct Answer
C. Cruise ModeExplanation
Cruise mode would be the best suited flight mode for maneuvering between space stations of greater than 20km but less than 40km in distance. Cruise mode typically allows for stable and efficient travel at moderate speeds, making it ideal for longer distances within a specific range. This mode would provide the necessary balance between speed and control required for maneuvering between space stations within the given distance range.Rate this question:
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- 16.
Which flight mode would be best suited for attempting a landing on a crowded station landing pad?
- A.
Precision Mode
- B.
Space Combat Maneuvering Mode
- C.
Cruise Mode
- D.
Landing Strut Mode
Correct Answer
A. Precision ModeExplanation
Precision Mode would be the best suited flight mode for attempting a landing on a crowded station landing pad. This mode allows for precise and controlled movements, which is crucial when navigating through a crowded area. It enables the pilot to make small adjustments and maneuvers, ensuring a safe and accurate landing without colliding with other objects or spacecraft in the vicinity.Rate this question:
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- 17.
Which of the following flight modes offers the least amount of control in delicate operations?
- A.
Precision Mode
- B.
Space Combat Maneuvering Mode
- C.
Cruise Mode
- D.
Landing Strut Mode
Correct Answer
C. Cruise ModeExplanation
Cruise Mode offers the least amount of control in delicate operations because it is typically used for stable and straightforward flight. It is designed for long-distance travel and does not provide the same level of maneuverability as other flight modes. In delicate operations, such as precision maneuvers or space combat, more control and agility are required, which are not provided by Cruise Mode.Rate this question:
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- 18.
Your ship's computer verbally alerts you to a "collision alert: starboard," which input would make the most sense to avoid an impact based on just this information?
- A.
Thruster inputs that push you toward your right
- B.
Thruster inputs that push you toward your left
- C.
Thruster inputs that push you forward
- D.
Thruster inputs that push you upward
Correct Answer
B. Thruster inputs that push you toward your leftExplanation
Based on the information provided, the ship's computer alerts about a "collision alert: starboard." In nautical terms, starboard refers to the right side of the ship. Therefore, to avoid a collision, it would make the most sense to input thruster commands that push the ship towards the left, which is opposite to the starboard side. This would help the ship move away from the potential collision and ensure its safety.Rate this question:
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- 19.
Your ship's computer verbally alerts you to a "collision alert: port," which input would make the most sense to avoid an impact based on just this information?
- A.
Thruster inputs that push you toward your right
- B.
Thruster inputs that push you toward your left
- C.
Thruster inputs that push you forward
- D.
Thruster inputs that push you upward
Correct Answer
A. Thruster inputs that push you toward your rightExplanation
To avoid a collision alert on the port side, the most logical course of action would be to apply thruster inputs that push the ship towards the right. By doing so, the ship would move away from the potential collision and create a safe distance between itself and the object on the port side.Rate this question:
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- 20.
What are MFDs?
- A.
Multiple Forward Directions
- B.
Multi-Faceted Diagnostics
- C.
Multi-Function Displays
- D.
Macro Flight Data
Correct Answer
C. Multi-Function DisplaysExplanation
MFDs refers to Multi-Function Displays. These are electronic devices used in various industries, including aviation and military, to provide pilots or operators with multiple functions and information on a single screen. MFDs can display navigation data, weather information, engine parameters, and other critical data, allowing users to access and monitor multiple systems simultaneously. They enhance situational awareness and improve efficiency by reducing the need for separate displays and instruments.Rate this question:
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- 21.
What is TVI?
- A.
Total Velocity Indicator
- B.
Tiered Vectoring Input
- C.
Timed Velocity Indicator
- D.
Trued Vector Indicator
Correct Answer
A. Total Velocity IndicatorExplanation
TVI stands for Total Velocity Indicator. This term refers to a measurement device or system used to calculate the total velocity of an object. It is a tool that combines the speed and direction of an object's motion to provide a comprehensive understanding of its movement. The Total Velocity Indicator is commonly used in various fields such as aviation, navigation, and engineering to accurately determine the overall velocity of an object or vehicle.Rate this question:
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- 22.
Identify the gun cross on the HUD.
- A.
1.
- B.
2.
- C.
3.
- D.
4.
- E.
5.
- F.
6.
- G.
7.
- H.
8.
Correct Answer
E. 5. -
- 23.
Identify the velocity ladder on the HUD.
