Aircraft hydraulic pumps are used to move non-compressible fluid through an aircraft hydraulic system. This power is often used on small airplanes to operate wheel brakes, retractable landing gear, and some constant-speed propellers. On larger airplanes, hydraulics are used for flight control surfaces, wing flaps, spoilers, and other systems. Aircraft hydraulic pumps are normally engine driven, but sometimes to simplify the system manufacturers use an electric motor to drive the hydraulic system. These hydraulic power packs incorporate a reservoir, control valve and auxiliary valves into a single unit.

As the OEM for the PRESTOLITE Power Packs, AEROSPACE TURBINE ROTABLES Inc.applies an extensive overhaul and testing process to ensure a long and reliable operation of PRESTOLITE Hydraulic Power Packs offered as Overhaul/Exchange (*).  

(*)requires the return of the old unit and its exchange by an overhauled one. The supplier maintains the right to check the condition of the returned unit before the exchange. The price also applies to the hydraulic power packs shipped for overhaul of the same unit and return. 

When intended for use on certified aircraft applications, PRESTOLITE Overhaul/Exchange Hydraulic Power Packs come with Dual Release (FAA/EASA) Certification . It must specified at the time of ordering as additional charges may apply.

For additional information please consult the supplied documentation.

MICHELIN® Aircraft Tyres is internationally recognized as the No.1 tire manufacturer in the world. The company provides bias tires, radial tires, and tubes for aviation customers around the world, in a range of applications including commercial and regional airlines, general aviation and military aviation. 

MICHELIN® AIRSTOP® Aircraft Tire Inner Tubes provide long-lasting, dependable performance you can rely on in just about any operating condition. Made from exclusive Michelin butyl compound they offer  extended air retention and can sustain temperatures as low as -50°C.  In addition, they are formed without a circumferential splice, resulting in fewer joints and a more uniform tubewall thickness after inflation for optimized reliability at a minimal weight.  AIRSTOP tubes are manufactured to exacting balance tolerances (without correction), which meet or exceed all industry standards. This eliminates the need to further balance the wheel assembly in order to compensate for balance irregularities in the tube. Tube lubricant is factory applied to the tube exterior for easier installation and to help minimize foldover after installation and inflation. Comply with Aerospace Standard AS50141. Available in different sizes. Please also refer to the attached documentation.

Product Features:

Advanced Butyl Material

Exclusive Michelin® butyl compound offers excellent resistance to diffusion for extended air retention and dependable performance. Michelin® AIRSTOP® tubes help provide the same high quality seal found in Michelin® AIR X® radial tires.

Circular Extrusion Manufacturing Process

A Michelin® exclusive, Michelin® AIRSTOP® tubes are formed without a circumferential splice, resulting in fewer joints and a more uniform tubewall thickness after inflation. This helps provide optimized reliability at a minimal weight.

Built-In Balance

All Michelin® AIRSTOP® tubes are manufactured to exacting balance tolerances (without correction), which meet or exceed all industry standards. This eliminates the need to further balance the wheel assembly in order to compensate for balance irregularities in the tube.

Easy Installation

Tube lubricant is factory applied to the tube exterior for easier installation and to help minimize foldover after installation and inflation. In addition, molded vent ridges help channel trapped air back to the valve stem for easy release.

Low Temperature Performance

Michelin® AIRSTOP® tubes are designed to perform in the extreme low operating temperature of minus 50o C, so you can confidently fly in cold weather with consistent, reliable performance.

High Quality Complies with Aerospace Standard AS50141.

The ORION A600 PG/PR code 4 lighting system by WHELEN AEROSPACE TECHNOLOGIES (WAT) combines a wing tip anti-collision white strobe with forward and tail position conventional navigation lights in one unit which can be used as a replacement for conventional teardrop type navigation lights. Tail position light eliminates the need for a tail mounted position light. 

WHELEN A600 PG/PR incorporates red or green nav light on the forward section, a strobe light with magnifying glass lens in the center and a clear tail position light on the aft portion. Newly developed magnifying strobe lens (A 612) concentrates the maximum xenon light energy in the horizontal plane increasing the light intensity by two to five times. The tail position light on the wingtip gives turning reference to the aircraft behind by displaying angle and white bank while turning. It also eliminates the need for a tail mounted position light which may be omitted when using A600 lighting system. FAA-PMA Approved. Available in 14 or 28 VDC and in a radio-shielded versions. 

Available in 14 or 28 VDC and in a radio-shielded version. The forward position lamp is 26 watts and the taillight lamp is 25 watts.

