Piper Sun Visor Assembly. The Piper PA28-140 Sun Visor Assembly P/N 764-114 enhances pilot visibility and cockpit comfort during flight operations.

Pilots rely on sun visors to reduce glare and improve forward visibility in bright conditions.

This component supports safer and more comfortable flight experiences.

Aircraft cockpit visibility plays a critical role in safe operation.

Direct sunlight can reduce clarity and create distractions for pilots.

Proper visor systems help maintain clear line of sight during flight.

The Piper PA28-140 remains a widely used aircraft in general aviation.

Operators continue to maintain these aircraft for training and private use.

Reliable interior components help preserve cockpit functionality.

Piper Sun Visor Assembly

Designed for Piper PA28-140 Aircraft

This sun visor assembly is specifically designed for Piper PA28-140 aircraft.

Correct fitment ensures proper installation within the cockpit structure.

Technicians rely on compatible parts for secure mounting.

Properly fitted visors provide effective glare protection during flight.

Pilots benefit from improved visibility across varying lighting conditions.

Reliable components support safe cockpit operation.

Maintenance teams often source original parts for aircraft interiors.

Correct components ensure proper function and compatibility.

This visor assembly supports ongoing aircraft maintenance.

Piper Sun Visor Assembly

Essential Cockpit Visibility Improvement

Sun visors reduce glare caused by direct sunlight entering the cockpit.

Pilots use visors to maintain clear forward and side visibility.

Improved visibility supports better decision making during flight.

Glare reduction becomes especially important during sunrise and sunset operations.

Pilots rely on proper shading to maintain situational awareness.

Reliable visor systems enhance overall flight safety.

Effective cockpit visibility contributes to smoother flight operations.

Pilots can focus on instruments and surroundings without distraction.

This improves both safety and comfort.

Piper Sun Visor Assembly

Good Used Condition with Reliable Functionality

This sun visor assembly remains in good used condition.

The unit shows normal signs of use from previous operation.

Overall condition supports continued usability.

Used aircraft interior components offer practical value for maintenance.

Operators can maintain cockpit functionality without high replacement costs.

This provides an efficient solution for aircraft owners.

Maintenance professionals inspect components before installation.

Inspection ensures proper fit and function.

Reliable parts support safe aircraft operation.

Piper Sun Visor Assembly

Durable Construction for Aviation Use

Aircraft interior components must withstand regular use and environmental exposure.

Sun visors experience movement, vibration, and varying temperatures.

Durable construction ensures long term reliability.

Quality materials support consistent performance over time.

Reliable components maintain effectiveness in glare reduction.

Strong construction improves overall usability.

Maintenance teams prefer proven interior components for aircraft systems.

Durable visors support long term cockpit functionality.

This enhances the aircraft’s operational condition.

Piper Sun Visor Assembly

Part Number Identification P/N 764-114

This assembly carries part number 764-114 for accurate identification.

Technicians use part numbers to confirm compatibility with aircraft interiors.

Correct identification supports efficient maintenance procedures.

Accurate part numbers help prevent installation errors.

Maintenance teams rely on proper references when sourcing components.

Clear documentation supports organized service records.

Part identification also assists during inspections and refurbishment work.

Technicians use these numbers for verification and tracking.

Accurate records support aircraft maintenance.

Ideal for Interior Replacement and Maintenance

This sun visor assembly suits aircraft interior replacement and maintenance needs.

Operators often replace worn or damaged visors during refurbishment projects.

Reliable components help maintain cockpit usability.

Interior maintenance improves both function and aircraft appearance.

Proper components enhance overall cockpit condition.

This supports long term aircraft care.

Maintenance facilities frequently source compatible interior parts.

Quality components simplify installation procedures.

Reliable equipment supports efficient servicing.

Enhances Pilot Comfort and Safety

Sun visors improve pilot comfort by reducing glare exposure.

Less glare allows pilots to maintain focus during flight operations.

Comfortable cockpit environments support better performance.

Improved visibility directly contributes to flight safety.

Pilots can monitor surroundings and instruments more effectively.

Reliable components support safe aircraft operation.

Aircraft owners benefit from maintaining high quality interior equipment.

Functional cockpit components enhance usability and value.

This visor assembly supports both comfort and safety.

Practical Solution for Aircraft Owners

This Piper PA28-140 Sun Visor Assembly P/N 764-114 offers a practical replacement solution.

It supports improved visibility, comfort, and cockpit functionality.

Aircraft owners and technicians benefit from its compatibility and condition.

Good used condition provides strong value for maintenance projects.

Reliable construction ensures continued performance.

This unit remains a dependable option for aircraft interior needs.

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Cessna Fuel Control Monitor. The Cessna 310 / 310R Fuel Control Monitor delivers accurate fuel system monitoring for twin engine aircraft operations.

Pilots rely on this instrument to track fuel flow and system performance during all phases of flight.

Precise monitoring supports safe engine operation and efficient fuel management.

This unit operates as a critical cockpit instrument within the aircraft fuel system.

It provides real time feedback on fuel distribution and consumption.

Reliable data helps pilots maintain proper engine balance and performance.

Fuel monitoring systems play a vital role in multi engine aircraft.

Pilots must maintain equal fuel flow across engines for optimal operation.

Accurate instruments help prevent imbalance and improve efficiency.

Cessna Fuel Control Monitor

Designed for Cessna 310 and 310R Aircraft

This fuel control monitor is compatible with Cessna 310 and 310R aircraft models.

These twin engine aircraft require precise fuel management systems.

Reliable instruments support safe and efficient multi engine performance.

Correct compatibility ensures proper integration with existing fuel systems.

Technicians rely on accurate part numbers for installation.

Proper fitment supports consistent and reliable operation.

