The GARMIN® GTR series COMM TSO'd panel mounted transceivers (please see separate presentation) together with the GARMIN® GNC series NAV/COMM radios are replacement products for the popular SL30 and SL40 models. They include new features to reduce pilot workload, while also offering an affordable solution to meet the requirements of the 8.33 kHz channel spacing European Union mandate under the Single European Sky (SES) initiative. They are more powerful than their SL-series predecessors with 10- or 16-Watt transmit power available versions. 

The GARMIN® GNC series NAV/COMM radios are offered with either a 10 W (GNC 255A) or 16W (GNC 255B) COMM featuring a 25 kHz or 8.33 kHz spacing. Both come with a an internal VOR/LOC converter, a 40-channel glideslope (GS) receiver and include the rack, connector kit, and back plate. They are offered as units only or as kits with a 4ft harness to AUDIO Panel.  If purchased with the 4ft harness, they can only be used  in experimental aircraft.

OMRON A3C series cylindrical pushbutton switches have the basic design as the M2C Series cylindrical indicators. They provide a high-intensity uniform surface lighting while they have a miniature size with excellent feeling of operation. They have a cylindrical 20-mmX12-dia. body making panel cutouts easier. These switches are offered in lighted and non lighted versions, different colors, display shapes, with LED or incandescent lamps and different socket units. Please consult the attached documentation for ordering.

HONEYWELL BENDIX KING® KI-229 Radio Magnetic Indicator (RMI) provides bearing information to either ADF or VOR stations by means of two pointers each of which is read against compass card.

The KI-229 RMI combines three data points on one indicator. The current aircraft heading from an HSI is shown on the card. The magnetic headings to VOR and NDB stations are shown by the twin needles. By combining all this information visually, less interpretation is required thus enhancing overall situational awareness, something especially helpful when the workload is high.

The KI-229 requires inputs from ADF, HSI and NAV receivers.

Product Features:

14/28 volt lighting

Compatible with Nav Receivers such as KN-53, KNR-615, KNR-630/631/632/633, KNR-634, KNR-665, and KNR-665A

Compatible with Nav systems including RNAV such as KNS-80 and KNS-81

Compatible with ADF receivers such as KR-87 and KDF-806

Compatible with Compass systems such as KCS-305 and KCS-55/55A

Requires input ARINC Compass System

TSO'd

Product Specifications:

TSO Compliance: Env. Cat. RTCA DO-160A A1C1/A/SKP/XXXXXXA/B/AAA

Weight: 2.8 lbs. (1.3 kg)

Temperature: -20 to +55°C

Altitude: 35,000 feet

TSO (Compass): TSO C6c

TSO (ADF): TSO C41c Class A

TSO (VOR): TSO C40a

Heading Input: Operates from any slaved magnetic compass with ARINC X,Y,Z outputs

VOR Video Input: 0.5VRMS 0 deg. phase composite 30Hz variable AM and 30Hz reference FM on a 9960Hz carrier (0.7VRMS maximum)

AERA 510 is one of GARMIN older models of portable gps and availability is subject to remaining stocks. Please refer to other AERA gps offered. It is a dual duty portable gps combining the best in moving-map display features with intuitive, menu-driven touchscreen control. It features a 4.3-inch QVGA wide-format touchscreen and preloaded graphical mapping, support for NEXRAD imaging, SiriusXM satellite weather and optional SiriusXM Satellite radio with 170+ channels of digital music, news and other programming. The following navigation databases (ordered separately) can be used:

Americas - North, South and Central America (includes Alaska & Hawaii)

Atlantic International - Europe, Africa

Pacific International - Eastern Europe, Asia, Middle East and the South Pacific (includes Hawaii)

Discontinued. No longer available in NEW condition apart from existing stocks. Limited Availability.

Accelerometers (aka G-Meters) are used extensively in a wide range of applications including Aviation, Marine, Automotive, Military, and others. They are also used  in inertial navigation and guidance systems in airplane and ship autopilots.They help in a better understanding of static, such as gravity, or dynamic forces due to motion or vibration acting on an object.

Original Mechanical and more recent Digital accelerometers, used on civil and military aircraft, measure the instantaneous acceleration (or G-force) of an aircraft and its occupants compared to Earth's standard gravitational pull, in units of "G" (e.g., 1G, 2G). They enable pilots to monitor flight conditions, maintain safety, or practice aerobatics or combat maneuvers. Made by different manufacturers, they are offered as non-certified instruments, for use on  experimental and homebuilt aircraft, or certified products, installed on civil transport an military aircraft.

