CDC 2a653 Egress Systems Journeyman

The greatest safety hazard in an aircraft cockpit comes from the canopy and seat ejection systems. These systems are designed to provide a means of escape for the pilot in case of emergencies, but they can also pose a significant risk if not handled properly. Improper use or accidental activation of the ejection systems can result in serious injury or death. Therefore, it is crucial for pilots to receive thorough training on the proper operation and handling of these systems to ensure their safety during flight.

FOD bags, FOD walks, and mechanical sweepers are all used to control foreign object damage (FOD) in different settings. FOD bags are used to collect and dispose of any debris or objects that could cause damage to aircraft or other equipment. FOD walks are designated areas where personnel can walk and visually inspect for any foreign objects that could pose a risk. Mechanical sweepers are used to remove debris from runways, taxiways, and other areas to prevent FOD incidents. Therefore, all of these options are used to control FOD.

The grounding point for the F-16 ejection seat is either the interdictor striker or the restraint release bellcrank. This means that either of these components can be used as a point of connection for grounding the ejection seat. The seat side cap or the ejection control handle are not mentioned as grounding points in this context.

The demand-response method requires two people. This method involves one person making a demand or request, and another person responding to that demand. It requires both parties to be present and actively involved in the process. Therefore, two people are required for the demand-response method to work effectively.

The correct answer is "the type of job and the amount of metal to be removed". When selecting a file, it is important to consider the nature of the job at hand and the quantity of metal that needs to be removed. Different types of files have varying tooth shapes, sizes, and coarseness, which make them suitable for specific tasks. For instance, a fine-toothed file would be appropriate for delicate work that requires precision, while a coarse file would be more effective for removing larger amounts of metal. Therefore, the type of job and the amount of metal to be removed are crucial factors in determining the appropriate file to use.

Using cotton or paper waste materials to clean an ACES II seat can result in residue being left behind. This residue can be problematic as it may interfere with the proper functioning of the seat or cause damage over time. Therefore, it is important to avoid using these materials to prevent any potential residue buildup.

An item that is unserviceable or condemned is typically marked with a red tag. This helps to easily identify and differentiate it from other items. Red tags are commonly used in industries such as manufacturing, construction, or maintenance to indicate that an item is no longer usable or safe for use. This allows for proper disposal or repair procedures to be followed.

Personnel with poor housekeeping habits in the work area is the primary cause of foreign object damage (FOD). This is because when employees do not properly clean and maintain the work area, it increases the chances of foreign objects such as debris, tools, or loose items being left behind. These objects can pose a threat to aircraft and cause damage if they are ingested into engines or become lodged in critical areas. Therefore, it is important for personnel to maintain good housekeeping habits to prevent FOD incidents.

The F-16 ejection seat has three recovery sequence modes. The selection of a particular mode depends on the altitude and airspeed at the time of ejection.

The fired warning indicator is the condition that tells you the canopy explosive system has been fired and the seat can be ejected from an F-15 aircraft. This indicator is a visual signal that confirms the firing of the explosive system, indicating that it is safe to eject the seat. The other options mentioned, such as the position of the top latch mechanism, a visible red strip on the trip rod, or the recovery sequencer expended dot, do not specifically indicate the firing of the canopy explosive system.

Ensuring that the hoist is positioned along the centerline of the F-16's canopy during removal or installation is important to prevent binding or misalignment. If the hoist is not properly aligned, it can cause the canopy to become stuck or misaligned, making it difficult to remove or install. This can potentially lead to damage or malfunction of the canopy system. By positioning the hoist along the centerline, the removal or installation process can be carried out smoothly and without any issues.

Workcenter and shift supervisors are responsible for reviewing the data entered into CAMS on a daily basis. This is important to ensure that the data is accurate and up-to-date. By reviewing the data daily, supervisors can identify any errors or discrepancies and take appropriate actions to correct them. Regular review also helps in monitoring the progress and performance of the workcenter or shift, allowing supervisors to make timely decisions and adjustments if needed.

To push instead of pull a wrench, it is recommended to use the base of your palm and hold your hand open. This technique allows for a more stable and controlled grip on the wrench, providing better leverage and preventing the wrench from slipping out of your hand. Using the fingers to push the wrench may not provide enough strength and could potentially strain the fingers. Gripping the wrench tightly near the center or with both hands may not be necessary or effective for pushing.

Before a ball-lock type safety pin can be removed from an explosive receptacle, the plunger must be depressed. This is because the plunger is responsible for holding the balls in place and preventing the pin from being removed. By depressing the plunger, the balls are released, allowing the pin to be removed safely.

The correct answer is 15 mph. This speed limit is likely set to ensure the safety of all personnel and equipment on the flightline. By limiting the speed to 15 mph, it reduces the risk of accidents and allows for better control and maneuverability of vehicles. Additionally, it allows for a quick response in case of emergencies.

To avoid damaging highly polished surfaces, it is recommended to use a soft face hammer. This type of hammer has a non-metallic or non-marring face, such as rubber or plastic, which reduces the risk of leaving marks or scratches on the surface. Soft face hammers provide a cushioned impact, allowing for more controlled and gentle strikes without causing damage.