Product Specifications:

Weight: 0.8 lbs. (363gm)

Position Lamps Power Consumption: 4 amps @ 14 VDC; 2 amps @ 28 VDC 

Exposed Height: 2.4” (61mm) 

Length: 5.63” (143mm) 

Width: 1.7” (43mm) 

This product series is no longer available.  Please refer to model 90340 which is a direct replacement (exact footprint) for the model A600PG/PR without replacing the current strobe power supply. 

The KLIXON® PS series 2 to 35 Amp precision thermal circuit breakers by SENSATA TECHNOLOGIES Inc. (formerly Texas Instruments Sensors & Controls) are designed to interrupt short circuits or overloads and combines trip-free protection with fast response time. They feature a bi-metallic snap-acting disc as the sensing element and they are widely used in production and military aircraft where precise ultimate trip characteristics are required. Models PSM and PSM-N are available in the following ampere ratings 2, 3, 5, 10, 15, 20, 25, 35. When ordering specify if neck-mounting style is wanted by placing “N” after ampere rating. Example: PSM-10N

The KLIXON® PDL series thermal breakers are designed to meet the harshest environmental requirements. They are weatherproof for protection against moisture, dust, grease, fuel vapors, and other harsh environments. For weatherproof circuit breakers in ratings from 50 to 150 amperes, order Model PDLM. 

When battery terminals with heavy current capacity and high conductivity are required AVIATIONEU NEW ERA SC HEAVY DUTY lug type battery terminals are recommended. Similar to the AVIATIONEU NEW ERA SC brass battery terminals except that they are are produced from pure copper  and tin plated, they are available in three versions: SC(JGA), SC(JGY) and SC(JGB). Please refer to the specifications table. They can be used with wire sizes 1.5-1000mm2 (16AWG - 777MCM). Sold in packs of 20 pieces each with Minimum Order Quantity (MOQ) 5 packs. The appearing price is for reference only. Please contact us for quotation.

Elevate your aviation experience with Textron Aviation, your trusted source for top-tier aircraft batteries. CONCORDE® BATTERY CORPORATION, is a leader in high-quality lead-acid batteries, to power Cessna®, Beechcraft® and Hawker® aircraft. Their PLATINUM family of batteries offer superior engine starting performance, excellent charge acceptance, reliable essential power in the event of a generator failure, maintenance-free operation with no need for electrolyte or water addition, and advanced absorbed glass mat (AGM) separators.  CONCORDE® PLATINUM batteries are hazmat exempt and shipped fully charged and ready to install.

The  CONCORDE® RG® Series of premium hand made AGM aircraft batteries within the PLATINUM family are low resistance, valve regulated lead acid (VRLA) batteries providing excess power for many applications. The RG-25XC aircraft battery has the highest cranking power and capacity in the 25 Group.

AIRFRAMES ALASKA designs and manufactures ALASKAN BUSHWHEEL (ABI) wheels & brakes and tires made for flying and landing off-field in the most rugged backcountry conditions. ABI tires absorb the energy of rough landings, taking the brunt of the impact off the pilots, wheels, gear, and airframe. Unlike your standard aircraft tires, Bushwheels are tubeless. This distinctive design eliminates the problem of tire slippage and stem shearing and makes it possible to run these tires at very low PSI. Different models are offered to suit needs of aircraft operating conditions. ABI tires are FAA TSO C62d approved. Models are available in the following versions and fit standard 6" wheels unless otherwise mentioned:

Standard thread: 3/16"

Heavy thread: 1/4". Heavy tread 26" ABI tires are constructed with a thicker tread layer. Suitable for pilots operating their aircraft on pavement between backcountry flights.

The 26" ABI tires are designed and handcrafted for use on lighter aircraft such as Cessna 182 & Cessna 206. They're also the ideal "entry level" bush tires for pilots upgrading from standard tube type aviation tires for the first time.

A step up in terms of size, 29" ABI tires have a slighter profile and create less drag than larger Bushwheels. This places these bush tires in size/weight sweet spot for heavier aircraft like Cessna and Maule while still providing the footprint and energy absorption critical in bush landings. 

The 31" ABI tires are handcrafted featuring an impressive ratio of weight to size. Their solid footprint makes these bush tires the de facto standard for bush pilots.

The 35" ABI tires are designed for the most rugged off-airport operations. They require ABI 10650 10" wheels.

The 35" Beaver ABI tires stand up to the heavier load of de Havilland Beaver and Pilatus aircraft with a gross weight up to 5600 lbs (2800 static load rating per tire).

Barksdale B1S series are bourdon tube stripped high accuracy pressure switches with a working pressure up to 18,000 psi.