Maintenance teams frequently source fuel monitoring instruments for these aircraft.

Replacement components help maintain system accuracy.

Reliable parts support long term aircraft operation.

Cessna Fuel Control Monitor

Manufactured by Pennycap Gaging

This unit is manufactured by Pennycap Gaging, a recognized aviation instrument supplier.

The company produces precision gauges and monitoring equipment for aircraft systems.

Operators rely on their products for dependable performance.

Precision manufacturing ensures accurate fuel monitoring readings.

Reliable instrumentation supports effective engine management.

Quality components help maintain system reliability.

Aviation professionals often prefer trusted manufacturers for critical instruments.

Pennycap Gaging products remain widely used in aircraft applications.

Their instruments support safe and efficient flight operations.

Cessna Fuel Control Monitor

28 Volt Electrical System Compatibility

This fuel control monitor operates on a 28 volt electrical system.

Many twin engine aircraft utilize 28 volt systems for stable power distribution.

Proper voltage compatibility ensures reliable instrument performance.

Correct electrical integration supports accurate data readings.

Technicians verify voltage compatibility during installation.

Stable power supply ensures consistent operation.

Electrical reliability plays a key role in instrument accuracy.

Proper voltage ensures dependable system function.

Reliable equipment supports safe aircraft operation.

Cessna Fuel Control Monitor

Part Number Identification P/N CMF1167 / 9910082-2

This unit carries part numbers CMF1167 and 9910082-2 for identification.

Technicians use these references to confirm compatibility with aircraft systems.

Accurate identification supports efficient maintenance procedures.

Correct part numbers help prevent installation errors.

Maintenance teams rely on clear references when sourcing components.

Proper documentation supports organized service records.

Part identification also assists during inspections and troubleshooting.

Technicians use these numbers to verify system components.

Accurate records support safe aircraft operation.

Cessna Fuel Control Monitor

Used Condition – Guaranteed to Pass Inspection

This fuel control monitor remains in used condition and shows normal operational wear.

The unit is guaranteed to pass inspection or your money back.

This guarantee provides confidence for aircraft owners and buyers.

Used aviation instruments often support maintenance of active aircraft fleets.

Serviceable components help maintain system functionality without full replacement costs.

Many operators rely on quality used equipment.

Maintenance professionals inspect instruments before installation.

Inspection ensures proper functionality and compatibility.

Reliable components support safe aircraft operation.

Cessna Fuel Control Monitor

Essential Role in Multi Engine Fuel Management

Fuel control monitors help pilots manage fuel distribution across engines.

Balanced fuel flow ensures smooth and efficient engine operation.

Accurate monitoring reduces the risk of engine imbalance.

Pilots rely on these instruments during all flight phases.

Proper fuel management supports safe aircraft performance.

Reliable data improves decision making during flight.

Multi engine aircraft require precise fuel system monitoring.

Accurate instruments help maintain operational safety.

Dependable components support consistent performance.

Durable Construction for Aviation Use

This fuel control monitor features durable construction for aviation environments.

It withstands vibration, temperature changes, and continuous operation.

Strong materials support long term reliability.

Aircraft instruments must perform consistently under demanding conditions.

Reliable construction ensures accurate readings over time.

Quality equipment supports safe aircraft operation.

Maintenance professionals prefer proven instrument designs.

Durable components help maintain system performance.

Reliable equipment supports efficient aircraft maintenance.

Ideal for Maintenance and Replacement Applications

This fuel control monitor suits aircraft maintenance and replacement needs.

Operators replace instruments during service intervals or repairs.

Reliable components help maintain fuel system accuracy.

Maintenance facilities seek compatible and tested instruments.

Quality components simplify installation and servicing procedures.

Reliable equipment supports efficient aircraft maintenance.

Aircraft owners benefit from dependable fuel monitoring systems.

Accurate instruments improve engine performance and safety.

This unit offers strong value for compatible aircraft systems.

Proven Fuel Monitoring Performance

The Cessna 310 / 310R Fuel Control Monitor P/N CMF1167 / 9910082-2 delivers dependable performance.

Its tested condition and inspection guarantee increase buyer confidence.

Pilots rely on accurate fuel data during flight operations.

The 30 day warranty adds additional assurance for aircraft owners.

Compatibility with Cessna 310 series enhances usability.

This unit remains a reliable solution for aircraft fuel system monitoring and maintenance.

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Cessna Engine Mount Assembly. The Cessna 172 / 172D Engine Mount Assembly P/N 0551014-1 provides critical structural support for engine installation.

Pilots and maintenance professionals rely on engine mounts for stability and alignment during aircraft operation.

This component ensures proper positioning of the engine within the airframe.

Engine mounts play a vital role in absorbing vibration and distributing engine loads.

They help protect the airframe from stress caused by engine operation.

Reliable mounts support smooth and stable aircraft performance.

Cessna aircraft remain among the most widely used platforms in general aviation.

Operators continue to maintain these aircraft for training and private use.

Quality structural components support long term reliability.

Cessna Engine Mount Assembly

Designed for Cessna 172 and 172D Aircraft

This engine mount assembly is compatible with Cessna 172 and 172D aircraft models.

These aircraft serve as primary trainers and personal aircraft worldwide.

Reliable components help maintain their continued operation.

Correct fitment ensures proper engine alignment within the aircraft structure.

Technicians rely on compatible parts for accurate installation.

Proper alignment supports efficient engine performance.

Maintenance teams frequently source engine mounts for these aircraft models.

Replacement components help restore structural integrity.

Reliable parts support safe aircraft operation.

Cessna Engine Mount Assembly

Structural Support and Vibration Control

Engine mounts provide essential structural support for aircraft engines.