- A.
1.
- B.
2.
- C.
3.
- D.
4.
- E.
5.
- F.
6.
- G.
7.
- H.
8.
Correct Answer
B. 2. -
- 24.
Identify the velocity indicator on the HUD.
- A.
3.
- B.
4.
- C.
5.
- D.
6.
- E.
7.
- F.
8.
- G.
1.
- H.
2.
Correct Answer
G. 1. -
- 25.
Identify the Fuel Quantity Indicator on the HUD.
- A.
3.
- B.
4.
- C.
5.
- D.
6.
- E.
7.
- F.
8.
- G.
1.
- H.
2.
Correct Answer
B. 4.Explanation
The correct answer is 4. The fuel quantity indicator on the HUD is the instrument that displays the amount of fuel remaining in the aircraft. This is an important feature for pilots to monitor during flight to ensure they have enough fuel to reach their destination safely.Rate this question:
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- 26.
Identify the IFCS Indicators on the HUD.
- A.
3.
- B.
4.
- C.
5.
- D.
6.
- E.
7.
- F.
8.
- G.
1.
- H.
2.
Correct Answer
D. 6. -
- 27.
Identify the Total Velocity Indicator on the HUD.
- A.
3.
- B.
4.
- C.
5.
- D.
6.
- E.
7.
- F.
8.
- G.
1.
- H.
2.
Correct Answer
E. 7. -
- 28.
Which landing icon signifies a landing zone that is targeted but out of range?
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
- E.
Option 5
Correct Answer
C. Option 3Explanation
Option 3 signifies a landing zone that is targeted but out of range.Rate this question:
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- 29.
Your ship computer alerts you to an "aft hit." Identify the aft shields.
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
Correct Answer
D. Option 4Explanation
Option 4 is the correct answer because "aft" refers to the back or rear of the ship. Therefore, the aft shields would be the shields located at the back of the ship to protect it from any hits or damage.Rate this question:
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- 30.
Your ship computer alerts you to a "starboard hit." Identify the starboard shields.
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
Correct Answer
C. Option 3Explanation
The starboard shields can be identified by selecting Option 3.Rate this question:
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- 31.
Which option represents your ship's current electromagnetic signature?
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
None of these
Correct Answer
A. Option 1 -
- 32.
Which landing icon signifies a landing zone that has been targeted and access has been granted?
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
- E.
Option 5
Correct Answer
E. Option 5Explanation
Option 5 signifies a landing zone that has been targeted and access has been granted.Rate this question:
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- 33.
What is G-Safe?
- A.
IFCS mode that commands the spacecraft’s manoeuvring thrusters to maintain similar flight characteristics to atmospheric flight
- B.
IFCS mode in which the spacecraft’s forward facing direction is not linked to the spacecraft's direction of travel
- C.
IFCS mode that limits excessive force on the pilot by limiting the spacecraft’s rotational turn rate
- D.
A notorious underground rapper from a Tevarin system
Correct Answer
C. IFCS mode that limits excessive force on the pilot by limiting the spacecraft’s rotational turn rateExplanation
G-Safe is an IFCS (Intelligent Flight Control System) mode that is designed to limit the excessive force experienced by the pilot during rotational turns of the spacecraft. It achieves this by restricting the spacecraft's rotational turn rate, ensuring that the pilot is not subjected to extreme G-forces that could be harmful or uncomfortable. This mode helps to enhance the safety and comfort of the pilot during maneuvering.Rate this question:
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- 34.
What is Coupled Mode?
- A.
IFCS mode that commands the spacecraft’s manoeuvring thrusters to maintain similar flight characteristics to atmospheric flight
- B.
IFCS mode in which the spacecraft’s forward facing direction is not linked to the spacecraft's direction of travel
- C.
IFCS mode that limits excessive force on the pilot by limiting the spacecraft’s rotational turn rate
- D.
An emotional state in which a pilot cannot focus properly on flying because he/she is too focused on a member of the opposite sex.
Correct Answer
A. IFCS mode that commands the spacecraft’s manoeuvring thrusters to maintain similar flight characteristics to atmospheric flightExplanation
Coupled Mode is an IFCS mode that commands the spacecraft's manoeuvring thrusters to maintain similar flight characteristics to atmospheric flight. In this mode, the spacecraft's movements are adjusted to mimic the behavior of an aircraft in the atmosphere, allowing for smoother and more predictable flight. This mode helps to ensure stability and control during maneuvers, making it easier for the pilot to handle the spacecraft in a manner similar to flying in the atmosphere.Rate this question:
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- 35.