Barksdale's bourdon tube pressure switches offer instrument class accuracy, making them an ideal solution to your pressure control needs when accuracy is critical. Built-in over-travel stops allow for higher proof pressures than most other pressure switch technologies. Setpoints are easily adjusted via an internal adjustment screw. Available in single and dual configurations, Bourdon Tube Pressure Switches are adaptable for use in a wide range of industrial applications. A variety of limit switches is available to allow for a multitude of electrical switching conditions. For applications requiring a highly accurate switch in a highly durable package, Barksdale's bourdon tube pressure switches are the ideal solution.

Offered pressure switches in B1S series are of single setpoint. Connection material is stainless steel and electrical connection is through lead wires.

Product Features:

High accuracy

High pressure up to 18,000 psi

Tamper-proof external adjustment

Single and dual switching capability

Water tight housing versions available (NEMA 4)

Applications:

Oil & gas

Medical applications

Mining

Compressors

Power plants

Water pumps

Hydraulic power units

Pneumatic devices

General industrial applications

FLYBOX® brand  by MICROEL SRL relates to a wide range of avionics and flight instruments specialy designed and developed for ultralight and experimental aircraft. FLYBOX® product portfolio includes 

My-EMS & Vigilus Engine Monitoring Systems

Engimaster EMS Engine Monitoring Systems

Oblò,  Oblò 2 and Eclipse NG Electronic Flight Instrument Systems (EFIS)

Omnia 57 and 80 Series of Legacy Instruments/Indicators

FLYBOX® Autopilot Systems

Flap & Propeller Controllers

For further information please refer to the Product Description section & the supplied documentation.

EAO HMI Rectangular Lighted Indicators are available in Red, Blue, Green, Orange, Yellow, and Clear colors. Replacement 12V or 24V bulbs can be ordered separately.

Slick magnetos by CHAMPION AEROSPACE are used on nearly all aircraft piston engines. They exhibit distinct design and operational features outlined below ensuring improved performance and service life.

Smaller and lighter unique design

Radio noise suppression

Lift-off housing

Easy to maintain

OEM Approved for more than 225,000 aviation engines

Service at 500-hour intervals (*)

CHAMPION AEROSPACE Slick magnetos are offered in NEW or FACTORY OVERHAULED condition (**) in a broad range of options. Both can be supplied as exchange units to returned cores and include genuine OEM parts produced and inspected under rigorous procedures to ensure airworthiness and suitability in Slick magnetos. The factory overhauled magnetos are sourced by CHAMPION AEROSPACE authorized overhauling stations and adhere to strict CHAMPION AEROSPACE restrictions on the use of parts and service literature.

For additional information please refer to the Product Description section and the supplied documentation.

(*) In accordance with CHAMPION AEROSPACE Overhaul Manual L-1363F, the magneto should be overhauled at TBO, lightning strike, prop strike, sudden stoppage of the engine and immersion of the aircraft.

(**) NEW EXCHANGE or FACTORY OVERHAULED EXCHAGE Slick magnetos are offered in exchange of an existing customer owned unit (core) for a quick turn around. A refundable core charge is included in the selling price. This is refunded or credited towards future orders with us when a qualified core is returned and its condition is approved by our co-operating supplier within 60 days of the date of the purchase invoice. As a general rule, approvals of core returns for FACTORY OVERHAULED Slick magnetos are granted to cores of the current series of these magnetos while for NEW EXCHANGE Slick Magnetos, cores of older series of Slick magnetos can be considered for credit on a case by case basis. In all cases, the approval of a returned core remains at the exclusive discretion of our co-operating supplier and shipping back to the customer of non-approved cores are subject to additional charges.

SUPERIOR PANEL TECHNOLOGY (SPT) has developed a brighter, more uniform and longer lasting glare shield lighting system. The 18” x 1” glow strip electroluminescent lamps provide a beautiful fluorescent-like aviation green or a white light output. The ultra-thin lamps (.065 including the adhesive backing) are very flexible and conform to the curves of the underside of the glare shield. The SPT Glow Strips meet the FAA 23.853 burn test. Inverters are included with the kit. They are offered with or without a dimmer. The recommended dimmer for the strips is the Pulse Width Modulating (PWM) dimmer by SPT. Optional 14V or 28V battery back-up systems are available and recommended. SPT offers LIFETIME warranty on the Glow Strip lamps and 5-year warranty on the PWM dimmers.

