FILLER NECK CF507A Vintage/Classic Style Fuel Cap fits 3" O.D. Filler Necks (Vented).

This kit consists of two GE #4509 12V, 100 watt sealed beam lamps rated to draw 7.69 amps, brackets for installation, switch, switch plate, 60 ft. of 2-conductor hookup wire and instructions. Black and white wrapped 18 gauge wire can be used for installation. It is suitable for experimental / homebuilt aircraft only. No FAA approval.

Size: 4-1/2"H x 5-1/4"W x 2-1/4"D with bulbs installed. 

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.

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. 

Bi-metallic push to reset only thermal circuit breakers suitable for homebuilt aircraft. Used as original equipment in Beech, Cessna and Piper aircraft. 0.5 amp to 30 amp ratings. Maximum operating voltages: 32 VDC and 250 VAC (to 400 Hz).

Product Features:

Push To Reset Only

0.5 amp to 30 amp ratings.

Cannot be manually tripped.

Button extends for visual trip indication.

Push button to reset breaker.

90 Degree Screw-On Terminals

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 MKP/MKP-A SAE-AS7949 Precision Series airframe control bearings are single row, heavy duty (MKP) or medium duty (MKP-A) radial ball bearings with PTFE seals and CRES sealcaps. MKP Series bearings conform with MS27640-R specifications while those of MKP-A Series with MS27641-R. External surfaces (except bore, caps, and seals) are cadmium plated. They come 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.

ACS US made all-metal gascolators are offered in two models:

10580 Homebuilders Gascolator - Homebuilders gascolator for use with aviation fuel and standard auto fuel

All-metal gascolator for use with aviation fuel and standard auto fuel with S.S. screen, 1-7/8" dia. cadmium plated steel bowl w/quick drain. Top is CNC machined from 6061-T6 aluminum. Top has 1/4" pipe ports for 3/8" fuel line and one 1/8" pipe port for primer fitting. Wt: 8 oz. May be used with aviation and/ or auto fuel. Replacement gasket for auto fuel is p/n 06-00441. Made in USA.

Not to be used with fuel injectors because it cannot stand up to the pressure.

10585HP High Pressure Gascolator - High Pressure gascolator with lighter weight and simpler design

New ACS high pressure gascolator. Lighter weight and simpler design than the ACS "classic" gascolator. Bailwire and attaching hardware have been eliminated. Threaded collar secures bowl to top. Tested to 50lbs. Bowl is cadmium plated and top and collar are anodized for corrosion protection. Top has 1/4" pipe ports for 3/8" fuel line and one 1/8" pipe port for primer fitting.

10371 Gascolator Bracket - Mount bracket suitable for  gascolators with either metal or glass bowl

Suitable for  gascolators with either metal or glass bowl.

Versatile bracket of .016 stainless steel accommodates gascolators with either metal or glass bowl. When mounted as illustrated, inlet and outlet connections are on sides. When bracket is inverted, one port of gascolator faces firewall for direct routing of fuel line through firewall. A fine quality item manufactured by ACS Products Co. Fits gascolators sold after May 1, 1989.

The gascolator hole in the mount is approx 1-7/8".

Replacement screens (filters) and other parts are also available.

FILLER NECK offers a variety of cap neck styles and materials which can support oil, fuel, hydraulic or water applications. Accessory options can be used to build the filler assembly you need. Three different strainers provide varying degrees of filtration for 300 Series caps and necks to help maintain clean fluids within the engine system. Special mountings match the type of connections required.

All aircraft fuel systems have filters and strainers to ensure that the fuel delivered to the engine(s) is free from contaminants. The first of these is encountered at the outlet of the fuel tank. A sump is used to encourage the collection of debris in the lowest part of the tank, which can then be drained off before flight. The actual tank outlet for the fuel is positioned above this sump. Some type of screen is used to trap contaminants attempting to flow out of the tank into the fuel system. Finger screens (strainers) are common on light aircraft. They effectively increase the area of the fuel tank outlet, allowing a large amount of debris to be trapped while still permitting fuel to flow. They are screwed into a fitting welded in the tank outlet.

Offered finger strainers are intended for use in fuel tank outlets. They are available in standard and lage sizes. Standard size features a brass fitting with 3/8" male pipe thread which fits AN867-3 welding flange, and 1/4" female pipe thread for valve or fuel line fitting. Screen is 16 mesh brass. Large finger strainer has a 3/8"-NPT x 1/2"-M-NPT brass bushing with a T304 stainless steel screen.

The HEIM® BEARINGS company has been acquired by RBC® BEARINGS, a leader in the world of highly engineered bearing products. 

HEIM® BEARINGS produces the industry's widest range of rod end bearing sizes (aka rod ends) in  the following four grades (types): precision, aircraft, military and commercial with each grade including different series suitable for respective application requirements. HEIM® BEARINGS are made from different materials featuring among others high strength two piece designs, high capacity designs, self-lubricating options and thermoplastic races or Teflon® liners. Please consult the supplied table on different grades and series offered.

