Скачать презентацию 400 350 Flight Inspection made by Aerodata Скачать презентацию 400 350 Flight Inspection made by Aerodata

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400 350 Flight Inspection made by Aerodata. . . 300 250 . . . 400 350 Flight Inspection made by Aerodata. . . 300 250 . . . Supports your Safety. 200 150 100 Introduction System Features Aero. FIS Software 1

FIS Projects since IFIS 2006: — 2006: Delivery of a new flight inspection system FIS Projects since IFIS 2006: — 2006: Delivery of a new flight inspection system with integration into a Beech King Air 350 with Pro Line 21 avionic system Client: Flight Calibration Services Gmb. H, Germany — 2007: Delivery of a new flight inspection system with integration into Cessna Citation X Client: HCAA, Greece — 2007: Delivery of a new flight inspection system with integration into Lear Jet 31 a Client: Argentinean Air Force Introduction System Features Aero. FIS Software 2

FIS Projects since IFIS 2006: — 2007: Delivery of a new flight inspection system FIS Projects since IFIS 2006: — 2007: Delivery of a new flight inspection system with integration into Beech 300 aircraft Client: AENA Desarrollo Internacional, Spain — 2007: Upgrade of a semi-automatic SDS-SAFIS (Sierra Data Systems) installed in Beech 1900 to a modern automatic flight inspection system AD-AFIS. Client: Egypt Air Force — 2007: Delivery of an Aero. FIS for integration into DHC-6 De Havilland Twin Otter Client: ECAA Ethiopian Civil Aviation Authority Introduction System Features Aero. FIS Software 3

FIS Projects since IFIS 2006: — Within 2008: Delivery of Aero. FIS with integration FIS Projects since IFIS 2006: — Within 2008: Delivery of Aero. FIS with integration into two Beech King Air B 200 Client: Civil Aviation Authority, Pakistan — Within 2008: Delivery of two Aero. FIS with integration into Cessna Citation II Client: Turkish Air Force — Within 2008: Delivery of two Aero. FIS for integration into Beech King Air B 200 / 350 ER Client: Cobham Flight Inspection Introduction System Features Aero. FIS Software 4

FIS Projects since IFIS 2006: — Within 2008: Delivery of one Aero. FIS with FIS Projects since IFIS 2006: — Within 2008: Delivery of one Aero. FIS with integration into Rockwell 690 B Turbo Commander Client: INAC, Venezuela — Within 2008: Delivery of one Aero. FIS with integration into Beech King Air B 350 Client: Seda Financial Holdings, Kazakhstan — Within 2008: delivery of an Aero. FIS with integration into Lear. Jet 31 a Client: DGAC Indonesia Here could be your aircraft! Introduction System Features — For discussion of details come to the Aerodata booth #22 in the exhibition hall… Aero. FIS Software 5

Aero. FIS Features 400 350 300 250 200 150 100 Introduction System Features Aero. Aero. FIS Features 400 350 300 250 200 150 100 Introduction System Features Aero. FIS Software 6

400 Customized Flight Inspection Systems 350 300 250 200 150 100 Introduction System Features 400 Customized Flight Inspection Systems 350 300 250 200 150 100 Introduction System Features Aero. FIS Software 7

Customized Flight Inspection Systems - Exclusive Design - 400 350 300 250 200 150 Customized Flight Inspection Systems - Exclusive Design - 400 350 300 250 200 150 100 Introduction System Features Aero. FIS Software 8

GBAS Capability ü 400 Full GBAS flight inspection capability available for 350 Aero. FIS GBAS Capability ü 400 Full GBAS flight inspection capability available for 350 Aero. FIS ü Type 1 Messages (Correction Data) ü Type 2 Messages (Integrity Data) ü Type 4 Messages (FAS Data) ü GNSS Landing Unit: Rockwell Collins GNLU 925/930 300 250 ü VDB Receiver: AD-VDB 9009 -0100 200 150 For details refer to Technical Presentation on Wednesday, 25 th June, 09: 30 “Flight Inspecting Ground Based Augmentation Systems (GBAS)“, Thorsten Heinke Introduction System Features Aero. FIS Software 100 9