Removers are designed to jettison the canopy from high-speed aircraft. Canopies are transparent or translucent covers that protect the crewmembers inside the aircraft. In emergency situations or during ejection, it is crucial for the canopy to be quickly and safely removed to allow the crewmembers to escape. Removers are specifically designed mechanisms or systems that facilitate the rapid and controlled jettisoning of the canopy, ensuring the safety of the crewmembers.

The correct answer is 457 because AF Form 457 is specifically designed for reporting job hazards in the Air Force. This form allows individuals to document and report any potential hazards or unsafe conditions in the workplace. By using AF Form 457, employees can ensure that their concerns are properly addressed and appropriate actions are taken to mitigate any risks or dangers.

In this situation, the correct course of action would be to remove the torque stripe, loosen the line, inspect for internal obstructions, retorque, and paint a new torque stripe. This is because the torque stripe on the ACES II seat fitting is not aligned, indicating a potential issue with the torque applied to the fitting. By removing the torque stripe, loosening the line, and inspecting for internal obstructions, any potential problems can be identified and addressed. After ensuring that everything is in order, the line can be retorqued and a new torque stripe can be painted to indicate the correct alignment.

Avionics refers to the electronic systems used in aircraft, including communication, navigation, and electronic warfare systems. Off-equipment maintenance involves repairing or maintaining these systems outside of the aircraft. Therefore, avionics is the correct answer as it is responsible for performing off-equipment maintenance of electronic warfare systems.

When using a ball peen hammer, it is recommended to grip the handle near the end. This allows for better control and precision when striking the target. Gripping near the end also provides more leverage, making it easier to generate the desired force. Additionally, gripping near the end helps to balance the weight of the hammer, reducing the strain on the hand and arm during use.

The given question asks for an example of an improper use of pliers. Pliers are designed to hold and grip objects, so using them to hold material is a proper use. However, using pliers as a hammer, to loosen a nut, or to replace a wrench are all improper uses because they can damage the pliers or cause injury. Therefore, the correct answer is "hold material."

The right hand JAU8/A25 initiator will provide gas to fire the inertial reel gas generator when an ejection is initiated from the forward cockpit of a dual seat F-16.

The B-1B aircraft incorporates a unique feature called a variable wing. This means that the wings of the aircraft can change their shape and position during flight. This feature allows the B-1B to have different wing configurations for different flight conditions, such as high-speed flight or low-speed maneuvering. The ability to adjust the wings in this way enhances the aircraft's performance and capabilities, making it a highly versatile and effective aircraft.

The Air Force holds wing commanders responsible and accountable for mission results. Wing commanders are in charge of an entire wing, which is a major organizational unit within the Air Force. They have the authority and responsibility to ensure the successful completion of missions and the overall effectiveness of their wing. They are accountable for the performance of their units and personnel, and are held responsible for the outcomes and results achieved.

To compute shelf life, the most relevant factor would be the date of manufacture. This is because the shelf life of a product is determined by the time elapsed since it was manufactured. The date of manufacture indicates when the product was made, and this information is crucial in determining how long the product will remain usable and safe for consumption. The other options mentioned, such as CAD/PAD inspection date, roll-out date, and date of installation, may be important for other purposes but are not directly relevant to calculating the shelf life of a product.

A flashing red light from the control tower indicates that the pilot should clear the active runway immediately. This is a signal for the pilot to vacate the runway as quickly as possible to avoid any potential conflicts with other aircraft. It is important for pilots to follow this instruction to ensure the safety and efficiency of airport operations.

The external canopy jettison handle on the F-15 aircraft is located behind door 9.

A modification directive for test equipment will come into the shop in the form of a time compliance technical order (TCTO). This type of directive specifies the modifications or changes that need to be made to the equipment and provides instructions for implementing the modifications. TCTOs are typically issued by higher-level authorities and are official documents that must be followed by the shop personnel. They ensure that the modifications are carried out correctly and in a timely manner to maintain the equipment's functionality and safety.

Weapons safety training is conducted by the Base or Unit Weapons Safety Officer or NCO. These individuals are responsible for ensuring that all personnel are trained in the safe handling and use of weapons. They have the knowledge and expertise to provide comprehensive training on the proper procedures and protocols for handling weapons, as well as the necessary safety precautions to prevent accidents or mishaps. By conducting this training, they help to ensure the safety of all personnel and minimize the risk of incidents involving weapons.

An ACES II seat must be grounded any time it is removed from the aircraft. Grounding the seat ensures that any electrical charges are safely discharged to prevent any potential hazards or accidents. This precaution is necessary to protect both the personnel working on the seat and the surrounding equipment or aircraft.

The AND gate is a component that requires two inputs in order to produce one output. It performs the logical operation of "AND" on its inputs, meaning that the output is only true if both inputs are true. Therefore, the AND gate is the correct answer to the question.

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The M53 booster initiator is located on the aft cockpit bulkhead of the A-10 aircraft.