They secure the engine to the airframe under varying load conditions.

Strong construction ensures stability during flight operations.

Mount assemblies also absorb vibration generated by engine activity.

Reduced vibration protects surrounding aircraft components.

This contributes to improved comfort and system longevity.

Proper vibration control helps maintain engine efficiency.

Stable mounting supports consistent engine performance.

Reliable mounts enhance overall aircraft operation.

Cessna Engine Mount Assembly

Part Number Identification P/N 0551014-1

This unit carries part number 0551014-1 for accurate identification.

Technicians use part numbers to confirm compatibility with aircraft systems.

Correct identification supports efficient maintenance procedures.

Accurate part numbers help prevent installation errors.

Maintenance teams rely on clear references when sourcing components.

Proper documentation supports organized service records.

Part numbers also assist during inspection and troubleshooting.

Technicians use them to verify system components.

Accurate identification supports safe aircraft operation.

Cessna Engine Mount Assembly

Durable Construction for Aviation Use

Cessna engine mount assemblies feature strong and durable construction.

They withstand engine loads, vibration, and environmental conditions.

Durable materials support long term structural reliability.

Aircraft structural components must perform under demanding conditions.

Strong design ensures consistent performance throughout operation.

Reliable construction supports safe flight operations.

Maintenance professionals prefer proven structural components.

Cessna continues to provide dependable aircraft parts.

Quality materials support long term durability.

Cessna Engine Mount Assembly

Used Condition – Serviceable Component

This engine mount assembly remains in used condition.

The unit may show cosmetic wear from previous operation.

Such wear typically reflects normal aircraft use.

Used structural components support aircraft maintenance and restoration.

Operators rely on serviceable parts to maintain aircraft performance.

Proper inspection ensures suitability before installation.

Maintenance professionals evaluate structural components prior to installation.

Inspection confirms integrity and compatibility.

Reliable parts support safe aircraft operation.

Ideal for Aircraft Maintenance and Restoration

This Cessna engine mount assembly suits maintenance and restoration applications.

Aircraft owners often replace mounts during major service intervals.

Reliable components help maintain structural integrity.

Restoration specialists seek original equipment for classic aircraft.

Authentic parts support proper configuration and performance.

This assembly supports both operational and restoration needs.

Maintenance facilities frequently source compatible structural components.

Proper parts simplify installation and servicing procedures.

Reliable equipment supports efficient aircraft maintenance.

Essential Component for Engine Installation

Engine mounts ensure proper installation and alignment of aircraft engines.

Accurate positioning supports efficient power transfer and operation.

Reliable mounts contribute to stable aircraft performance.

Structural integrity remains critical for safe aircraft operation.

Strong components support engine loads during all flight phases.

Dependable mounts enhance safety and reliability.

Pilots depend on properly installed and maintained engine systems.

Reliable mounting assemblies support consistent engine performance.

This ensures safe and efficient flight operations.

Proven Cessna Structural Reliability

Cessna structural components maintain a strong reputation in aviation.

The 0551014-1 engine mount reflects proven engineering design.

Operators continue to rely on these components for dependable performance.

This engine mount assembly offers practical value for aircraft maintenance needs.

Its compatibility with Cessna 172 and 172D enhances usability.

It remains a reliable solution for structural support and engine installation.

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Ozone Hydraulic Power Pack. The Ozone hydraulic power pack P/N 1580002-3 delivers reliable hydraulic system performance for aircraft operations.

Pilots and maintenance teams depend on hydraulic systems for critical aircraft functions.

This unit supports consistent hydraulic pressure and dependable system operation.

Hydraulic power packs play an essential role in aircraft equipped with hydraulic systems.

They generate and maintain pressure required for system functionality.

Reliable hydraulic components ensure smooth and controlled aircraft operation.

This unit is compatible with Cessna 337 and 337D aircraft models.

These aircraft rely on dependable hydraulic systems for safe performance.

Proper components support continued operational reliability.

Ozone Hydraulic Power Pack

Designed for Cessna 337 and 337D Aircraft

The Ozone hydraulic power pack fits Cessna 337 and 337D aircraft configurations.

These aircraft models operate in both private and utility aviation roles.

Reliable hydraulic systems support their unique operational requirements.

Correct compatibility ensures proper installation and system integration.

Technicians rely on accurate part numbers during maintenance procedures.

Proper fitment supports safe and efficient operation.

Maintenance teams frequently source compatible hydraulic components.

Replacement units help maintain aircraft hydraulic system performance.

Reliable parts support long term aircraft operation.

Ozone Hydraulic Power Pack

Critical Role in Aircraft Hydraulic Systems

Hydraulic power packs provide pressure for essential aircraft systems.

They support functions such as landing gear operation and other hydraulic mechanisms.

Consistent pressure ensures smooth and reliable system performance.

Aircraft hydraulic systems must operate under varying load conditions.

Power packs maintain stable pressure during operation.

Reliable performance supports safe aircraft functionality.

Pilots depend on properly functioning hydraulic systems during flight operations.

Maintenance teams ensure all components meet operational standards.

Quality equipment supports overall aircraft safety.

Ozone Hydraulic Power Pack

Tested and Verified Operational Performance

This hydraulic power pack has undergone operational testing.

Testing confirmed that the unit functions correctly.

Verified performance increases confidence for aircraft owners and technicians.

Tested components support reliable installation and operation.

Maintenance professionals rely on verified equipment for consistent results.

Proper testing ensures readiness for inspection.

Operational verification helps confirm system reliability.

Technicians evaluate components before installation.

Reliable parts support safe aircraft operation.

Ozone Hydraulic Power Pack

28 Volt Electrical System Compatibility

This unit operates on a 28 volt electrical system.