What is Decoupled Mode?
- A.
IFCS mode that commands the spacecraft’s manoeuvring thrusters to maintain similar flight characteristics to atmospheric flight
- B.
IFCS mode in which the spacecraft’s forward facing direction is not linked to the spacecraft's direction of travel
- C.
IFCS mode that limits excessive force on the pilot by limiting the spacecraft’s rotational turn rate
- D.
The state in a relationship after two humans have fallen out of love.
Correct Answer
B. IFCS mode in which the spacecraft’s forward facing direction is not linked to the spacecraft's direction of travelExplanation
Decoupled Mode is an IFCS mode in which the spacecraft's forward facing direction is not linked to the spacecraft's direction of travel. In this mode, the spacecraft can move in any direction while still facing the same way. It allows for more flexible and independent maneuvering, as the pilot can change the direction of travel without changing the orientation of the spacecraft. This mode is useful in situations where precise control and agility are required, such as dogfighting or performing complex maneuvers in space.Rate this question:
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- 36.
Which number on the diagram refers to pitch?
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
None of these
Correct Answer
C. Option 3 -
- 37.
Which number on the diagram refers to yaw?
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
None of these
Correct Answer
B. Option 2Explanation
Yaw refers to the rotation of an object around its vertical axis. In the given diagram, Option 2 is the only number that is positioned along the vertical axis. Therefore, Option 2 refers to yaw.Rate this question:
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- 38.
What directional input on the diagram does number 1 represent?
- A.
Roll
- B.
Yaw
- C.
Pitch
- D.
None of these
Correct Answer
A. RollExplanation
Number 1 on the diagram represents the roll directional input. Roll refers to the rotation of an object around its longitudinal axis, causing one side to move up and the other to move down. Therefore, the correct answer is roll.Rate this question:
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- 39.
Which option best illustrates your spacecraft's flight model in space?
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
None of These
Correct Answer
A. Option 1 -
- 40.
You are attempting to land, but you cannot get the landing mode view on your TDAS, (as shown in the accompanying image), what might be the problem?
- A.
Your primary weapons are still active
- B.
You are in precision flying mode
- C.
You didn't request permission to land
- D.
Your hyperdrive is engaged
Correct Answer
C. You didn't request permission to landExplanation
The problem might be that the pilot didn't request permission to land. The TDAS (Targeting and Display System) is likely designed to only show the landing mode view once permission to land has been granted. Therefore, if the pilot didn't request permission, the landing mode view would not be available on the TDAS.Rate this question:
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- 41.
Identify the TDAS.
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
- E.
Option 5
- F.
Option 6
Correct Answer
C. Option 3 -
- 42.
Identify the weapon groups.
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
- E.
Option 5
- F.
Option 6
Correct Answer
A. Option 1 -
- 43.
Identify the IFCS
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
- E.
Option 5
- F.
Option 6
Correct Answer
E. Option 5Explanation
Option 5 is the correct answer because it is the only option that is specifically mentioned in the question. The question asks to identify the IFCS, and Option 5 is the only option that is labeled as such.Rate this question:
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- 44.
Identify the current flight mode display.
- A.
Option 1
- B.
Option 2
- C.
Option 3
- D.
Option 4
- E.
Option 5
- F.
Option 6
Correct Answer
F. Option 6 -
- 45.
What are the blue icons dispersed throughout the image?
- A.
Potential Targets
- B.
Quantum Drive Destination Options
- C.
Enemy Missiles
- D.
Destinations that are out of range of the spacecraft's operational distance
Correct Answer
B. Quantum Drive Destination OptionsExplanation
The blue icons dispersed throughout the image represent the Quantum Drive Destination Options. These options indicate possible locations or destinations that the spacecraft can travel to using its Quantum Drive technology.Rate this question:
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- 46.
How much available Quantum Fuel would it take this spacecraft to reach the Cry-Astro Service Station?
- A.
2%
- B.
3%
- C.
4%
- D.
5%
Correct Answer
B. 3%Explanation
The correct answer is 3%. This means that the spacecraft would need 3% of the available Quantum Fuel in order to reach the Cry-Astro Service Station.Rate this question:
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