The Operations Support Squadron (OSS) is responsible for performing all staff-related functions required for the efficient completion of the Operations Group mission. This includes providing support in areas such as intelligence, planning, training, and airfield operations. The OSS ensures that all necessary resources and personnel are available to support the mission and coordinates with other squadrons to ensure smooth operations. The Logistics Readiness Squadron (LRS) focuses on logistics and supply chain management, the Logistics Support Squadron (LSS) handles transportation and cargo support, and the Maintenance Operations Squadron (MOS) is responsible for maintenance activities.

An off-set screwdriver is made with a different-size blade at each end. This allows the user to have multiple options for different screw sizes without needing to switch tools. The off-set design also provides better access to screws in tight or hard-to-reach places.

The correct answer is lanyards attached to the inner tube of the mortar. The delayed reefing line cutters on the ACES II seat are activated by lanyards that are attached to the inner tube of the mortar. When the seat is ejected, the lanyards are pulled, which in turn activates the reefing line cutters. This allows for the controlled deployment of the parachute and ensures a safe descent for the pilot.

An egress hatch is not a power-actuated surface. Power-actuated surfaces are typically controlled by hydraulic or electrical systems, allowing for automated movement. Examples of power-actuated surfaces include weapon bay doors, speed brakes, and flight control surfaces. However, an egress hatch is a manually operated door or opening that provides an emergency exit for personnel, and it does not require power for its operation.

The correct answer is "Weekly" because checking bench stock levels on a weekly basis ensures that there is an adequate supply of inventory available at all times. This frequent monitoring helps in preventing stockouts and ensures that the supply is replenished regularly to meet the demand. It allows for better inventory management and reduces the risk of running out of essential items.

Machinist peen hammers are classified by the weight of material used to construct the hammer head. This means that the classification of these hammers is determined by the amount of material used to make the head, which directly affects the weight of the hammer. This classification is important because different weights of hammers are suitable for different tasks and provide varying levels of impact force. Therefore, knowing the weight of material used in the construction of the hammer head helps in selecting the appropriate hammer for specific machining needs.

In a mode 2 ejection from an F-16 aircraft, the parameters of low altitude and high speed are considered. This means that the ejection would occur when the aircraft is flying at a low altitude and at a high speed. This is because at low altitudes, there is less time for the pilot to safely eject and the high speed increases the risk of the aircraft impacting the ground before the ejection can be completed. Therefore, the combination of low altitude and high speed is the most critical factor in determining the parameters for a mode 2 ejection.

A box-end wrench can be used to finish securing nuts that have been tightened with an open-end wrench because it provides a more secure grip on the nut. The box-end wrench has a closed loop design that surrounds the nut on all sides, allowing for better torque and less chance of slipping or rounding off the edges of the nut. This makes it an ideal tool for ensuring that the nut is tightly secured and prevents any potential loosening or damage.

The carriage seat retract thruster is used to retract the seat to the full aft and locked position during an ejection from a B-1B aircraft. This component is responsible for moving the seat backward and securing it in place during the ejection process. It is likely a powerful mechanism that ensures the seat is properly positioned for a safe ejection.

Nucflash refers to the accidental or unauthorized detonation of a nuclear weapon, which could potentially lead to a risk of war. This mishap involves the actual use of a nuclear weapon, either intentionally or unintentionally, and could have severe consequences, including escalating tensions between nations and potentially triggering a military response. Therefore, Nucflash is the correct answer as it represents a nuclear mishap that could create a risk of war.

The gyroscope in the ACES II seat changes the angle of the thrust of the vernier rocket through a pulley system. The pulley system is responsible for transferring the angular motion of the gyroscope to the vernier rocket, allowing for precise control and adjustment of the thrust angle. This mechanism ensures that the seat can be safely ejected from the aircraft in various flight conditions.

Attaching one end of the grounding clamp to the ACES II seat before attaching the other end to the egress shop ground is important because it prevents arcing and accidental firing of ballistic components on the seat. This is crucial for safety reasons as arcing and accidental firing can lead to serious accidents or injuries. By grounding the seat first, any static discharge or electrical charge is safely dissipated, reducing the risk of accidental firing and ensuring the technician's safety.

Life support personnel are responsible for removing and installing parachutes and survival kits that are integrated into the seat. However, in order to do so, they must have completed the required training and have been certified by an egress element supervisor. This supervisor is responsible for overseeing and ensuring the quality of egress procedures and equipment. Therefore, the egress element supervisor is the appropriate authority to certify the life support personnel for this task.

The correct answer is 21-101. This is because the Air Force Foreign Object (FOD) Prevention Program is outlined in AFI 21-101.

TO 13A5-56-11 is the correct answer because it specifically mentions maintenance instructions for the F-15 ejection seat. TO 1F-15C-4-2, TO 13A5-37-2, and TO 1F-15C-4-1 do not mention the F-15 ejection seat, so they are not the correct options.

When AETC (Air Education and Training Command) does not have the training capability for a specific aircraft egress system, the responsibility of conducting the training falls on the most qualified personnel. This means that individuals who possess the necessary knowledge, skills, and experience related to the specific aircraft egress system should be responsible for providing the training. They are deemed the most qualified to ensure that the training is conducted effectively and accurately.