Many aircraft use 28 volt systems for consistent power distribution.

Proper voltage ensures reliable hydraulic pump operation.

Correct electrical compatibility supports stable system performance.

Technicians verify voltage requirements during installation.

Reliable power supply ensures consistent operation.

Electrical reliability plays a critical role in hydraulic system performance.

Stable voltage helps maintain proper pressure generation.

This supports dependable aircraft operation.

Ozone Hydraulic Power Pack

Part Number Identification P/N 1580002-3

This unit carries manufacturer part number 1580002-3 for identification.

Technicians use part numbers to confirm compatibility with aircraft systems.

Accurate identification supports efficient maintenance procedures.

Correct part numbers help prevent installation errors.

Maintenance teams rely on clear references during component sourcing.

Proper documentation supports organized aircraft service records.

Part numbers also assist during inspections and troubleshooting.

Technicians use them for system verification.

Accurate identification supports safe aircraft operation.

Ozone Hydraulic Power Pack

Used Condition – Guaranteed to Pass Inspection

This hydraulic power pack remains in used condition and shows normal operational wear.

The unit is guaranteed to pass inspection or your money back.

This guarantee provides confidence for buyers.

Used aviation components support maintenance of active aircraft fleets.

Serviceable parts help maintain system functionality without full replacement costs.

Many operators rely on quality used equipment.

Maintenance professionals inspect components before installation.

Inspection ensures compliance with operational requirements.

Reliable parts support safe aircraft performance.

30 Day Warranty for Buyer Assurance

This unit includes a 30 day warranty period.

The warranty provides added assurance for the buyer.

Aircraft owners can evaluate performance after installation.

Warranty coverage demonstrates confidence in the component condition.

Buyers gain peace of mind during procurement.

This adds value to the purchase.

Reliable equipment should perform consistently during operation.

Warranty protection supports customer confidence.

This ensures satisfaction with the component.

Durable Construction for Aviation Use

Ozone hydraulic components feature strong and durable construction.

They withstand demanding aviation environments and operational stress.

Durable materials support long term reliability.

Aircraft hydraulic systems require dependable components for proper function.

Strong construction ensures consistent pressure generation.

Reliable equipment supports smooth system operation.

Maintenance professionals prefer proven hydraulic system designs.

Ozone continues to deliver dependable aviation components.

Quality construction supports safe and efficient aircraft performance.

Ideal for Maintenance and Replacement Applications

This Ozone hydraulic power pack suits aircraft maintenance and replacement needs.

Operators replace hydraulic components during service intervals or repairs.

Reliable parts help maintain system performance.

Maintenance facilities seek tested and compatible hydraulic units.

Proper documentation simplifies installation procedures.

Quality equipment supports efficient aircraft servicing.

Aircraft owners benefit from dependable hydraulic system components.

Consistent performance improves operational safety and reliability.

This unit offers strong value for compatible aircraft systems.

Proven Hydraulic System Performance

The Ozone hydraulic power pack P/N 1580002-3 delivers dependable hydraulic performance.

Its tested condition ensures readiness for inspection and installation.

Pilots and technicians rely on consistent system operation.

Compatibility with Cessna 337 and 337D aircraft enhances usability.

The inspection guarantee and warranty add buyer confidence.

This unit remains a reliable solution for aircraft hydraulic system maintenance and replacement.

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Dukes Fuel Pump. The Dukes Fuel Pump P/N 4140-00 delivers reliable fuel system performance for aircraft operations.

Pilots depend on fuel pumps to maintain consistent fuel pressure during all phases of flight.

This component supports safe engine operation and dependable fuel delivery.

Dukes fuel pumps remain widely trusted across general aviation aircraft.

Operators rely on these pumps for durability and proven performance.

This model continues to support a wide range of aircraft fuel systems.

This unit features a 28 volt electrical configuration.

Many aircraft operate with 28 volt systems for stable power distribution.

Proper voltage compatibility ensures reliable pump operation.

Dukes Fuel Pump

Overhauled Condition for Restored Performance

This Dukes fuel pump has undergone a complete overhaul process.

Technicians restored internal components to ensure proper mechanical function.

Overhaul work improves reliability and operational performance.

Serviced components reduce wear and restore system efficiency.

Aircraft owners benefit from renewed performance capability.

Overhauled units offer extended service life potential.

Maintenance professionals often prefer overhauled fuel system components.

Restored equipment supports dependable aircraft operation.

This adds value for both maintenance and replacement applications.

Dukes Fuel Pump

Includes FAA 8130 Airworthiness Certification

This fuel pump includes an FAA 8130 airworthiness approval form.

The 8130 certification confirms inspection by qualified aviation personnel.

Technicians rely on this documentation during installation.

The 8130 form provides traceability and regulatory compliance.

Maintenance teams use it to verify component condition.

Certified parts simplify aircraft maintenance procedures.

Aircraft owners benefit from properly documented components.

Certification increases confidence in the equipment.

This ensures compliance with aviation standards.

Dukes Fuel Pump

Essential Role in Aircraft Fuel Systems

Fuel pumps play a critical role in maintaining engine performance.

They ensure steady fuel flow from the tank to the engine.

Consistent fuel delivery supports stable combustion.

Pilots rely on fuel pumps during engine start and high demand conditions.

Proper fuel pressure prevents engine interruptions.

Reliable pumps contribute to safe flight operations.

Aircraft fuel systems require dependable components for proper function.

Strong pump performance supports efficient engine operation.

Reliable equipment enhances overall aircraft safety.

Dukes Fuel Pump

Part Number Identification P/N 4140-00

This unit carries manufacturer part number 4140-00 for identification.

Technicians use part numbers to confirm compatibility with aircraft systems.