SUPERIOR PANEL TECHNOLOGY (SPT) Glow Strip Product Range:

Green

GS1-18-14G Single Glow Strip-14V

GS2-36-14G Two lamp Glow Strip-14V

GS2-36-28G Two lamp Glow Strip-28V

Green with PWM Dimmer without off switch on dimmer 

GS1-18-14GPWM Single Glow Strip-14V

GS2-36-14GPWM Two lamp Glow Strip-14V

GS2-36-28GPWM Two Lamp Glow Strip-28V

Green with PWM Dimmer with off switch on dimmer  

GS1-18-14GPWMS Single Glow Strip-14V

GS2-36-14GPWMS Two lamp Glow Strip-14V

GS2-36-28GPWMS Two Lamp Glow Strip-28V

White

GS1-18-14W Single Glow Strip-14V

GS2-36-14W Two lamp Glow Strip-14V

GS2-36-28W Two lamp Glow Strip-28V

White without off switch on dimmer

GS1-18-14WPWM Single Glow Strip-14V

GS2-36-14WPWM Two lamp Glow Strip-14V

GS2-36-28WPWM Two Lamp Glow Strip-28V

White with off switch on dimmer

GS1-18-14WPWMS Single Glow Strip-14V

GS2-36-14WPWMS Two lamp Glow Strip-14V

GS2-36-28WPWMS Two Lamp Glow Strip-28V

Battery Back-Up

BP14V Battery-Back Up 14V

BP28V Battery-Back Up 28V

A Vernier mixture control is a throttle often used in aircraft to provide the operator precise control over an engine's operation.

Sourced from quality producers, AVIATIONEU NEW ERA general purpose brass check valves with nylon cover are suitable for use in hydraulic, heating, air conditioning and pneumatic installations in vertical, horizontal or oblique positions. They are manufactured in accordance with ISO 228 standard and they are available in different sizes. Sold in pieces.

For a number of years CLEVELAND WHEELS & BRAKES offered standard organic & heavy-duty asbestos brake linings for their wheels and brakes. In January 1988 these two types of brake linings were discontinued and a single, improved brake lining was introduced with improved performance and durability compared to older linings. Different versions are available to fit aircraft models based on their year of construction. Brake linings are sold as pad only or as kits together the required number of rivets. Most light aircraft take 2 linings per wheel. Extra rivets are also available. Please refer to the attached Application Guide for additional information.

The RBC® BEARINGS offers a full line of airframe control ball bearings to the aerospace industry  in both “Standard” and “Precision” series. The prefix “M” in a bearing number indicates that it is of a precision series. Although designed and manufactured under demanding quality control requirements for airborne systems, these bearings have been successfully used in many industrial applications, where oscillatory movement, high loads, or corrosive environments are prevalent.

RBC® BEARINGS airframe control ball bearings conform to SAE-AS7949 (formerly MIL-B-7949) and many major OEM specifications. These bearings are of lightweight design, corrosion-resistant, grease-lubricated, and typically sealed. Airframe control bearing rings and balls are made of hardened bearing alloy, AISI 52100, with all exposed surfaces, except bearing bore, caps and seals, plated for corrosion protection. For improved corrosion protection, RBC® BEARINGS  supplies bearings made of hardened stainless steel alloy, AISI 440C. This alloy may be passivated or plated with cadmium or zinc nickel for enhanced corrosion protection.

The RBC® BEARINGS Airframe Control Ball Bearings are offered in different series. The KP/KP-A and KSP/KSP-A series, presented separately, are briefly discussed below.

KP (Heavy Duty) and KP-A (Medium Duty) SAE-AS7949 Series radial ball bearings  manufactured with Plyoseals. KP heavy duty single row sealed bearings comply with MS27640 specifications while KP-A medium duty single row ball deep groove sealed bearings with MS27641 specifications. Both KP and KP-A radial ball bearings are prelubricated for life and feature PTFE seals and CRES sealcaps, cadmium plated exposed surfaces except bore, caps, and seals. Both are also offered with CRES 440C material and/or zinc nickel plating per OEM specifications. Load limit ratings: Radial 1230-lbs, thrust 300-lbs.

KSP/KSP-A Series SAE-AS7949 Series single/double row, self-aligning, light and heavy duty ball bearings with bonded PTFE seals and cadmium plated exposed surfaces except bore, caps, and seals. Like those of KP/KP-A Series, both KSP and KSP-A bearings are prelubricated for life and are also offered with CRES 440C material and/or zinc nickel plating per OEM specifications.

For additional information please refer to the supplied documentation in the respective product presentations.

Check valves are used in aircraft fuel, hydraulic and pneumatic systems to prevent the backflow of process media. MS28885 series fuel check valves come under different part numbers depending on their respective producers and used in aircraft made by different airframe manufacturers.