Mechanical accelerometers, included in this listing, use traditional components like proof masses, springs, and damping to measure acceleration based on displacement, offering high accuracy and durability for specific applications like flight stabilization and weapons communication. They are often of larger size and more expensive. Digital accelerometers, separately listed, are often Micromachined Micro-electromechanical (MEMS) systems, integrating sensors with microelectronic circuits for smaller size, lower cost, and high precision, making them ideal for flight stabilization, AHARS, and autopilot systems.

The choice of an accelerometer depends on the application's need for accuracy, size, cost, and resistance to harsh environments. 

Please consult the Product Description section and the supplied documentation for more information on different brands of our offered accelerometers.

FLYBOX® EFC-P Electronic Flap Controller by MICROEL SRL allows selection of the desired position of the flaps of an aircraft. EFC-P Controllers are offered in Rectangular (P/N: EFC-P-102010) or Round (P/N: EFC57-P-103010) versions. They are intended for use in ultralight and experimental aircraft. The working mode consist in selecting one of the four positions previously stored by the user, then the EFC-P will automatically moves the flaps in the exact position. The LEDs show the current position of the flaps or, when in movement, the position that they are reaching. For further information please refer to the attached documentation.

The 730/830 Engine Monitoring Systems (EDM) from JP INSTRUMENTS revolutionize engine monitoring by the compact size integration of a full color graphical LCD display with the extremely popular EDM 700/800 series functionally. Both 730 and 830 EDMs feature: colourful graphics, larger data display for easy reading, parameters in full colour, annunciation of exceedances, less page swapping, more data per page. The units are "Plug and Play" compatible with existing EDM-700/800 units. Oil pressure has also been added to the entire EDM series line.  Both 730 and 830 are FAA approved for use as secondary engine monitors. However they CANNOT BE USED as a replacement for primary gauges which have to be maintained. Different options and accessories are also available at additional cost.

JPI FS-450 Fuel Scan is a top choice low price unit for fuel management of an aircraft, offeredin different versions with single transducer available for gravity, pressure and ROTAX engines or with a Flow Scan 201 or 231 transducer and harness for pressurized carb engines.

UMA Electronic Hydraulic Pressure Gauges are offered in TSO'd and Non TSO'd models and 1-1/4"  or 2-1/4" diameters to fit respective aircraft panel openings. They are housed in aluminium or Valox 420 plastic cases (depending on the model) and connect to  precision, high pressure transducers which mount directly to the aircraft's hydraulic system. Standard markings are black and white. Recommended for new design projects and applications. 

Note: Pressure Transducers (Senders) ARE NOT INCLUDED in the prices of the pressure gauges. They are sold separately and are not TSO'd.

LONE STAR AVIATION manufactures multiple fans and blowers for OEM applications.

The CYCLONE 100 FAA-PMA approved 1 port blower is the smallest (1 x 2 x2 ), most efficient (brushless dc motor), and the most versatile cooling fan for avionics and or other electronics needing thermal cooling. Its universal mounting bracket makes it easy to set-up and install on on many make and model aircraft and or rotor-craft.  Also installed in Land-Mobile, Marine and Military Vehicles for many PED, radio, GPS applications. Offered in Input 12VDC/24VDC versions.

Lone Star Aviation's new FAA-PMA approved Cyclone 1 port blower is the smallest (1 x 2 x2 ), most efficient (brushless dc motor), and the most versatile cooling fan for avionics and or other electronics needing thermal cooling. Its universal mounting bracket makes it easy to set-up and install on on many make and model aircraft and or rotor-craft.  Also installed in Land-Mobile, Marine and Military Vehicles for many PED, radio, GPS applications. 

The CYCLONE 21 FAA-PMA approved 3 port blower is a compact (3 x 3 x 1") aircraft electronics cooling fan that delivers 21 cubic feet per minute of forced air cooling to a variety of avionics equipment. It is the top FAA approved avionics blower for 14/28 volt aircraft with the smallest footprint and the highest output but also the number one choice for OEM and aftermarket sales world-wide for many make and model aircraft and rotor-craft.

For more information on the above products please consult the Product Description section and the supplied documentation.