Pulse Decoder Box — Detailed Analysis of Pulsed Signals: 400 350 ü DME ü Pulse Decoder Box — Detailed Analysis of Pulsed Signals: 400 350 ü DME ü TACAN ü SSR Mode A, C, S , 300 military and customer specific ü TCAS 250 ü Multipath effects 200 150 For details refer to Technical Presentation on Thursday, 26 th June, 09: 30 “Monitoring Pulse Based Navigation Signals in Flight“, Rolf Seide Introduction System Features Aero. FIS Software 100 10

Moving Facility Calibration — Calibration of ship TACAN while in motion 400 350 — Moving Facility Calibration — Calibration of ship TACAN while in motion 400 350 — Online compensation of ship bank, pitch and heading 300 250 200 150 100 Introduction System Features Aero. FIS Software 11

RF Analysis Modules for Aero. FIS 400 350 The Aero. FIS functionality may be RF Analysis Modules for Aero. FIS 400 350 The Aero. FIS functionality may be enhanced by the following modules: — Automatic Oscilloscope and Spectrum Analyzer measurements 300 — All Graphs are recorded together with flight inspection data for synchronized replay — Replay can be done on any office PC or laptop 250 — Radio Frequency Interference (EMI) detection via integrated Advanced Spectrum Analysis functions — Automatic Receiver Calibration 200 150 100 Introduction System Features Aero. FIS Software 12

Waygenerator — A Waygenerator calculates the shortest path to intercept the next procedure — Waygenerator — A Waygenerator calculates the shortest path to intercept the next procedure — Reduced flight time 400 350 300 — Calculated path can be updated any time by pushbuttons in pilots control yoke 250 This feature makes the flight inspection aircraft a reliable partner for Air Traffic Controllers. Optional: Visualisation on a ground ATC Laptop via datalink (Satcom) 200 150 100 Introduction System Features Aero. FIS Software 13

Cockpit Information Display — Real Moving Map controlled by the Flight Inspection System — Cockpit Information Display — Real Moving Map controlled by the Flight Inspection System — Map based on Jeppesen Database — Overlaid Flight Inspection Path — Flight List Display: Prepared Flights / Completed Flights improved Crew Communication — Reduced workload for pilots and flight inspector 400 350 300 — Full situational awareness during flight inspection 250 200 150 100 Introduction System Features Aero. FIS Software 14

Flight Guidance on Cockpit EFIS — The Aero. FIS provides an interface to the Flight Guidance on Cockpit EFIS — The Aero. FIS provides an interface to the primary EFIS or a dedicated FIS EHSI in the cockpit for flight guidance. 400 350 — Aero. FIS can be coupled to the Autopilot for automatic flying measurement procedures. 300 — The following procedures are supported: approach, offset approach, level flight, radial and orbit flights. 250 200 150 100 Introduction System Features Aero. FIS Software 15

Ground Support Equipment — Aerodata provides Ground Support Equipment for different levels of testing, Ground Support Equipment — Aerodata provides Ground Support Equipment for different levels of testing, maintenance and calibration of Aero. FIS equipment — Full automatic testing, calibration and report generation of Aero. FIS components. 400 350 300 250 200 150 100 Introduction System Features Aero. FIS Software 16

Upgrade from Sierra Data Systems to Aero. FIS Semi Automatic Flight Inspection System Model Upgrade from Sierra Data Systems to Aero. FIS Semi Automatic Flight Inspection System Model 8512 Upgraded System based on Aero. FIS Technology 400 350 300 250 — Rack structure remain unchanged — FI-Receivers remain unchanged 200 — New PDGPS Position Reference — New Computers with Aero. FIS Graphical User Interface — Situation Awareness Windows (PFD, Moving Map) 150 100 — New Display and Color Printer Introduction System Features Aero. FIS Software 17

