Integral fuel tanks in aircraft form part of their wing or fuselage structure and they are commonly met in high-performance aircraft as they are the lightest, with most space per unit of weight. Rigid removable aircraft fuel tanks are also used in some aircraft, typically made of stainless steel or aluminum alloy and riveted together. Flexible fuel tanks (aka fuel bladders) are fuel containers made of reinforced flexible materials. They share many characteristics with rigid tanks but they require a smaller opening in the aircraft to be installed. Also used in other sectors for rapid deployment of storage facilities or increase capacity of fuels (gasoline, diesel or jet fuel) but also for water, oils, or as emergency units. They are made of high-quality PVC, EVA, and TPU (Thermoplastic Polyurethane) coated fabrics, are fully UV resistant, and can operate at temperatures from -50°C to +90°C, ensuring durability and reliability under the most demanding conditions. Made by different manufacturers, these tanks conform to commercial standards while some of them are ballistic-tolerant or engineered for mission-critical military or aerospace uses, meeting respective commercial (such as TSO-C80 and 14 CFR Part 29) as well as military specifications like MIL-DTL-6396, MIL-DTL-5578, and MIL-DTL-27422.

Related materials such as tank cleaners/degreasers, adhesives & sealants are also offered and included in this presentation. 

Tank adhesives/sealants come in different compounds (chemical composition) and respective prices, and their selection heavily depends the material of the tank they shall be applied and the sealing content (water, oil, fuel, etc). The selection and use of any sealant during tank construction, maintenance or repair should always ensure sealant's compatibility with tank composition and chemical resistance to fuels or other fluids to be sealed. Commonly used sealants for tanks span from PVC, the more cost-effective but with low temperature resistance & toxic when burned, to more expensive but safer Silicone ones, with excellent flexibility, high and low-temperature resistance and biocompatibility, to Polyurethane sealants, durable but not so chemically resistant as Polysulfide, and Polysulfide rubber sealants, flexible, and extremely resistant to gasoline, ethanol and many other chemicals. 

For aircraft integral fuel tanks and rigid removable fuel tanks made of metals, two-part Polysulfide sealants are often the preferred choice. For flexible Polyurethane/Thermoplastic Polyurethane (PU/TPU) fuel tanks (bladders) the bonding/sealing material itself is often a specialized PU/TPU formulation for enhanced flexibility and durability,chemical resistance to hydrocarbon fuels, solvents, and oils, impact resistance, and bonding strength compared to traditional formulations. Silicone sealants are also used depending on application requirements.

Supplied either as OEM parts or as parts of our own labelled (AVIATIONEU NEW ERA) product lines. 

GOODYEAR® AVIATION tires are widely used in all aviation tire market segments, from piston engine light aircraft to turboprops, business jets, regional and commercial airlines.They come in different series meeting respective economy, performance or special operations' application requirements. Offered in NEW or USED (RETREAD) (*) Condition.

GOODYEAR® AVIATION FLIGHT SPECIAL® ΙΙ Series aircraft  tires are popular replacement tires for light aircraft due to their unsurpassed combination of value and performance. Designed for long tread life, they are built to last. They feature quality construction, wide rib thread design and large footprint, tough-wearing thread rubber and triple-tempered nylon casing cord resulting in enhanced traction, uniform wear and extended service life.

GOODYEAR® AVIATION FLIGHT CUSTOM® ΙΙI Series "Top of the Line" aircraft  tires set new records for long wear, high-strength and dependability. They feature dual polymer tread compound, enlarged tread contact area, extra-wide aquachannel grooves, sculptured sidewalls and Kevlar® belts for added tread stability. Benefis from their use include up to 20% more landings, superior wet traction treadwear and enhanced traction and treadwear assisting dimensional stability. 

GOODYEAR® AVIATION FLIGHT EAGLE® Series are industry’s preferred business jet tires. FLIGHT EAGLE® LT tires are designed for very light and light jet applications featuring tough, cool-running tread compound, robust, 6-ply bead area, 2-groove tread design, sidewall with antioxidants to help fight ozone and special wear-resistant tread compounds.

GOODYEAR® AVIATION FLIGHT LEADER® Series tires are the bias-ply choice for commercial aircraft. They feature a bias-ply construction, a specialized cord body shape and a specially compounded tread design and large contact area. They offer high speed performance and greater load capacity but also reduced stress as the tire cycles from tension to compression. They can be used in a wide range of operating conditions and aircraft applications.