Accurate identification supports efficient maintenance procedures.

Correct part numbers help prevent installation errors.

Maintenance teams rely on clear references for component selection.

Proper documentation supports organized aircraft service records.

Part numbers also assist during inspections and troubleshooting.

Technicians use them for system verification and evaluation.

Accurate identification supports safe aircraft operation.

Dukes Fuel Pump

28 Volt Electrical Configuration

This fuel pump operates on a 28 volt electrical system.

Many aircraft use 28 volt systems for consistent power delivery.

Proper voltage ensures stable pump operation.

Correct electrical configuration protects the fuel pump from damage.

Technicians verify voltage compatibility during installation.

Reliable power supply supports consistent performance.

Multi system compatibility increases the usability of the pump.

Aircraft owners benefit from flexible installation options.

This enhances the value of the component.

Used Condition – Overhauled and Serviceable

This unit remains in used condition but has been fully overhauled.

The overhaul process restores the pump to serviceable condition.

The unit is ready for inspection and installation.

Used aviation components often support ongoing aircraft maintenance.

Overhauled parts provide a balance between cost and performance.

Many operators rely on serviceable components.

Maintenance professionals inspect components before installation.

Inspection ensures compliance with operational requirements.

Reliable parts support safe aircraft performance.

30 Day Warranty for Buyer Confidence

This Dukes fuel pump includes a 30 day warranty period.

The warranty provides additional assurance for the buyer.

Aircraft owners can evaluate performance after installation.

Warranty coverage demonstrates confidence in the product condition.

Buyers gain peace of mind during procurement.

This adds value to the component.

Reliable equipment should perform consistently during operation.

Warranty protection supports customer confidence.

This ensures satisfaction with the purchase.

Ideal for Maintenance and Replacement Applications

This Dukes fuel pump suits aircraft maintenance and replacement projects.

Operators replace fuel pumps during service intervals or system upgrades.

Reliable components help maintain fuel system performance.

Maintenance facilities seek overhauled and certified components.

Proper documentation simplifies installation procedures.

Quality equipment supports efficient aircraft servicing.

Aircraft owners benefit from dependable fuel system components.

Consistent fuel delivery improves engine reliability.

This pump offers strong value for compatible aircraft systems.

Proven Dukes Fuel Pump Reliability

The Dukes 4140-00 fuel pump delivers dependable fuel system performance.

Its overhauled condition restores functionality and reliability.

Pilots rely on consistent fuel pressure during flight operations.

The included 8130 certification supports compliance and traceability.

The 30 day warranty adds confidence for buyers.

This pump remains a reliable solution for aircraft fuel system maintenance and replacement needs.

The post Dukes Fuel Pump appeared first on Aviation Spare Parts Store.

Dukes Auxiliary Fuel Pump. The Dukes auxiliary fuel pump P/N 4140-00-17 delivers reliable fuel system support for aircraft operations.

Pilots depend on auxiliary pumps to maintain consistent fuel pressure during critical flight phases.

This component supports safe engine performance and dependable fuel delivery.

Dukes fuel pumps have earned a strong reputation across general aviation aircraft.

Operators trust these pumps for durability and consistent operational reliability.

This unit continues to serve as a dependable solution for fuel system support.

The pump was removed from a 1965 Cessna 182H aircraft.

Cessna 182 models remain widely used in general aviation operations.

Reliable fuel system components help maintain their performance and safety.

Dukes Auxiliary Fuel Pump

Essential Role in Aircraft Fuel Systems

Auxiliary fuel pumps support proper fuel flow to the engine.

They provide additional pressure during engine start and high demand conditions.

Reliable fuel delivery helps maintain stable engine operation.

Pilots use auxiliary pumps during takeoff, climb, and emergency situations.

Consistent fuel pressure prevents interruptions in engine performance.

Proper fuel flow supports efficient combustion and engine reliability.

Fuel system components must perform reliably under varying conditions.

Auxiliary pumps ensure steady fuel supply during demanding operations.

This contributes to overall aircraft safety and performance.

Dukes Auxiliary Fuel Pump

Tested and Verified Operational Performance

This Dukes fuel pump has undergone operational testing.

The unit demonstrated proper function during testing procedures.

Testing confirms readiness for inspection and potential installation.

The pump operates on a 14 volt system.

Testing confirmed functionality at 12 volts during evaluation.

Reliable electrical performance supports consistent operation.

Verified components provide increased confidence for aircraft owners.

Maintenance professionals rely on tested equipment for dependable results.

Proper testing supports safe aircraft operation.

Dukes Auxiliary Fuel Pump

Compatible with Cessna 182 and 182H Aircraft

This auxiliary fuel pump is compatible with Cessna 182 and 182H aircraft.

These aircraft models operate widely in training and private aviation sectors.

Reliable components support continued aircraft performance.

Correct compatibility ensures proper installation within the fuel system.

Technicians rely on matching part numbers for accurate integration.

Proper fitment supports safe and efficient operation.

Maintenance teams frequently source compatible pumps for these aircraft.

Replacement components help maintain fuel system functionality.

Reliable parts support long term aircraft operation.

Dukes Auxiliary Fuel Pump

Part Number and Serial Identification

This unit carries part number 4140-00-17 for accurate identification.

Technicians use part numbers to verify compatibility with aircraft systems.

Correct identification supports efficient maintenance procedures.

The pump includes serial number 2021 for tracking and documentation.

Serial numbers help maintain organized service records.

Accurate records support proper maintenance planning.

Clear identification ensures proper documentation and traceability.

Maintenance teams rely on these details during inspections.

This supports safe and compliant aircraft operation.

Dukes Auxiliary Fuel Pump

Total Time Since New (TTAF)

This pump has a total time since new of 3,842.2 hours.