- Precision rod ends are manufactured to tight tolerances for applications requiring improved linkage accuracy and reduced looseness. 

- Aircraft rod ends use premium materials, and have magnafluxed rod end bodies. Originally intended for aircraft applications, aircraft rod ends are used in many industrial applications where a high degree of reliability is required

- Military rod ends are produced in strict accordance with all applicable military specifications and are typically used in military and commercial aviation applications, or when Mil-Spec approval is required

- Commercial rod ends are produced using standard materials and manufacturing methods, and consist an economical choice for industrial applications

Series BHM, HFX G and HMX G four piece precision extra capacity rod ends are the high strength series intended for more heavily loaded, static and dynamic industrial applications. These rod ends have 4130 or 4340 alloy steel, heat treated bodies for increased strength and aluminum bronze race inserts for high bearing capacity. The rod end bodies are protective coated for corrosion resistance and the balls are chrome plated for superior wear and corrosion resistance. Series BHM (male) and series HFX G (female) have common thread sizes. Series HMX G (male) have oversized shanks for additional shank strength.

The letter "G" indicates Zerk Lubricator (standard on HFX G/HMX G Series). The letter “L” to prefix indicates Left Hand thread.

Please refer to the supplied chart for technical specifications and the RBC® HEIM® Bearings Catalog for additional information.

The HEIM® BEARINGS company has been acquired by RBC® BEARINGS, a leader in the world of highly engineered bearing products. 

HEIM® BEARINGS produces the industry's widest range of rod end bearing sizes (aka rod ends) in  the following four grades (types): precision, aircraft, military and commercial with each grade including different series suitable for respective application requirements. HEIM® BEARINGS are made from different materials featuring among others high strength two piece designs, high capacity designs, self-lubricating options and thermoplastic races or Teflon® liners. Please consult the supplied table on different grades and series offered.

- Precision rod ends are manufactured to tight tolerances for applications requiring improved linkage accuracy and reduced looseness. 

- Aircraft rod ends use premium materials, and have magnafluxed rod end bodies. Originally intended for aircraft applications, aircraft rod ends are used in many industrial applications where a high degree of reliability is required

- Military rod ends are produced in strict accordance with all applicable military specifications and are typically used in military and commercial aviation applications, or when Mil-Spec approval is required

- Commercial rod ends are produced using standard materials and manufacturing methods, and consist an economical choice for industrial applications

The HEIM® BEARINGS ME/AS81935/1 and FE/AS81935/2 series are military standard, high capacity self lubricating rod ends, male and female threaded respecively, using HEIM® UNIFLON® liner approved to SAE-AS81820 (formerly MIL-B-81820). Their rod end bodies are made from 4340 alloy steel, heat treated, magnetic particle inspected, cadmium plated and chromate treated. Balls  are made from 440C on 17-4PH race inserts and heat treated.

Letters “L” and “K” to prefix indicate Left Hand thread and Keyway respectively.

Please refer to the supplied chart for technical specifications and the RBC® HEIM® Bearings Catalog for additional information.

AVIATIONEU NEW ERA RV ring tongue round crimp type battery terminals are made from tin plated brass (99.7% copper) with vinyl (PVC) insulation. They are available in red, blue, black and yellow colors and can be used in car industry as well as other applications. They can be used with different wire sizes (American Wire Gauge  AWG) 22-16,16-14 and 12-10 and stud sizes. Please refer to the specifications table.  IMAX: 19A/27A/37A/48A. VMAX: 600 volts. Maximum Temperature: 75 deg. C. Sold in packs of 100 pieces each with Minimum Order Quantity (MOQ) 20 packs. The appearing price is for reference only. Please contact us for quotation.

BRS AEROSPACE™ has first invented the first Whole Aircraft Rescue Parachute System (WARPS) in 1980 currently being installed on more than 35,000 aircraft. Today the company offers a wide range of WARPS suitable as retrofits to Cessna series 172 and Cessna 182, as standard installations on Cirrus SR20 and SR22 models but also for installations on LSA and experimental aircraft.

BRS WARPS are offered in 3 different types:

Canister. The BRS Canister is waterproof when the original factory seal remains intact, making it the perfect design for exterior installations. With a six year repack schedule and versatile mounting hardware, it is one of the most popular systems.

Softpack. The BRS Softpack is best suited for aircraft manufactur-ers that require a ballistic parachute mounted inside their aircraft. When mounted internally, this system also has a six year repack schedule.

VLS - Vertical Launch System. Built specifically for aircraft with limited interior space, the VLS (Vertical Launch System) installs on top of the wing or fuselage. Upward firing works well with pusher designed aircraft

A small solid-fuel rocket is used to pull the parachute out from its housing and deploy the canopy fully within seconds. Typically on ultralight installations the rocket is mounted on the parachute container. On larger aircraft installations the rocket may be remotely mounted. The current version, BRS-6. has a separate rocket installation that can be removed from the parachute so that the parachute can be sent for re-packing without the problems of trying to ship the rocket along with it. Typically the parachute requires repacking every six years and the rocket requires replacing every 12 years.