Graphical User Interface of Aero. FIS — Aero. FIS is controlled via a windows Graphical User Interface of Aero. FIS — Aero. FIS is controlled via a windows based user interface, which allows for rapid familiarization with the Flight Inspection system and ease of use. 400 350 — Two screens are employed, one for command control and the other for graphics and data analysis. — In case of a display failure Aero. FIS can be operated in single display mode 300 — Replay of flight inspection data on normal laptop PC 250 200 150 100 Introduction System Features Aero. FIS Software 18

Night Vision GUI — By just a press of a function key the graphical Night Vision GUI — By just a press of a function key the graphical user interface can be switched for Night Operation: 400 350 300 250 200 150 100 Introduction System Features Aero. FIS Software 19

Multi Language GUI — The Aero. FIS multi language GUI 400 350 — By Multi Language GUI — The Aero. FIS multi language GUI 400 350 — By just a click of a button the user can switch e. g. to Spanish User Interface: 300 250 200 150 100 Introduction System Features Aero. FIS Software 20

Functionality for Data Analysis — Multiple parameter plots in one graphic display e. g. Functionality for Data Analysis — Multiple parameter plots in one graphic display e. g. : deviation, position reference, course structure — Highlight Out-of-tolerance conditions via use of different colors — Simultaneous display of current measurements and archived inspections for easy comparison and drift analysis — Polar Plots allow easy interpretation during orbital flights 400 350 300 250 200 150 100 Introduction System Features Aero. FIS Software 21

Procedure Inspection — Enhanced capabilities for inspection of Instrument Flight Procedures — SID, STAR, Procedure Inspection — Enhanced capabilities for inspection of Instrument Flight Procedures — SID, STAR, SIAP 400 350 300 — Approach Light Systems RNAV / RNP procedures — Enhanced capabilities for inspection of RNAV/RNP procedures 250 200 — RNAV GNSS, DME/DME — GBAS/LAAS, 150 — SBAS/WAAS 100 Introduction System Features Aero. FIS Software 22

Procedure Inspection — Allows to check any procedure: SID, STAR, IAP, routes or user-defined Procedure Inspection — Allows to check any procedure: SID, STAR, IAP, routes or user-defined sequence of waypoints 400 350 300 — Definition by List of waypoints — Check any combination of ground based navaids according to system configuration. For each navaid define if evaluation shall be vs. : — azimuth (orbit) or 250 200 150 — distance (radial) 100 Introduction System Features Aero. FIS Software 23

Procedure Inspection — FMS interface for Navigation Sensor Error (NSE) checks: 400 350 — Procedure Inspection — FMS interface for Navigation Sensor Error (NSE) checks: 400 350 — Absolute NSE, Cross Track NSE, Along Track NSE — Event Marking of FMS Leg Switching for easy procedure correlation of graphs 300 — Runway related procedures (SID, IAP) may be displayed x, y, z threshold coordinates easy waypoint alignment checks 250 200 150 100 Introduction System Features Aero. FIS Software 24

Multi DME RNAV Inspection — Up to 8 parallel channels for DME 400 350 Multi DME RNAV Inspection — Up to 8 parallel channels for DME 400 350 — Individual Range Error — Individual Lock Status (lock / memory-mode / unlock) 300 250 200 150 100 Introduction System Features Aero. FIS Software 25

Integrated Jeppesen Flite. Deck / Jepp. View — Display of Aircraft Position, heading and Integrated Jeppesen Flite. Deck / Jepp. View — Display of Aircraft Position, heading and trace as overlay on various charts 400 350 — Full functionality during replay of flight inspection data. — View Approach Charts 300 Track of Flight Inspection Aircraft 250 200 150 100 Introduction System Features Aero. FIS Software 26

Aerodata AG 400 350 300 250 200 150 100 …Precision in Special Mission 27 Aerodata AG 400 350 300 250 200 150 100 …Precision in Special Mission 27