For additional information please refer to the supplied documentation or contact us.

(*) Retread tires have undergone a remanufacturing process to replace the worn tread on used tires with new tread to help extend the life of the tire. The number of times the  tread has been replaced in the tire casing is indicated by a number just after the letter "R" in the product reference number (SKU), namely R1, R2, R3 and so on.

An extensive range of standard MIL-SPEC and Cessna pulleys and pulley kits is offered by McFARLANE® AVIATION. The kits contain all pulleys and cotter pins required to replace all flight control system pulleys in one airplane containing the respective part numbers and quantities required. Different McFarlane pulley series include: 

MCS378 Series phenolic flight control pulleys with ball bearings, FAA-PMA approved replacements for the Cessna S378, A-/BB-, and NAS383- series pulleys on Cessna Aircraft. The MCS378- series pulleys supersede these for most Cessna aircraft applications and  feature high quality sealed precision ball bearings, superior to low grade, open seal bearings used in the Cessna S378-()L light duty series pulleys that they replace.

MS20219 Series aircraft secondary control pulleys, superseding the respective AN219 series pulleys are offered either with high pressure laminated phenolic sheave (MS20219 Series) or aluminum alloy sheave anodized per MIL-A-8625 (MS20219A Series), both with fixed ball bearing with contact seal. The aluminum body is recommended for -1 and -3 pulleys. The -1 pulley should not be installed in flight control systems.

MS20220 Series phenolic flight control pulleys with ball bearings. These supersede the AN220- Series pulleys of like dash number.

MS24566 Series phenolic flight control pulleys with ball bearings. MS24566 pulleys can be used to replace the corresponding AN210 pulleys designated by the letters "A" or "B" in their dash numbers as they differ in the maximum load limit.

NAS383 Series phenolic commercial grade pulleys with graphite impregnated bronze sleeve bearings. These are typically used with a bushing. The MCS378 pulley replaces both the NAS383 pulley and it's bushing.

S394, S1052-1/ S1710-1 Cessna nylon pulleys with no bearings.

S378-4S Cessna pulley similar to S378-4 but with smaller diameter. Used on Cessna airplanes 177RG s/n 177RG0202 and on, and F177RG0038 and on for routing stabilator, stabilator trim, and rudder cables. Six required per aircraft.

1660433 Series Cessna phenolic pulleys with ball bearings.

MS24665 series cotter pins are also available with the pulley kits or separately in packs of 10 or 25.

Please refer to the individual product presentations, the respective charts provided for specifications and cross-reference information or contact us.

The Silicon Microstructures SM5882 series of OEM pressure sensorscombines state-of-the-art pressure sensor technology with CMOS mixed signal processing technology to produce an amplified, fully conditioned, multi-order pressure and temperature compensated sensor in a small SO16 plastic package. The model SM5882 is designed for operating pressure ranges at 0.6 PSI and 1.5 PSI. Typically used in medical instrumentation, pneumatic control, gas flow and HVAC applications. 

Product Features

CMOS digital signal processor technology

Calibrated pressure available through I²C-Bus-Interface

Analog output signal ratiometric with supply voltage

Differential pressure applications with +/- pressure

EEPROM stored individual correction data

SO-16 package for surface mount

For additional information please refer to the supplied documentation.

CONSTRUCCIONES AERONÁUTICAS SA (CASA) is a Spanish aircraft designer and manufacturer. Today, CASA forms part of EADS (AIRBUS Group of Companies). CASA aircraft platforms include the CASA C-212 Aviocar turboprop-powered STOL medium cargo aircraft, the CASA CN-235 robust and affordable medium-range twin-engine transport aircraft, jointly developed with Indonesian manufacturer IPTN and operated as both a regional airliner and for military air transport and aerial surveillance, the CASA C-295 ("stretched" derivative of the CN-235) and the CASA C-101 trainer/ground attack aircraft. Parts & accessories for these aircraft are offered as OEM parts from their respective manufacturers.

Aviation Fire Extinguishers by H3R Aviation, Inc. include Halon, Halotron 1, Halotron BrX and wheeled  fire extinguishers. They are considered Hazardous Materials (HAZMAT) with respective packaging & certification requirements.

H3R RT Series Liquefied Gas Portable Extinguishers are popular general aviation fire extinguishers, and standard equipment on many light aircraft due to their light weight,  low maintenance and a 12 year shelf life. They contain a unique blend of liquefied gas 1211/1301, two highly effective fire fighting agents. These units are self expelling which means that the pressure remains constant even when the extinguishers are almost empty. They are available in different models with respective charge weights in lbs.

