For ATO's
We will soon begin the process of obtaining EASA (BCAA) approval for our B737-MAX simulator as being an Independent FSTD Operator. Hence, we plan to partner with an Approved Training Organisation (ATO) to deliver a comprehensive range of training programmes, including JOC, MCC, and APS MCC courses.
Looking for a competitive MCC & APS MCC solution in Belgium?
As part of this cooperation, we provide a fully equipped classroom, briefing room, toilet facilities, and a dedicated coffee corner at your disposal, allowing you to deliver your training in a professional and comfortable environment.
With 24/7 access to the training facility, you can enjoy maximum flexibility and optimize your training schedules to suit your operational needs.
Are you an ATO Accountable Manager looking to offer MCC and APS MCC training under your own procedures, while maintaining highly competitive rates?If you are interested in discussing a cost-effective and professional partnership, we would be happy to hear from you.
Feel free to contact us to explore the possibilities.
For Airlines
Use your own instructors, training programmes, and operational procedures. A dry lease is ideal for operators seeking full control over instructional delivery and training standards.
We welcome enquiries from airlines interested in leasing the simulator for pilot assessments, airline preparation, and recurrent training.




Why choose us?
KEY FEATURES
Software
The simulation software used in the Flight Training Device (FTD) provides the system functionality and accuracy to ensure the high fidelity demanded from modern flight training devices.
Automated Lesson Plans
The FTD includes modules in the Instructor Operator Station (IOS) that supports the creation of lesson plans (snapshots), allowing for direct utilization of a particular flight phase or exercise and is completely customizable by the instructor. This reduces lesson set-up time allowing multiple lessons in a single session in a minimum amount of time.
Multi-Modal Learning
The fidelity of the simulation, coupled with the broad scope of the systems replicated, provides the flight training department with a quality training device that can supplement other FTD and/or FFS-based training.
Full Control Loading
The simulator's flight controls are actively force-loaded, rather than relying only on springs or mechanical resistance, usually used in other similar FTD's.
For the pilot, this provides:
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Yoke force feedback — the yoke resists movement with aircraft-like forces.
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Pitch and roll loading — control forces change as the simulated aircraft state changes.
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Variable control forces — rather than one constant resistance throughout the yoke movement.
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Rudder pedal loading — appropriate resistance/feel provided to the pedals.
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Control-force changes associated with flight conditions — the objective is to reproduce the changing “feel” of the aircraft rather than just its physical geometry.
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Stick-shaker functionality — the simulator specifically lists real B737 stick shakers among its control-dynamics features.

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Choose from a database of 24,000 airports.
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The engine model simulates LEAP-1B.
VISUAL DISPLAY SYSTEM
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220 degrees wrap-around Professional Curved Screen
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3-channel cylindrical visual system
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Includes 3 advanced laser projectors
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Onsite warping and edge blending