Time tracking provides important insight into component usage.

Maintenance professionals use this information during evaluation.

Recorded hours help determine inspection and service requirements.

Proper tracking supports accurate maintenance planning.

Reliable documentation improves confidence in the component.

Understanding total time helps assess remaining service life.

Technicians evaluate condition based on usage history.

This supports informed maintenance decisions.

Dukes Auxiliary Fuel Pump

Used Condition with Inspection Guarantee

This pump remains in used condition and shows normal operational wear.

The unit has been tested and confirmed operational.

It is offered with a guarantee to pass inspection.

The guarantee provides added confidence for buyers.

Aircraft owners can evaluate the pump during inspection.

This reduces risk during procurement.

Inspection readiness is critical for aviation components.

Maintenance professionals verify condition prior to installation.

Reliable parts support safe aircraft operation.

Dukes Auxiliary Fuel Pump

Durable Construction for Aviation Use

Dukes fuel pumps feature strong construction for demanding aviation environments.

They withstand vibration, pressure variations, and continuous use.

Durable materials support long term reliability.

Aircraft fuel systems require dependable components for safe operation.

Strong construction ensures consistent fuel delivery performance.

Reliable pumps support smooth engine operation.

Maintenance professionals prefer proven fuel system designs.

Dukes continues to produce reliable aviation components.

Quality construction supports efficient aircraft performance.

Ideal for Maintenance and Replacement Applications

This Dukes auxiliary fuel pump suits maintenance and replacement needs.

Aircraft owners often replace pumps during service intervals.

Reliable components help maintain fuel system performance.

Maintenance facilities seek tested and compatible fuel pumps.

Quality components simplify installation and servicing procedures.

Reliable equipment supports efficient aircraft maintenance.

Operators benefit from dependable fuel system components.

Consistent fuel delivery improves engine reliability and safety.

This pump offers practical value for compatible aircraft.

Proven Dukes Fuel Pump Performance

The Dukes 4140-00-17 auxiliary fuel pump delivers dependable fuel system support.

Its tested condition and operational verification increase reliability.

Pilots rely on consistent fuel pressure during flight operations.

Compatibility with Cessna 182 and 182H aircraft enhances its usability.

The included inspection guarantee provides added confidence.

This pump remains a reliable choice for aircraft fuel system maintenance and replacement.

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Garmin GNS 430. The Garmin GNS 430 GPS/NAV/COM P/N 011-00280-10 delivers powerful navigation and communication capability for modern aircraft.

Pilots rely on this unit for precise IFR navigation, clear communication, and dependable avionics performance.

Garmin engineered the GNS 430 to combine multiple critical systems into one efficient cockpit solution.

This all in one avionics unit integrates GPS navigation, VHF navigation, and communication functions.

Pilots manage essential flight operations through a single interface, reducing cockpit complexity.

This design improves workflow and enhances situational awareness during all phases of flight.

Garmin avionics systems remain widely trusted across general aviation and commercial aircraft.

Pilots and technicians recognize Garmin for reliability, innovation, and long term performance.

The GNS 430 continues to serve as one of the most proven avionics units in aviation.

Garmin GNS 430

Integrated GPS, NAV, and COM System

The Garmin GNS 430 combines GPS, NAV, and COM functionality into one system.

Pilots use the GPS system for accurate enroute navigation and approach procedures.

Reliable positioning supports precise flight planning and route management.

The NAV system includes VHF navigation with glideslope capability.

Pilots use this feature for ILS approaches and accurate runway alignment.

Glideslope guidance ensures proper descent path during landing.

The COM system delivers 10 watt VHF communication capability.

Pilots transmit and receive clear radio communications with air traffic control.

Strong communication performance supports safe and efficient flight operations.

Combining these systems reduces the need for multiple cockpit instruments.

Pilots operate fewer controls while maintaining full navigation and communication capability.

This integration improves efficiency and reduces pilot workload.

Garmin GNS 430

Color Moving Map Display

The Garmin GNS 430 features a color moving map display for enhanced situational awareness.

Pilots view real time aircraft position relative to terrain, waypoints, and navigation routes.

This visual representation improves navigation accuracy and decision making.

The moving map display allows pilots to track progress along planned routes.

Clear graphical data supports better understanding of flight position.

Pilots can quickly adjust navigation based on displayed information.

Color displays improve readability compared to traditional monochrome systems.

Pilots benefit from clear and intuitive visual data presentation.

Enhanced visibility supports safer flight operations in all conditions.

Garmin GNS 430

IFR Capable Navigation System

The Garmin GNS 430 supports IFR navigation requirements for instrument flight operations.

Pilots use this system for enroute navigation, approaches, and departures.

Reliable avionics equipment ensures compliance with IFR operational standards.

Accurate navigation data supports safe flight in low visibility conditions.

Pilots rely on dependable systems during instrument approaches.

The GNS 430 provides consistent performance in demanding flight environments.

IFR capable avionics systems remain essential for professional aviation operations.

Pilots depend on reliable navigation equipment during all weather conditions.

This unit supports safe and efficient IFR flight.

Garmin GNS 430

Interfaces with Advanced Aircraft Systems

The Garmin GNS 430 interfaces with multiple aircraft systems for enhanced capability.

It connects with autopilot systems to support automated flight control.

Pilots benefit from reduced workload during long flight operations.

The unit also integrates with EFIS displays for expanded cockpit functionality.

Pilots can view navigation data across multiple display systems.

This improves situational awareness and system coordination.

The GNS 430 supports integration with traffic and weather systems.

Pilots receive real time information about surrounding aircraft and weather conditions.

This enhances safety and improves decision making.

System integration allows the GNS 430 to function as a central avionics hub.

