Entry-level stereo/mono NRR 24dB headset with classic Flightcom ruggedness. 

Miniature press-to-test indicators with built-in bulb testing device with adjustable dimmer. The 801-series indicators feature a T-1 3/4 midget flange for 15/32" mounting hole with solder termination, black anodized mounting bushing, aluminum mounting and flange nuts hardware. The push-to-test marking is die-stamped and filled on all lens cap assemblies used with 3 terminal units.

Available in different colors (clear, green, blue, red and amber). These indicators use GE-330 (12V) or GE-327 (24V) bulbs. Bulbs are NOT INCLUDED. They can be ordered separately.

Harbour Industries is a QPL approved manufacturer of high temperature, high performance PTFE dielectric coaxial cables supplied in accordance with the MIL-DTL-17 specification. They are high temperature, high performance constructions exhibiting high dielectric strength and low capacitance in proportion to the cable’s dielectric constant with tolerances tighter than the MIL-DTL-17 specification to ensure uniformity of electrical characteristics, especially impedance, attenuation, and VSWR. They are priced and sold by the foot and are offered as cut to order in 10 ft increments.

Product Specifications:

Please refer to the attached table.

ETSO'd Slimline Panel Mounted 10 W VHF Radio with built in 2-place intercom with auxiliary inputs for stereo music and audio warnings. Available with 8.33 kHz or  25kHz frequency spacing options.

ETSO'd Slimline Panel Mounted 16 W VHF Radio with built in 2-place intercom with auxiliary inputs for stereo music and audio warnings. Available with 8.33 kHz or  25kHz frequency spacing options.

The N16 split design remote-mount VHF Navigation Receiver by MGL AVIONICS belongs to a new generation of navigation receivers based on RF direct conversion technology. The N16 is identical in size to the V16 COMM radio and can be used in a simple configuration as combined NAV/COMM solution for both MGL EFIS systems using the MGL protocols or, if at least one MGL VEGA or RAZOR control head is used these heads can provide NAV/COMM data output on RS-232 that is compatible with most EFIS systems on the market. Like V16 COMM, it is a Non-TSO'd NAV receiver for use in experimental and light-sport aircraft. For stand-alone operation, at least one MGL RAZOR control head or two MGL VEGA heads are required. Using these heads a fully compliant solution is presented that provides both VOR CDI using a rotary control for OBS bearing entry as well as the familiar two bar ILS localizer and glideslope indication. The VOR provides a display for bearing to station and radial from station at the same time for up to two simultaneously-received VOR stations. For additional information please refer to the attached documentation.

GARMIN GI-106B TSO'd panel-mounted CDI is a high-quality course deviation indicator which includes a VOR/LOC/GPS needle as well as a glideslope needle, that can be hidden and disabled by an installer if the glideslope functionality is not needed. The GI 106B contains LED-lit GPS, NAV and VLOC mode annunciators, for an easy-to-read and modern look. TO/FROM annunciators are also LED, and when invalid, the needles are simply hidden out of the pilot’s view instead of using conventional invalid flags. The GI 106B replaces existing Garmin GI-102A & GI-106A models. It is compatible with the same pinout connections as the legacy GI 102A and GI 106A course deviation indicators, allowing for an easy upgrade path. It also features anti-reflective lenses and LED flood lighting for viewing at night.

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. 

Highly reliable and field-proven, the ADF 3500 direction finding systems by BECKER AVIONICS are trusted by the most reputed aircraft manufacturers. Suited for rotary and fixed wing applications, the ADF 3500 can be operated either in a standalone fashion or within EFIS, FMS or integrated flight deck systems.

The ADF 3502-() Receiver is designed for professional applications in the frequency range 190.0 kHz to 1799.5 kHz. The system is ideally suited for installations where minimum space is available. The small, lightweight control unit CU 5502 fits into a standard 2 ¼” (57mm) round instrument cutout and is only 2 ½” deep. The ADF Receiver can be installed at any convenient place in the aircraft. The RS 422 interface between CU and Rx reduces inter-wiring. The control unit CU 5502 offers a clear, high contrast, double line display, which is readable under all lighting conditions, even in bright sunlight. The frequency can be selected in 0.5 kHz/1kHz, 10 kHz/100 kHz steps by using variable speed frequency control. The pre-selection in the channel memory of the preset display allows instant switchover by pushing a “Flip-Flop” key to a new NDB en-route for indication of the cross bearing for a position fix relatively to a second NDB. The output of the receiver is compatible with indicator ID 3502 and the converter AC 5303/04 for RMI.

The ADF 3500 system features an extensive automatic self-test function. After switch-on, the microprocessor and the frequency synthesizer are thoroughly checked by a test subroutine. The remote receiver RA 3502-() unit can also be controlled by CDU of FMS systems.

JTSO certified for either VFR or IFR use in all types of fixed wing and rotary wing aircraft, the ADF receiver can also be combined with other Becker Prime Line equipment, such as VHF-COM, NAV-VOR/ILS navigation and Mode S transponder systems which have similar control units, providing a pleasant presentation in the panel.