Manufactured with high quality PC/ABS, the AERA 500 Panel Doc by AIRGIZMOS, maximizes its use by placing the GPS right in the aircraft  panel and hold securely in place without blocking any other instruments. Aera 500 Panel Dock™ is suitable for the  Garmin AERA™ 500 series of GPS (500/510/550/560). It makes GPS touch screen controls easier to navigate and matches the look and feel of the rest of the avionics stack, resulting in a pleasant, professional looking panel. Dimensions are 6.25" wide by 4.25" high. Garmin has reduced the number of connectors on the AERA 500 series  by using a docking connector. This docking connector has been integrated in the design and nests into the back of AIRGIZMOS Panel Dock.

The analog and digital portable two-way radios (walkie talkies), manufactured by QUANZHOU YANTON ELECTRONICS CO., LTD., come in different models covering UHF or VHF and UHF frequency bands and different power outputs for communication over different distances. They have an ergonomic design and cover the needs of various operations. YANTON radios are approved by the Ministry of Information Industry in China and the European CE, RoHS and USA FCC certified/approved for use in other countries.

Air Avionics is the common brand for Garrecht Avionik GmbH and Butterfly Avionics GmbH.  VT-2000 is a modern 6.25" rack format Mode-S/ADS-B EASA Certified Transponder (EASA Approval No. EASA.21O.705) with an integrated keyboard for easy operation. It can be installed as a direct replacement for the popular Bendix-king KT76 / KT76A/C series of transponders without any changes to pre-existent wiring and mounting trays. A special mounting tray (sold separately) is available for new installations. It has an integrated internal altitude encoder (alticoder) or or can be connected to any kind of existent alticoder in the aircraft (parallel and serial).

Product Features:

Installation without adapter and modification of existing wiring harness. Just slide in into existing mounting frame of your KT-76 or KT-76A / KT-76C.

Interfaces for future applications (i.e. ADS-B, TIS)

Certification base: ETSO-2C112a, ED-73B

Output power: min. 220 Watt (Class-1) Level 2es (extended Squitter)

Internal Alticoder

Interfaces für external alticoder (serial or parallel)

Direct-GPS NMEA Interface for ADS-B, no adapter required

Transflective color TFT Display

Illuminated keyboard

OMRON A16 series pushbutton 16-dia. cylindrical body switches are detachable switches. The same contacts can be used for both standard loads and microloads. Their miniature design of 28.5 mm makes these switches the smallest class in the industry. Easy-to-wire terminal arrangement. Certified for EN 60947-5-1. These switches are offered in lighted and non lighted versions, different colors, display shapes, with LED or incandescent lamps and different socket units. Please consult the attached documentation for ordering.

AMPHENOL Bayonet Neill Concelman (BNC) product series connectors are miniature quick connect RF connectors. They feature two bayonet lugs on the female connector. BNCs are ideally suited for termination on miniature and subminiature coaxial cable (RG-58, 59, to RG-179, RG-316, etc.). Other BNC series include:

HD-BNC product series featuring the trusted, push and turn interface of a traditional BNC and providing tactile feedback and a positive lock for quick and guaranteed mating and 

Mini-BNC product series allowing higher connector densities while preserving the positive characteristics of the full-size 75 Ω BNC. The Mini-BNC provides the same positive locking bayonet system found on the BNC but allows 40% more interconnects in the same area.

HONEYWELL BENDIX KING® KNI-582 Radio Magnetic Indicator (RMI) provides bearing information to either ADF or VOR stations by means of two pointers each of which is read against compass card. The KNI-582 RMI requires inputs from ADF, HSI and NAV receivers and combines three data points on one indicator. The current aircraft heading from an HSI is shown on the card. The magnetic headings to VOR and NDB stations are shown by the twin needles. By combining all this information visually, less interpretation is required thus enhancing overall situational awareness, something especially helpful when the workload is high.

Product Features:

Dual pointer RMI

Accepts AC SIN/COS, DC SIN/COS, Serial, and VOR Composite inputs

Compatible with NAV Receivers such as KN-53, KNS-80, KNS-81, KX-155/165, KX-170B/175B, KNR-615, KNR-630, KNR-634, KNR-665, KNR-665A

Compatible with ADF receivers such as KR-85 (w/ KI-227 -01/04), KR-87, KDF-800/805/8000

Compatible with Compass Systems and NAV indicators such as KCS-305, KCS-55/55A, and KPI-550

Models available with 5 or 28 volt lighting 

Models available with black or gray bezel

TACAN compatible and night vision goggle versions available

TSO'd

Specifications:

Altitude: To 50,000 feet

Operating Temperature: -20 to +55°C

Weight: 3.0 lbs. (1.4 kg)

Power Requirements: 28V 4A / 26VAC 6VA

TSO Compliance: Env. Cat. RTCA DO-160A A1D1/A/SKP/XXXXXSABAAA; TSO C6c (compass); TSO C41c Class A (ADF); TSO C40a (VOR)

Compass Heading Input: Operates from any slaved magnetic compass with ARINC X,Y,Z outputs.