Pilots manage multiple systems through one interface.

This improves efficiency and operational control.

Dual Voltage 14V and 28V Compatibility

The Garmin GNS 430 operates on both 14 volt and 28 volt electrical systems.

This flexibility allows installation across a wide range of aircraft platforms.

Technicians can match the unit to existing aircraft electrical configurations.

Proper voltage compatibility ensures reliable avionics performance.

Stable power supply supports consistent navigation and communication functionality.

Correct integration protects sensitive avionics components.

Multi voltage capability increases installation versatility.

Aircraft owners benefit from flexible avionics solutions.

This makes the unit suitable for many aircraft types.

Serviced Condition – Excellent Performance

This Garmin GNS 430 remains in excellent serviced condition.

The unit has undergone servicing to ensure reliable performance.

Pilots can expect consistent operation during flight.

Serviced avionics equipment provides added confidence for aircraft owners.

Maintenance work ensures proper functionality and system reliability.

Reliable components support safe flight operations.

Well maintained avionics systems continue to perform effectively over time.

Pilots rely on dependable equipment during all flight conditions.

This unit supports long term operational use.

Ideal for Avionics Upgrades and Replacement

The Garmin GNS 430 serves as an excellent solution for avionics upgrades and replacement projects.

Aircraft owners upgrade legacy systems to improve navigation accuracy and cockpit functionality.

Modern avionics enhance both performance and operational capability.

Integrated systems reduce cockpit clutter and improve workflow efficiency.

Pilots benefit from improved situational awareness and communication clarity.

Reliable avionics support safe and efficient flight operations.

Maintenance facilities frequently source Garmin units for aircraft upgrades.

Replacement equipment helps maintain operational readiness across aircraft fleets.

Quality avionics reduce downtime and improve system reliability.

Proven Garmin Avionics Performance

Garmin continues to lead the aviation industry in avionics technology and innovation.

Pilots trust Garmin systems for accurate navigation and clear communication.

The GNS 430 reflects advanced avionics engineering and proven reliability.

This unit delivers dependable GPS navigation, VHF navigation, and communication capability.

Its integrated design enhances cockpit efficiency and operational performance.

Pilots rely on its consistent operation during flight.

The Garmin GNS 430 GPS/NAV/COM P/N 011-00280-10 offers exceptional value.

Its serviced condition ensures reliable performance and long term usability.

This unit provides a powerful and trusted solution for modern aircraft avionics systems.

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Garmin G5 HSI Kit. The Garmin G5 HSI Kit P/N 011-03809-00 delivers modern navigation display capability for aircraft avionics upgrades.

Pilots use this system to improve situational awareness and navigation accuracy.

Garmin designed the G5 HSI to replace legacy mechanical instruments with digital technology.

The G5 HSI provides a clear and reliable horizontal situation indicator display.

Pilots can easily interpret heading, course, and navigation data during flight.

Modern digital displays improve readability in all flight conditions.

Garmin avionics systems remain widely trusted across general aviation aircraft.

Pilots and technicians recognize Garmin for innovation and reliability.

The G5 series represents a significant advancement in cockpit instrumentation.

Garmin G5 HSI Kit

Advanced Digital HSI Display

The Garmin G5 HSI delivers precise navigation information through a digital interface.

Pilots view heading, course deviation, and navigation data on a single display.

This integration improves cockpit efficiency and reduces pilot workload.

Digital displays provide clearer information compared to traditional analog instruments.

Pilots benefit from improved visibility in varying lighting conditions.

Accurate data presentation supports better decision making during flight.

The G5 HSI enhances situational awareness during navigation operations.

Pilots maintain better control of aircraft position relative to planned routes.

Reliable display systems support safer flight operations.

Garmin G5 HSI Kit

Ideal for Avionics Upgrades

The Garmin G5 HSI Kit serves as a practical upgrade for older avionics systems.

Aircraft owners replace outdated instruments with modern digital solutions.

Upgraded systems improve both functionality and cockpit appearance.

Modern avionics upgrades increase aircraft operational efficiency.

Pilots benefit from improved navigation accuracy and system reliability.

Digital systems also reduce maintenance requirements over time.

The G5 HSI integrates well into existing avionics configurations.

Technicians install the system with minimal modification to the instrument panel.

This makes it a popular upgrade option among aircraft owners.

Garmin G5 HSI Kit

New Condition with 8130 Certification

This Garmin G5 HSI Kit is offered in new condition.

The kit includes a valid FAA 8130 airworthiness approval form.

Certification confirms compliance with aviation standards.

The 8130 form provides traceability and inspection documentation.

Maintenance professionals rely on this paperwork during installation.

Certified components simplify aircraft maintenance procedures.

New avionics equipment ensures optimal performance and reliability.

Aircraft owners benefit from unused components with full service life.

Reliable Garmin Avionics Technology

Garmin produces some of the most advanced avionics systems in aviation.

Pilots worldwide rely on Garmin equipment for navigation and communication.

The company continues to lead innovation in cockpit technology.

The G5 series reflects Garmin’s focus on performance and usability.

Pilots benefit from intuitive controls and reliable system operation.

This makes the G5 HSI a preferred choice for avionics upgrades.

Reliable avionics equipment improves overall flight safety and efficiency.

Pilots depend on accurate navigation data during every flight.

Garmin systems support consistent and dependable operation.

Part Number Identification P/N 011-03809-00

This kit carries part number 011-03809-00 for accurate identification.

Technicians use part numbers to confirm compatibility with aircraft systems.

Proper identification supports efficient procurement and installation.

Accurate documentation helps prevent installation errors.

Maintenance teams rely on correct references for avionics components.

Proper identification supports organized maintenance records.

Part numbers also assist with future servicing and inspections.