RA3502 REMOTE ADF RECEIVER SYSTEM Features:

Compact and lightweight design

No forced cooling

No ventilation slots

Field-proven reliability

Robust and maintenance-free design

Operating altitude: 50,000 ft

RS422 control interface for EFIS or FMS integrations

Active LOOP/SENSE antenna

RMI connection via RMI convertor

Integrated BITE

JTSO, TSO certified

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)

The HONEYWELL BENDIX KING® KMT 112 is a Magnetic Azimuth Transmitter (aka Flux Detector or  Valve) which senses the direction of the earth’s magnetic field and continuously transmits this information through the slaving circuitry to a directional gyro (such as the HONEYWELL BENDIX KING® KG 102A or KSG 105 slaved directional gyros). This sensor is mounted remotely, usually in a wingtip, to eliminate the possibility of magnetic interference. The KMT 112 is typically used in HONEYWELL BENDIX KING® KCS 55A and KCS 305 compass systems. The KMT-112 flux valve is a sealed unit and cannot be serviced or have parts replaced. The unit must be replaced when/if it fails.

Like other KCS 55A compass system components, the  KMT 112 transmitter can be furnished in NEW condition or as USED in Serviceable or Overhauled conditions indicated respectively by the letters "SV" and "OH" in the product reference numbers (SKU and  accompanied by the relevant certification (e.g. yellow tag, 8130-3 form). They are also offered as exchanges / trade-ins  for returned customer owned units indicated by the letter "EX" in the SKU.  In the case of an exchange/trade-in option of a customer unit, the  full selling price of the ordered unit is charged and the core credit is refunded or credited towards future orders when our co-operating supplier verifies that the unit is in a reasonable, repairable condition. It is recommended that this option is selected by our customers mainly for upgrades and only in cases when their units are functioning properly at the time removal from the aircraft. In cases when customer units are found by our supplier to be non-repairable, the core deposit shall not be refunded and shipping charges shall apply if customers wish the return of these units to them. 

Installation parts and manuals are sold separately. 

For additional information and technical specifications please refer to the Product Desscription section, the product presentation of the HONEYWELL BENDIX KING® KCS 55A compass system or contact us.

The AV-534 is a TSO'd heavy-duty stainless steel bent whip VHF communications antenna with porcelain insulators and mounting hardware. The AV-534L is same antenna as AV-534 but furnished with 96" lead of RG58 A/U cable with male BNC and ground strap with lugs.

The ICOM A25 series are powerful air band handheld transceivers offered in communications only (A25C) or NAV/COM versions (A25N) with 6 watts of power and an IP57 waterproof rating. They include a large 2350mAh Li-ion battery, providing a long operating time. The easy-to-use interface and large 2.3-inch LCD display combine to provide stress-free programming and in-flight operation. Built-in Bluetooth®, GPS and VOR navigation. ICOM A25 transceivers come with Antenna, Belt Clip, Handstrap, Battery Case, Battery Pack, Headset Adapter, Power Adapter and Battery Charger.

HONEYWELL BENDIX KING® KX 155A and KX 165A TSO'd Panel-Mounted NAVCOMM Transceivers update the concept of the combined navigation and communications radio for the 21st century. With such features as programmable comm channels, support for 8.33 kHz Comm tuning (KX 165A model only), GPS QuickTune, multiple operating modes, remote channel increment with flip-flop tuning & a built-in timer, they combine a sophisticated appearance with a number of advanced capabilities including:

Programming of up to 32 Comm channels in a non-volatile memory circuit for ready recall of regularly used frequencies.

Pre-selected frequencies stored in a non-volatile memory circuit.

When interfaced to the KLN 94 GPS, both the standby Comm and Nav frequencies can be selected and remotely tuned from the GPS database.

The KX155A (a KX155 upgrade) provides access to all 200 NAV and 760 COMM frequencies, along with its optional 40-channel glideslope. In addition to its standard use, it incorporates new features including a bearing-to-station mode and a radial-from-station mode, an internal Course Deviation Indicator (CDI) for use when the external CDI is being driven by a GPS receiver, and an elapsed-time and approach timer. The KX 155A system offers 10W minimum COMM transmitter power.

The KX-165A NAV/COMM replaces BENDIX KING® KX-155, KX-155A and KX-165 NAV/COMMs which are discontinued but are still available for outright sale or in exchange for returned customer owned units in USED Serviceable or Overhauled Conditions with FAA 8130-3 Form certification. The letters "SV","OH" and "EX" in the product reference numbers (SKU) indicate the condition/sale terms. 

Very similar to KX 155, the BENDIX KING® KX 165 NAV/COMM additionally incorporates an internal VOR/LOC Converter to directly drive the BENDIX KING®  KI 525A HSI (part of the KCS 55A Compass System). It can also display the current radial from the active VOR instead of the standby NAV frequency. Other features include 10 watts min transmitter power, easy-to-read, bright gas-discharge display, large, self-dimming, microprocessor- controlled gas discharge readouts and solid-state electronic tuning for fast, accurate selection of all 200 NAV and 760 COMM frequencies.