H3R A344T Halon 1211 Aircraft Fire Extinguisher is the company's smallest fire extinguisher with a gauge, similar in size but heavier than the Halon blend model RT A600. Recommended for a 1-4 person aircraft, including the pilot.  

H3R C352TS and C354TS models of Halon 1211 fire extinguishers can be used for cockpit/cabin and is found on a wide variety of commercial and general aviation aircraft, from Boeings to Cessnas. C352TS fire extinguisher is of same size tand uses the same mounting bracket with C354TS model except that the C354TS  fire extinguisher carries twenty percent more Halon 1211 than C352TS.

H3R  Halotron 1 series of fire extinguishers use Halotron® 1 the most widely tested and accepted Halon 1211-alternative agent for streaming applications. Just like Halon 1211, Halotron® 1 expels as a rapidly evaporating liquid and leaves no residue.

H3R Halotron BrX series of fire extinguishers use Halotron BrX clean agent making them ideal options for those seeking to replace Halon 1211 fire extinguishers due to regulatory or environmental considerations. Halotron BrX is a UL, ISO, EN, EASA and FAA compliant Halon 1211 alternative. A low GWP and very low ODP allowed Halotron BrX to be approved for use on commercial aircraft. 

For more information on H3R fire extinguishers please consult the Product Description section. 

INTERCONNECT SOLUTIONS COMPANY (ISC) is a manufacturer of cables, cable assemblies, harnesses, and control panels which are used in a wide range of applications in Commercial and Military Aircraft, Lifesaving Medical Devices, Weapon Systems, Inflight Entertainment and Power Systems. The company is a supplier of Boeing and Airbus for their commercial aircraft. 

The PARKER HANNIFIN electronic plug amplifier VS 111 provides control for proportional pressure, directional, and throttle valves.

The plug amplifier may be mounted directly on the proportional solenoids and secured with a screw. The output of the amplifier supplies DC current for controlling one proportional solenoid.

This current is proportional to the command signal at the input of the amplifier. Through this, together with a proportional valve, an infinitely variable adjustment can be made to the pressure or flow.

Product Features:

• Solenoid control

• Simple installation, direct on valve

• Standard voltage or current signals for command signal inputs

• Capable of PLC control

• Solenoid current independent of temperature

• Solenoid connection 2+PE as per EN 175301-803

• Control connection 6+PE as per DIN 43651

IMPORTANT NOTE: Discontinued Item. Limited Availability from existing stocks in NEW SURPLUS  or USED Conditions.

For additional information please consult the supplied documentation or contact us.

The 90340/90375 Series wing tip mounted light systems from WHELEN AEROSPACE TECHNOLOGIES (WAT) combine  strobe anti-collision/LED position lights, eliminating the need for a tail mounted position light. 90375 Series is same as 90340 with the addition of 3 feet of braided bonded protection for use in composite wingtip structure. They can be direct replacements (exact footprint) for the Whelen Model A600PG/PR series without replacing the current strobe power supply. The LEDs in position lights provide a significant reduction in current draw over conventional light bulbs. The strobe light lens assembly is radio shielded for maximum EMI/RFI protection. Single set of flying leads operates both forward & tail nav on 28 VDC version, and one set each of flying leads for the forward & tail nav on the 14 VDC version. FAA TSO'd.

Product Specifications:

LED Navigation Light Power Consumption: 0.5 amps @ 14 VDC, 0.25 amps @ 28 VDC 

Weight: 0.60 lbs. (272gm) 14 VDC, 0.65 lbs. (295gm) 28 VDC 

Exposed Height: 2.70” (69mm) 

LED Colors: Aviation Red, Aviation Green & Aviation White 1.1 lbs. (499gm) 

Lens: Clear RFI coated glass: strobe, Clear Polycarbonate: Navigation Lights

BC207 High/Low Voltage Warning Indicator by B&C SPECIALITY PRODUCTS  is a solid-state device which provides a visual indication of abnormal bus voltage via a panel-mounted warning light (included). It is intended for use in non certified aircraft. Not FAA Approved. When flashing,the warning light indicates a bus voltage greater than 15.5 volts D.C. When steady, it indicates a bus voltage below 12.5 volts D.C. The product also includes B&C S708-2 Miniature Push-Button switch (push-to-test). The BC207  Voltage Warning Indicator can be used in both 14v and 28v electrical systems. 