Clip-Locking Turnbuckles utilize 2 locking clips instead of lock-wire for safety. The turnbuckle barrel and terminals are slotted lengthwise to accommodate the locking clips. After the proper cable tension is reached the barrel slots are aligned with the terminal slots and the clips are inserted. The curved ends of the locking clips expand and latch in the vertical slot in the center of the barrel. They are available for different cable diameters and thread sizes in inches covering desired minimum breaking strength requirements.

Different turnbuckle components listed below are used in turnbuckle assemblies. They are sold separately to meet application requirements. Please refer to the attached documentation.

MS21251 Series Barrels (superceding those of AN155 series)

MS21252  Series Fork Ends (superceding those of AN161 series)

MS21254 Series Pin Eye Ends (superceding those of AN165 series)

MS21255 Series Cable Eyes (superceding those of AN170)

MS21260 Series Cable Swage Ends (superceding those of AN669)

MS21256 Series Clips

The FIRST letters "R" or "L" following the dash number designate a RIGHT HAND THREAD or LEFT HAND THREAD respectively.

The SECOND letters "S" or "L" following the dash number indicate a SHORT LENGTH or LONG LENGTH respectively.

Static ports are located on the side of an aircraft and function as small air inlets. Their purpose is to measure static air pressure, also known as barometric pressure. The pressure within the static port is collected and then utilized by the altimeter and the vertical speed indicator (VSI). Different static ports are offered, both certified and non certified (the latter with an intended use in homebuilt/experimental aircraft).

Several offered non certified static ports are briefly described below. For certified static ports plese refer to their separate product presentations.

Aluminum Cessna Type

Aluminum single engine Cessna type static port. Externally mounted through a 19/64” hole. Can be used on fabric, composite or aluminum. No need for rivets. 1-3/8” dia.x1” depth.

Aluminum 15160

Aluminum static port for external mounting through 1/4" diameter hole in side of the fuselage. Base has 1/8" NPT female port for connecting to static line (polyethylene fitting included). Installation with 3/32" diameter flush rivets.

Aluminum 15161

Aluminum static port for external mounting through 1/4" diameter hole in side of the fuselage. Base has 1/8" NPT female port for connecting to static line. Installation with 3/32" diameter flush rivets.

Aluminum 15176

Aluminum static port externally mounted in a 1-1/4" base OD outside of the fuselage through 5/16" ID hole. Installation with 4 countersunk 3/32" rivets to skin with pal nuts & lock washers on inside.

NEWTON CONSULTING offers a range of SPRL branded fuel valves featuring distinct features that make them better than the rest. Ceramic disks have no soft moving/rubbing seals to wear out, unlike other valves but also give an 'indefinite' life with a very smooth light action. The lift and turn selector of their SPRL valves is instinctive, secure, and easier to use than the complex 'lift button' type. The locking detents avoid accidental movements. The fixings match most installations, and the internal ports prevent cross feeds, unless 'selected to 'Both'. NEWTON offered valves range from simple V1 and V3, designed to minimise stockholding costs to V6, tapped 10mm for standard Rotax banjo's on the input and 1/4" nps output or V9 and V10 duplex valves, threaded 1/4"nps which will accept 1/4"npt fittings and NEWTON AN-6 banjo assembly.Their lightweight alloy construction is anodized for protection while the Viton O-ring seals are suitable for all current fuels. 

NEWTON also offers a variety of adaptors/fittings (purchased separately) which can be used with these valves as normal AN fittings will not fit directly to these valves.  Their offered product portfolio includes AN8 Male NPT 1/4" or 3/8", Female 1/4" NPT, Female 3/8" NPT, Female 14mm used for commercial automotive banjo's and Female 1/4"NPS supplied in their -6 banjo assembly. 

Their Male AN fittings enable plumbing straight into the aeroplane system with no extra fittings to buy. The lightweight alloy construction is anodized for protection. Viton O ring seals, used as  seals to the valve, are suitable for all current fuels. They can be used on experimental aircraft only. 

The RAY ALLEN Trim Systems are trim servos of flight surfaces offered with different travel options designed specifically for experimental aircraft. RAY ALLEN servos are small enough to fit in individual control surfaces or can be used with lighweight springs acting directly on the control system. They come with RS2 rocker switches,  RP3 LED indicators and a RC8-7 clevis/pushrod kit. All RC ALLEN indicators operate off of feedback sensors located inside the servo. These feedback sensors are purposefully isolated from the power supply to the servo motor to guard against possible electronic failure.  Different servos are available:

T2-7A Trim System with a  .7" (17mm) travel

T2-10A Trim System with a  1.0" (26mm) travel

T3-12A Trim System with a 1.2" (31 mm) travel

T4-5 Trim System with a .5 inch (13mm) travel. This servo does not have a compatible indicator.

Technical Specifications as follows (RAC  Model / Output Shaft Movement / Travel Time):

T2-7A /  0.7 in. / 10 sec.

T2-10A / 1.0 in.  / 16 sec.

T3-12A /  1.2 in.  / 19 sec.

T4-5 / 0.5 in. / 15 sec.

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