The KX 165A (-0201 model) NAV/COMM is a slide in 8.33 kHz replacement for its predecessors, the KX 155A which is discontinued and KX 165A 25 kHz NAV/COMMs (-0101 model). Completely redesigned, it features programmable Comm channels, support for 8.33kHz Comm tuning, GPS Quick-Tune, multiple operating modes, remote channel increment with flip-flop tuning and a built-in timer.

Mounting racks, connectors and manuals  for the installation of the NAV/COMMs are also offered.

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

The Vertical Speed Indicators (VSI)  provide an accurate indication of rate of change of altitude. 

UMA 8-210 Series Non TSO'd VSIs are offered in 2-1/4" and 3-1/8" versions. They are temperature compensated precision instruments provided with a zero adjustment screw on the face of the case in the seven o' clock position. They are powered by the aircraft static system. They are available in different ranges such as 0-2000 FT, 0-3000 FT, 0-4000 FT, or 0-6000 FT and different dial legends: Vertical Speed, Climb, Rate of Change, Cabin Climb.

3 1/8″ and  2 1/4″ VSIs are available with internal electroluminescent lighting in 3 colors: blue-white, aviation green and red. External DC-AC inverter required.  Weight 3 1/8″: 8.8 Oz - Weight: 2 1/4″ 7.4 Oz.

Case: Valox 420 Plastic

Sigma-Tek Light tray to connect lighting to Sigma-Tek 5000B Attitude Gyro and other avionics and instruments. Available in 14V or 28V versions.

Sourced from quality manufacturers, our own branded (AVIATIONEU NEA ERA) aviation headsets are offered in different series outlined below, each with PNR and ANR models for airplanes and helicopters. 

Models for airplanes and other General Aviation uses come with PJ-055/PJ-068 dual plugs while those for helicopters come with a military grade U174 plug.

With their competitive prices, advanced design and features, quality materials and rigid construction, AVIATIONEU NEA ERA headsets combine performance, functionality and comfort to provide cost effective solutions for every need.  ANR models (*) are offered with or without Bluetooth capability to enjoy music and mobile communications. All our headsets are accompanied by our Certificate of Conformance and 12-months manufacturer warranty.

100 Series

AVIATIONEU NEA ERA 100 Series of aviation headsets includes PNR model 100 for airplanes and 100H for helicopters with 23dB and 24dB  noise reduction ratings respectively. These are Low cost, entry level headsets, ideal for General Aviation pilots and flight schools. 

This series also includes ANR 100A models of aviation headsets for airplanes with a 29dB noise reduction rating. They are offered without or with Bluetooth capability, indicated by the letters "BT" in the product reference number (SKU).

AVIATIONEU NEA ERA 100/100A aviation headsets are offered in multiple colors to meet pilots' style requirements: Grey/Black (Stocked) and Green/Pink/Red/Yellow/Blue (On Demand as special order).

400C Series (Ultra Light Carbon Fiber Aviation Headsets)

Combining high performance, modern design, robust construction and an ultralight weight (only 9oz, 255g) the AVIATIONEU NEA ERA 400C series headsets are intended for use in air transport and military operations or by demanding pilots who seek high performance, functionality and confort headsets with an ultra light weight. Offered in carbon fiber black color. Various models include:

400C and 400CH PNR headsets, offered for airplanes and helicopters respectively, with 23dB  noise reduction capability.

400AC and 400AHC ANR headsets, offered for airplanes and helicopters respectively, with a 29dB noise reduction rating. They are offered with or without Bluetooth capability.

Please refer to the additional information and specifications provided in the respective product presentations or contact us.

(*) ANR function is powered by an AA battey in a supplied battery box with toggle switch.

HONEYWELL BENDIX KING® KA 51B is a slave meter used in the KCS 55A compass system. Displays slaving error between the KMT 112 flux valve and KI 525A pictorial navigation indicator by means of small meter movement. 

 Automatic flight control systems (AFCS) are aircraft autopilot systems with many integrated features initially found only on high-performance aircraft but nowadays installed on modern aircraft of any size. Their capabilities vary from system to system with some AFCS offering advanced features beyond ordinary autopilot systems regarding programmability, the level of integration of navigational aids, the integration of flight director and autothrottle systems, and combining of the command elements of these various systems into a single integrated flight control human interface.

LEONARDO HELICOPTERS provides aircraft manufacturers with solutions ranging from single axis or secondary flight control computers and electronics to complete integration of flight control systems. The flight control system architecture spans from simplest architecture, lowest complexity up to full authority fly-bywire architecture, offering the following advantages:

• Compatibility with various actuation technologies (Hydraulics, Mechanical, Electro-Mechanical)

• Eased certification process (EASA Form 1 already achieved)

• Reduced integration cost and schedule risk (building blocks)

The Flight Control Systems (FCS), used to control the control surfaces of the aircraft, are based on:

• Flight Control Computer (FCC)

• APSW (Autopilot).

• Building blocks of dual, dual-duplex, triplex and quadruplex FCS architecture. 

Apart from new, LEONARDO older FCS are also offered in NEW SURPLUS or USED conditions (Serviceable or Overhauled). For additional information please consult the supplied documentation or contact us.