RBC Aerospace Bearings offers the industry’s widest selection of rod end type bearings (also known as the Heim rod ends or joints) in inch and metric sizes with a variety of platings, coatings and materials and a range of optional features such as lubrication fittings, left hand threads and keyway slots. RBC product range of Heim rod ends are offered with brass race inserts in standard, precision and high capacity designs, high strength two piece designs, self-lubricating rod ends with engineered thermoplastic races or high performance Teflon® liners, military standard (AS81935) ME/FE rod end series, ball bearing rod ends with extremely low friction and misalignment capability and elastomeric bearing rod ends that reduce vibration and noise in installations. Please refer to the attached documentation for additional information.

M81935/1 ME Series Product Features:

Wide, High Capacity Series

External Threads

Alloy Steel, Self-Lubricated

FINDER 66 Series 30 A Power relays are electromagnetic devices available in DPDT (66.22/66.82) and DPST-NO versions (66.22-x300/66.82-x300) & different variants.

Product Features:

• Reinforced insulation between coil and contacts according to EN 60335-1

• 8 mm creepage and clearance distances

• AC coils & DC coils

• Cadmium Free option available

• ATEX compliant (EX nC) options available

Double Pole Double Throw (DPDT) Changeover (66.22 and 66.82). Commonly used to separate two circuits electrically and connect them magnetically. They are often used to interface an electronic circuit, which works at a low voltage to an electrical circuit which works at a high voltage. 

66.22 type with 30 A rated contacts, PCB mount and bifurcated terminals

66.82 type with 30 A rated contacts, Flange mount and Faston 250 connections 

Double Pole Single Throw Normally Open (DPST-NO) (66.22-x300 and 66.82-x300). Equivalent of 2 SPST switches (NO Normally Open and NC Normaly Closed) and can be used to switch 2 different loads.

66.22-x300 type with 30 A rated contacts, PCB mount and bifurcated terminals

66.82-x300  type with 30 A rated contacts, Flange mount and Faston 250 connections 

SKY-TEC, a HARTZELL ENGINE TECHNOLOGIES brand, includes starters and support for Prestolite, Electrosystems, Lamar and Kelly designs. SKY-TEC OEM contactors are today installed in many general aviation aircraft while SKY-TEC FAA-PMA contractors can be used for starter, battery master/auxiliary or auxiliary power applications in replacement of OEM parts.

SKY-TEC STS-S Series FAA-PMA certified aircraft starter solenoids (aka relays) are intermittent duty suitable for starter applications. They are available in 12V (STS-S12) or 24V (STS-S24) versions. Activation: +V to S-Terminal (Frame is grounded by mounting).

SKY-TEC STS-M Series FAA-PMA approved Battery/Master solenoids are continuous duty solenoids intended for use in battery master/auxiliary applications in certified aircraft. They are available in 12V (STS-M12) or 24V (STS-M24) versions. Activation: -(Ground) to S-Terminal. (Floating ground frame).

SKY-TEC STS-A Series FAA-PMA approved solenoids are continuous duty and typically used for connecting auxiliary (ground) power. They are available in 12V (STS-A12) or 24V (STS-A24) versions. Activation: varies.

Product Features:

FAA-PMA Certified

All-metal case construction

Silver contacts (vs. copper) for high-current capability and long-life. They provide 300A in-rush capability. Much higher than the original units.

Strong spring and high-current coil for quick contact opening - minimizing arcing

Single coil terminal (other end connected to case)

High quality manufacturing 

Upgraded to perform best with today's lightweight, high torque starters

Same OE terminal layout simple to install

For additional information on different SKY-TEC series of slenoids and their applications in different aircraft please refer to the respective product presentations.

Brakes and related parts for use on Textron Aviation Cessna, Beechcraft and Hawker aircraft. Also available as FAA-PMA approved parts from other manufacturers.

YAESU rechargable batteries are intended for use with YAESU handheld transceivers.

The company SPECIALTY TIRES OF AMERICA (formerly McCREARY TIRE & RUBBER providing automotive tires) manufactures a wide range of aircraft tires under different brands including SUPER HAWK®, AIR HAWK®, AIR TRAC®, AERO CLASSIC® & AERO TRAINER® as well as matching tire tubes. Different brands (series) briefly presented below are separately listed. They are supplied with a standard Certificate of Conformance. If an FAA/EASA Form is needed and is available please mention during the order placement. In this case, additional cost may apply.