Technicians use these references for troubleshooting and system checks.

Clear identification helps maintain aircraft system integrity.

Modern Navigation Solution for Aircraft

The Garmin G5 HSI Kit provides a modern solution for aircraft navigation display needs.

Pilots benefit from improved situational awareness and navigation precision.

Digital systems enhance cockpit functionality and usability.

Aircraft owners continue upgrading avionics systems with Garmin technology.

Modern equipment improves both safety and operational performance.

The G5 HSI remains a popular choice for avionics modernization projects.

For aircraft owners and maintenance professionals, this kit offers excellent value.

The Garmin G5 HSI P/N 011-03809-00 delivers reliable digital navigation display capability.

It stands as a powerful upgrade solution for compatible aircraft avionics systems.

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Bendix King KNS-80. The Bendix King KNS-80 avionics unit delivers reliable navigation capability for general aviation aircraft.

Pilots use this system to manage multiple navigation functions during flight operations.

The KNS-80 remains one of the most versatile navigation units installed in many aircraft.

Bendix King designed the KNS-80 to combine several navigation technologies in one unit.

This avionics system integrates VOR, localizer, DME, RNAV, and glideslope capabilities.

Pilots benefit from multiple navigation tools within a single cockpit instrument.

Many general aviation aircraft continue to operate with KNS-80 avionics systems.

Aircraft owners value the system for reliability and operational versatility.

This model remains widely recognized within aviation maintenance communities.

Bendix King KNS-80

Multi Function Navigation System

The KNS-80 supports several important navigation functions used in aviation.

Pilots use the VOR receiver to track and follow ground based navigation signals.

The localizer receiver assists with precise runway alignment during instrument approaches.

The DME function measures aircraft distance from navigation stations.

Distance information helps pilots confirm aircraft position along a route.

Accurate distance data supports precise navigation planning.

The RNAV capability allows pilots to navigate using stored waypoints.

RNAV systems improve route flexibility during flight operations.

Pilots can follow programmed routes between navigation points.

Bendix King KNS-80

Integrated Glideslope Capability

The Bendix King KNS-80 also supports glideslope signal reception.

Glideslope guidance assists pilots during instrument landing system approaches.

Accurate vertical guidance helps maintain proper descent path.

Reliable glideslope signals support safer landing operations during low visibility conditions.

Pilots rely on these signals to maintain correct glide path alignment.

Precise descent guidance improves landing accuracy.

Combining glideslope capability with other navigation functions increases cockpit efficiency.

Pilots operate fewer separate instruments within the avionics panel.

Integrated systems help simplify flight management.

Bendix King KNS-80

Tested Working and Verified Performance

This Bendix King KNS-80 unit has been tested for proper operation.

Testing confirmed that the system powers on and functions correctly.

Operational verification helps confirm equipment reliability.

The unit remains in good used condition based on visual inspection.

Listing photos show the exact item included in the sale.

Buyers receive the specific avionics unit shown.

Proper testing increases confidence for aircraft owners and technicians.

Functional avionics equipment helps maintain reliable cockpit systems.

Tested equipment supports dependable flight operations.

Bendix King KNS-80

Durable Avionics Design

Bendix King avionics equipment has supported general aviation aircraft for decades.

The KNS-80 reflects proven engineering and reliable electronic design.

Many aircraft operators continue to rely on this system.

Avionics units must perform reliably within demanding cockpit environments.

Aircraft vibration and temperature variations challenge electronic equipment.

Strong construction helps protect internal avionics components.

Reliable navigation equipment improves overall flight safety.

Pilots depend on accurate navigation information during every flight.

Durable avionics systems support consistent performance.

Part Number Identification P/N 066-4008-00

This navigation unit carries manufacturer part number 066-4008-00.

Technicians use part numbers to verify avionics compatibility.

Accurate identification supports efficient aircraft maintenance procedures.

Correct part numbers help technicians source proper replacement equipment.

Maintenance teams rely on clear references when installing avionics units.

Proper documentation supports organized aircraft service records.

Part identification also assists during troubleshooting and inspections.

Reliable documentation helps maintain accurate maintenance logs.

Accurate records support continued aircraft operation.

Ideal for General Aviation Aircraft

The King KNS-80 remains suitable for many general aviation aircraft.

Pilots appreciate its multi function navigation capabilities.

Maintenance technicians continue to support this avionics system.

Aircraft with legacy avionics systems often require compatible replacement units.

Serviceable equipment helps maintain operational avionics installations.

Reliable parts help extend the life of existing cockpit systems.

Maintenance facilities frequently seek dependable used avionics components.

Quality equipment supports ongoing aircraft servicing needs.

Reliable avionics help reduce aircraft downtime.

90 Day Warranty for Added Confidence

This Bendix King KNS-80 includes a ninety day warranty period.

Warranty coverage provides additional assurance for the buyer.

Buyers can evaluate equipment performance during this period.

Reliable avionics equipment should perform consistently during operation.

Warranty support demonstrates confidence in the equipment condition.

This coverage increases buyer confidence.

Dependable avionics remain essential for safe aircraft operation.

Clear navigation guidance supports accurate flight planning.

Reliable systems help maintain safe flight operations.

Trusted Bendix King Navigation Technology

Bendix King remains a respected name within aviation avionics technology.

Pilots recognize the brand for dependable navigation and communication equipment.

Many aircraft continue to operate with Bendix King systems.

The KNS-80 unit represents a versatile navigation solution for general aviation aircraft.

Its multiple navigation capabilities support efficient flight management.

Pilots rely on its proven performance during flight operations.

This transponder offers strong value.

The unit has been tested working and remains in good used condition.

It provides dependable navigation capability for compatible aircraft avionics systems.

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