Full Free-Play simulation environment
The virtual environment provided by the simulator and its software allows the student to experience the functionality and operation of the avionics systems, complete with malfunctions, in a totally free-play environment.
Instructional Applications
A highlight of the simulator is the quality of training events that can be accomplished using its fully immersive free-play capabilities.
A large variety of training scenarios can be accomplished using the FTD including:
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Initial manual flight
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Systems introduction and assimilation
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Normal procedures – introduction, practice and
proficiency
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Non-normal procedures – introduction, practice
and proficiency
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FMS training
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CRM training
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Remedial training
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Multi Crew Cooperation (MCC) - after EASA certification
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Airline Pilot Standards (APS) - after EASA certification
AVIONCS OVERVIEW
FULLY FUNCTIONAL PROFESSIONAL FMS AND EFIS SYSTEM
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High resolution full glass cockpit displays
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Realistic Prepar3D Flight model
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Simulated ADIRS including ADIRU and SADIRU
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Dual air-data computers with custom failure modes and source switching
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Display Electronic Unit simulation supporting independent DU’s
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Realistic DU switching logic
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Integrated Standby Flight Display
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Fully integrated Flight Management Computer
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Dual FMS with dual CDU’s
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Fully Integrated LNAV logic
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Full VNAV managed flight modes
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Optimum cruise performance and step climb calculations
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Two Independent NAV and ADF receivers
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Dual channel autopilot with realistic dependencies
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Fail operational / fail passive auto land with mode degradations based on system failures
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Uplink pre-generated company flight plan routes
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CPDLC Communication
WARNING SYSTEMS AND RADARS
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Fully Functional GPWS, EGPWS and RAAS
Fully Functional database driven Terrain Radar with Look-ahead warning system
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Integrated Weather Radar with Tilt / Gain
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TCAS Advisory and RA module
SYSTEMS AND FAILURES
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Detailed simulation of almost every system in the real aircraft
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Air and Pressurization system
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Simulated ADIRS including ADIRU and SADIRU
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Electrical system with modelled AC and DC busses
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Hydraulic system modelling
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Fuel cross feed
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Multistage custom failure system
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Autobrake / Antiskid
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Advanced Auto Throttle with full hardware integration
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Independent Display Dimming
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Control Loading: Elevator, Aileron and Rudder
ADVANCED SOUNDS
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Engine sounds
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All aural flight deck warnings for full immersion
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Multiple sound source
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Audio Control Panel
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INSTRUCTOR OPERATING STATION (IOS)
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Fuel and Weight Loading
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Moving Map
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Repositioning
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Weather and Environment controls
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Takeoff / Approach / Landing Plots
• TCAS Training
• ACARS
• Flight Analysis “Blackbox” Recording • Multi Screen Map Operation
• Failures and Malfunctions
MALFUNCTION LIST
FLIGHT CONTROLS
CPT / FO Stab Trim Fail
Aileron Trim Fail
Rudder Trim Fail
Horizontal Stabilizer Fail
Runaway Stabilizer UP / DOWN
Flap Primary Drive Fail
Flap Drive Fail
Slat Primary Drive Fail
Auto Slat Fail
TE Disagree
TE Asymmetry
Auto Speed brake Fail
LANDING GEAR / BRAKES
Anti Skid Fail
Auto brake Fail
Brake Fail
Dragging Brake OVHT
Alternate Brake Valve Fail
GearL/N/R:
• Jammed Down - Temp
• Jammed Down – ALTN OP
• Jammed Down – ALTN INOP
Main Gear Downlock Disagree
AIR SYSTEMS
Rapid Decompression
Slow Decompression
Cabin Pres Sensor Auto / Dual : Fail
Outflow Valve: Fail
Pack L / R: Fail
Pack L / R: Overheat
Trim Air : PRSOV Fail
ISLN Valve PRSOV Fail Closed
EQUIP Cooling Supply OVRD
EQUIP Cooling Exhaust OVRD
Zone Temp Fail
Wing Body Overheat L / R
APU
AUTO Shutdown
Overspeed
Low Oil Pressure / Qty
Starter Fail
ELECTRICAL
IDG L/ R:
• Drive Disconnect
• Drive Oil Leak
• Generator Fail
Battery Relay Fail Open
AC Bus Fail
DC Standby Power Fail
Hot Battery Bus Short
ELEC Fail
APU Generator CB Trip TRU1/2/3 Fail
HYDRAULICS
HYD ELEC 1 / 2: Pump OVHT
HYD ENG L / R: Pump Fail
HYD ELEC 1 / 2: Pump Fail
HYD QTY L / C / R: Low
HYD L / C / R: System Leak
HYD L/C/R: Low Pressure
DOORS
Cargo Door FWD / AFT Open Passenger Door Entry:
• Door L1 / R1 Open
• Door L4 / R4 Open
ANTI ICE
Pitot Heat L / R / Aux: Fail
AOA Vane L / R: Fail
TAT Probe Fail
Window Heat: Individual Fail
Window Overheat
ENG Anti-Ice L / R: Fail Closed
Wing Anti-Ice Fail Closed
ENG L / R: DuctLeak/Loss
ENGINE STARTS
ENGL/R:
• Hot Start
• Hung Start
• NoN1Rise
• NoN2Rise
• No Oil Pressure Rise
ENGINE FAILURES
ENG L / R:
Flame Out
Compressor Stall
Fail and Seizure
EGT Over limit
Fan Damage / Vibrations
Oil Leak / Pump Fail
EEC L / R:ALTN
REVERSE THRUST
Reverse Thrust Fail
Reverser Stuck Open
FUEL
Individual Pump: Fail
Cross feed Fail in Position
Fuel L / R: Imbalance
Tank L / C / R: Leak
DISPLAYS
Outboard / Inboard - Fail
CPT / FO
Attitude Fail / Unreliable
Altimeter Fail / Unreliable
Airspeed Fail / Unreliable
Radio Alt Fail / Unreliable
AOA Fail / Unreliable
EFIS Control Panel Fail
Overspeed Warning Fail
Stall Warning Ch 1 / 2 Fail
FIRE
APU Extinguishable
APU Non-Extinguishable
Cargo FWD/AFT
ENG L / R:
•1 / 2 Bottle
• Non-Extinguishable
Wheel Well Fire / Detector Fail
Overheat:
• Idle Required
• Shutdown Required
Cargo:
• FWD/AFT Fire
• FWD/AFT Detector Fail
NAV / COM
IRS L / R: Fail
FMC L / R: Fail
COM 1 / 2: Fail
VOR 1 / 2: Fail
ADF 1 / 2: Fail
DME1 / 2: Fail
ILS LOC / G/S Antenna SW: Fail Individual Station: Fail
Individual LOC or GS: Fail
Marker Receiver Fail
Weather Radar Fail
Altitude Callouts Fail
TCAS Fail
GND PROX SYS / GPWS Fail
AUTOMATIC FLIGHT
Autopilot Fail
Flight Directors Fail
FCC Downgrade / LAND 2
No Autoland
Auto throttle Motor L / R: Fail