The RAY ALLEN (RAC) RP4 LED position indicator is designed to be installed in the cockpit providing an indication of the servo output shaft position. This indicator supercedes and it is a direct replacement for previous RAC RP3. The RP4 indicator uses ten LED lights to show the position of a actuator output shaft (or position sensor arm). There are also two amber colored LED's, one on each end of the indicator scale, to act as a reference for the green indicator light, especially in dark conditions. The 10 LEDs are the brightest available for superior visibility in sunlight, but can be dimmed for night flight. It can be installed horizontally or vertically. 

The RAC RP4 position indicator is panel mounted using a faceplate and two countersunk, 2-56 x 7/16" screws (two spare finishing screws are included). The distance between the screw holes is identical to the older Ray Allen RP3 LED indicator. Although the faceplate dimensions are identical between the RP3 and RP4 indicators, the panel cutout size is slightly different between the RP3 and RP4. If you are replacing and older unit with a new RP4, you will only need to increase the size of your panel hole. The RP4 faceplate will cover the older RP3 panel hole.The RP4 faceplate measures 1.75"(45 mm) X .75"(19 mm) and it is 1.6"(41 mm) in depth. It is now the standard position indicator included in Ray Allen trim systems, or can be purchased separately for special applications such as a cowl or wing flap indicator.

The RP4 includes a RP4-L1 label (featuring Elev1, Elev2, Ail, Rudder, Flaps). A RP4-L2 label (featuring Cowl Flaps, < >, on/off) is also available and is sold separately. 

NOTE: Labels can only be ordered together with . In ordering these high quality labels please be advised that rocker switches and needle indicators require a large label, LED indicators use a small label. Can be only included in orders of respective RP4 position indicator(s) (not separately).

Accelerometers (aka G-Meters) are used extensively in a wide range of applications including Aviation, Marine, Automotive, Military, and others. They are also used  in inertial navigation and guidance systems in airplane and ship autopilots.They help in a better understanding of static, such as gravity, or dynamic forces due to motion or vibration acting on an object.

Original Mechanical and more recent Digital accelerometers, used on civil and military aircraft, measure the instantaneous acceleration (or G-force) of an aircraft and its occupants compared to Earth's standard gravitational pull, in units of "G" (e.g., 1G, 2G). They enable pilots to monitor flight conditions, maintain safety, or practice aerobatics or combat maneuvers. Made by different manufacturers, they are offered as non-certified instruments, for use on  experimental and homebuilt aircraft, or certified products, installed on civil transport an military aircraft.

Mechanical accelerometers, separately listed, use traditional components like proof masses, springs, and damping to measure acceleration based on displacement, offering high accuracy and durability for specific applications like flight stabilization and weapons communication. They are often of larger size and more expensive. Digital accelerometers, included in this listing, are often Micromachined Micro-electromechanical (MEMS) systems, integrating sensors with microelectronic circuits for smaller size, lower cost, and high precision, making them ideal for flight stabilization, AHARS, and autopilot systems.

The choice of an accelerometer depends on the application's need for accuracy, size, cost, and resistance to harsh environments. 

Please consult the Product Description section and the supplied documentation for more information on different brands of our offered accelerometers.

The FLIGHTCOM 403MC is a 4-place panel mount, easy to use, voice-activated mono intercom with 3-position transmit capability designed to fit almost anywhere in the panel.

GARMIN® GTX™ transponder product line includes Mode A/C and Mode S TSO'd panel mounted transponders offered in a‭ ‬wide variety of configurations to choose‭ ‬from‭, ‬depending on desired functions‭.‬ Different models are listed under separate product presentations. 

GARMIN® GTX™ 325  is a Mode A/C panel-mounted full-featured, TSO'd certified transponder offering a simple, affordable replacement for standard Mode C transponders. It features aural alerts, total air temperature (TAT), pressure altitude readout, altitude monitor function, density altitude readout, built-in timers and automatic ALT/GND mode.  ‬It replaces the popular GTX™ 327 ‬and is essentially the same unit‮—‬but carries the GTX™ 335/345‭ ‬display and button layout‭. ‬It would be a meaningful ‬choice for the replacement of an older Mode C ADS-B‭ ‬Out transponder.