Inner tubes are also offered for tube type tires which generally share the same designation as the respective tire (e.g. a 5.00-5 inner tube fits a 5.00-5 tire) with exceptions when the inner tube can fit more than one aircraft tyre size (e.g. the 5.00-5 inner tube can be used in both the 5.00-5 as well as the 15×6.00-5 tires). Inner tubes are supplied with valves of different designs (e.g. straight or 90º bend valves) carrying respective designations. Accessories such as French Chalk, Valve Caps, and Cores are also available on request. For more information please refer to the supplied documentation.

SUPER HAWK® tires are the best choice when  the highest levels of performance and extra-long tread life are required. Designed to handle higher landing speeds and heavier loads, these tires combine advanced design & over 90 years of precision tire craftsmanship resulting in premium belted aircraft tires that surpasse FAA specifications and match the performance of more expensive brands.

AIR HAWK® tires are premium grade & priced tires, but provide longer service life. Excellent choice for a wide range of applications. Improved tread compounds and high-strength casings offer added wear resistance and an extra measure of security. AIR HAWK® tires are FAA approved and tested by thousands of pilots, delivering a reliable, cost-effective performance under a wide variety of takeoff and landing conditions. 

AIR TRAC® fine nylon cord narrow-ribbed, oval shaped tires are designed for soft field applications and rigidly tested to meet FAA Standard TSO-C62. The  AIR TRAC  tires consist an excellent choice for single engine, piston aircraft. Thesy are ideal for aircraft operated on grass strips while being perfectly usable on hard surfaces. These tires are are original equipment on many of today’s aircraft and offer a great performance in an economical tire. AIR TRAC® tubes are the perfect match to the AIR TRAC®  tires. 

AERO CLASSIC® tires are designed specially for classic planes including warbirds, DC-3's, and Beech 18's, often the only manufacturer producing tires for these aircraft. The product line includes over 50 tires and tubes, from 8" diameter for tailwheels, up to 56" diameter C-130 inner tubes. AERO CLASSIC® tubes are tested to MIL-I-5014F standard. 

AERO TRAINER® tires are designed for flight schools with single engine trainers. They combine the high quality and durability with a competitive price.

An extensive range of standard MIL-SPEC and Cessna pulleys and pulley kits is offered by McFarlane Aviation. The kits contain all pulleys and cotter pins required to replace all flight control system pulleys in one airplane containing the respective part numbers and quantities required. Different McFarlane pulley series include: 

MCS378 Series phenolic flight control pulleys with ball bearings, FAA-PMA approved replacements for the Cessna S378, A-/BB-, and NAS383- series pulleys on Cessna Aircraft. The MCS378- series pulleys supersede these for most Cessna aircraft applications and  feature high quality sealed precision ball bearings, superior to low grade, open seal bearings used in the Cessna S378-()L light duty series pulleys that they replace.

MS20219 Series aircraft secondary control pulleys, superseding the respective AN219 series pulleys are offered either with high pressure laminated phenolic sheave (MS20219 Series) or aluminum alloy sheave anodized per MIL-A-8625 (MS20219A Series), both with fixed ball bearing with contact seal. The aluminum body is recommended for -1 and -3 pulleys. The -1 pulley should not be installed in flight control systems.

MS20220 Series phenolic flight control pulleys with ball bearings. These supersede the AN220- Series pulleys of like dash number.

MS24566 Series phenolic flight control pulleys with ball bearings. MS24566 pulleys can be used to replace the corresponding AN210 pulleys designated by the letters "A" or "B" in their dash numbers as they differ in the maximum load limit.

NAS383 Series phenolic commercial grade pulleys with graphite impregnated bronze sleeve bearings. These are typically used with a bushing. The MCS378 pulley replaces both the NAS383 pulley and it's bushing.

S394, S1052-1/ S1710-1 Cessna nylon pulleys with no bearings.

S378-4S Cessna pulley similar to S378-4 but with smaller diameter. Used on Cessna airplanes 177RG s/n 177RG0202 and on, and F177RG0038 and on for routing stabilator, stabilator trim, and rudder cables. Six required per aircraft.

1660433 Series Cessna phenolic pulleys with ball bearings.

MS24665 series cotter pins are also available with the pulley kits or separately in packs of 10 or 25.

Please refer to the individual product presentations, the respective charts provided for specifications and cross-reference information or contact us.