Automatic Dependent Surveillance-Broadcast (ADS-B) is a system broadcasting, without the need for action from the pilot or any request from ATC, that provides an enhanced set of aircraft surveillance data to Air Traffic Management (and potentially to other airplanes)
AFIRS™ (Automated Flight Information Reporting Systems) 228 family provides Iridium Global Voice & Data service in real-time, and offer a direct communication link to your aircraft, ensuring safe, secure operations and greater in-flight operational control.
AFIRS™ 228 models are designed and engineered to meet a variety of aviation requirements, such as AOC/ATS Safety SATCOM voice, ACARS over Iridium and FANS datalink.
AFIRS also includes ACARS like services such as automated block and flight times collection and reporting into operational systems, global flight tracking, two-way text messaging (iPad, MCDU), aircraft health monitoring including engine data collection for trending, engine/airframe exceedances, real-time flight data management.
Prevent signal loss and spoofing threats before they disrupt your operations.
This fully certifiable solution offers real-time protection against GNSS jamming and spoofing for commercial and military aircraft.
Real-time jamming and spoofing mitigation
CRPA antenna technology (multi-element array)
Compatible with existing GNSS and FMS setups
Available as complete turnkey retrofit kit
STC development available for multiple aircraft types
Compliant with latest EASA/FAA guidance
Improved operational safety in GPS-contested environments
Protects RNP, LPV and GNSS-based navigation continuity
Enables compliance with evolving global regulations
Supports predictive navigation integrity monitoring
Offered as a Part 21J-certified modification, fully customizable for your fleet. STC paths available for Airbus, Boeing, Embraer, and others.
Looking to future-proof your fleet against GNSS disruption?
Get in touch to discuss a tailored solution or request STC availability for your aircraft type.
ADS-B Out is an airspace requirement and already required in many parts of the world. A more stringent version of the ADS-B Out mandate is required in Europe (SESAR program) since December 2020 and in the USA (NextGen program) since January 2020. These mandates require a version 2 (DO-260B) ATC Mode-S Transponder as well as a more capable GNSS Sensor. We can provide you with HW TRA-100B and/or ACSS NXT-800 transponders. If you are interested in our ADS-B out modifcation, please complete the our questionnaire via the following link: Fokker Services Group ADS-B out questionnaire (Page 1 of 3)
The EFB Solution for iPad® is a very interesting and cost effective way to introduce an installed classified EFB in your cockpit. An EFB is a physical device containing hardware and software that carries flight documentation. The EFB is used by the flight crew on the flight deck during their duties. Fokker Services’ EFB modification has already been installed in more than 1500 aircraft amongst different aircraft types. Our EFB installation is ticking all the boxes and is available for most aircraft types, including Airbus, Boeing, ATR, Bombardier Challenger & CRJ Family, Embraer, Fokker and others. We can support you with all hardware for your power supply (USB-A and USB-C) and iPad mount (adjustable and pivot mount), our product includes an Engineering Bulletin and all related supplements.
Automatic Dependent Surveillance- Broadcast (ADS-B) is the replacement and augmentation of RADAR-based aircraft surveillance technology. With ADS-B, the surveillance of aircraft does no longer rely on RADAR ground stations, but on aircraft based GPS receivers. Aircraft equipped with ADS-B broadcast their precise position and velocity data, as well as altitude and supportive information automatically and with no pilot or external input to ATC or to other aircraft.
The above listed EASA STC has been validated or approved by the following aviation authority agencies:
FAA (ST04266NY, Date of issue: 2018/11/06)
ANAC (2019S08-17, Date of issue: 2019/08/08)
The 1st FAA Certified LED Anti-Collision Light for Commercial Aircraft
Dependability, Weight Savings and Inventory Reduction
The Talon Aerospace anti-collision centerline/fuselage strobe light is designed to replace all incandescent based centerline lights installed on Boeing, Airbus, McDonnell/Douglas, Embraer, Bombardier and other regional aircraft.
During retrofit the operator will purchase an install kit, which includes an adaptor and harness assembly. On airframes that have accessibility provisions inside the interior the upper centerline light allows removal from inside the cabin. The harness and adaptor will last the lifetime of the airframe.
Talon and Proponent
Proponent is the exclusive global distributor of all Talon Aerospace products. This relation provides customers with the latest generation of LED lights.
Proponent is the new identity representing Kapco Global and Avio-Diepen as one united company, and the unique capabilities that the new organization brings to the aerospace market. With extensive experience in supporting the MRO, OEM and airline markets, our organization offers innovative inventory and supply chain management solutions to OEM and aftermarket customers.
The Rockwell Collins GLU-2100 Multi-Mode Receiver (MMR) Installation consists of replacing the existing Honeywell RMA-55B, Thales TLS755, or Rockwell Collins GLU-920/925 MMRs with Rockwell Collins GLU-2100 MMRs. In addition, the existing TSO-C129 GPS antennas are replaced with TSO-C190 GPS antennas.
Aptoz in collaboration with Collins Aerospace provides turnkey solution with available stock of GLU-2100 and avilable STCs for Boeing and Airbus aircraft.
This change is a configuration change from FANS B+ to FANS A+.
Dukane Seacom’s DK180 is designed and certified to meet the newly developed standards FAA TSO-C200a, TSO-C142a.
The DK180 also meets SAE-AS6254a minimum performance standard for Low Frequency Underwater Locator Devices (acoustic, self-powered) & the ARINC-677 installation standard.
In the event of an accident at sea, the DK180 emits a low frequency signal (8.8kHz) in order to provide anextended detection range in locating the submerged aircraft. The beacon transmits for a minimum of 90days and acts as a supplement to the existing Underwater Locating Devices (ULD) which are attached directly to the flight and data recorders.