Among the different Flight Training Device (FTD) qualification levels, FAA FTD Level 7 provides a high level of fidelity. But what does this qualification mean, and what can it offer helicopter operators?

What is an FTD Level 7 flight simulator?

A Flight Training Device is a training device that reproduces the instruments, equipment, panels and controls of an aircraft, together with the systems and computer programmes necessary to represent its operation.

Within the FAA qualification framework, FTD Level 7 is specifically designed for helicopters.

The Level 7 requirements go beyond simply reproducing the appearance of a helicopter. The device must represent the relevant aircraft characteristics and systems, while providing the physical and visual interfaces needed for training.

A simulator built around a specific helicopter

One of the key characteristics of an FAA FTD Level 7 is that it is built around a specific helicopter.

The FAA requires an enclosed, helicopter-specific cockpit, aerodynamic programming with applicable helicopter systems operating, representative control loading throughout the ground and flight envelope, and controls, switches and knobs that physically replicate the aircraft in their operation.

Visual, sound and vibration systems

The Level 7 qualification also includes requirements covering the sensory aspects of the simulated flight environment.

The FAA specifies a visual system with a wide field of view, together with sound representation and vibration cueing to reproduce characteristic helicopter vibrations.

Together, these systems contribute to a high-fidelity training environment, providing pilots with visual and sensory cues representative of helicopter operations.

Why is FTD Level 7 relevant for helicopter operators?

Helicopter operators can have very different training requirements depending on the aircraft they operate and the missions they perform.

Firefighting, heavy-lift operations, search and rescue and other specialised activities can require pilots to maintain proficiency in aircraft-specific procedures and demanding operational situations.

An FTD Level 7 provides an environment in which these tasks can be practised without relying exclusively on the operational helicopter.

Training in a controlled environment

Simulation allows instructors to repeat and configure training scenarios according to the objectives of each session.

Pilots can practise procedures and systems repeatedly, while instructors can introduce specific situations and review performance afterwards. This makes simulation particularly useful for training tasks that benefit from repetition and structured practice.

Training for specialised missions

Helicopter operators perform a wide range of missions, each with different operational requirements and training needs. An FTD Level 7 can provide a suitable environment to practise these missions in a controlled way.

By combining specific helicopter representation with mission-oriented training scenarios, pilots can practise the procedures, skills and operational situations associated with their day-to-day activities.

This makes the simulator particularly valuable for operators whose crews need to prepare for demanding or specialised missions, while allowing training to take place in an environment adapted to the operation.

FTD Level 7 for specialised helicopter operations

entrol’s recent Level 7 projects show how this type of simulator can be developed for very different helicopter platforms and missions.

The H145, S-64 and Bell 214ST projects each require specific cockpit configurations, systems and training capabilities, demonstrating the importance of adapting the simulator to the aircraft and its intended use.

 From H145 to S-64 and Bell 214ST

entrol’s Level 7 projects include different helicopter platforms, from the H145 to the S-64 and Bell 214ST, each developed according to the characteristics of the aircraft and the training requirements of the operator.

The H145 FTD Level 7 for Transportes Aéreos Pegaso includes a specific H145 cockpit configuration, with Helionix components and Dual GTN 750 Xi systems, as well as a flight model adjusted to the FAA FTD Level 7 requirements.

The S-64 FTD Level 7 for Helicopter Express includes specific systems, additional instruments and predefined mission scenarios for firefighting.

For McDermott Aviation’s Bell 214ST, entrol’s project includes an aircraft-specific simulator with an LED visual system, Unreal Engine image generation, cockpit vibration and mission scenarios for firefighting and cargo operations. The development process also includes an inspection of the real Bell 214ST to take photographs and measurements and define the simulator’s final specifications.

Together, these projects illustrate how FTD Level 7 simulators can be adapted to different helicopter platforms and operational requirements, combining aircraft representation with the training capabilities needed for each operator.

FTD Level 7 vs Full Flight Simulator: what is the difference?

When comparing an FTD Level 7 vs Full Flight Simulator, the main distinction is the way each device provides simulation and motion cues.

An FTD Level 7 is a fixed-base device. It can reproduce the aircraft’s cockpit, systems, aerodynamic characteristics, controls and sensory cues, including vibration, but it does not incorporate the full-motion platform of an FFS.

A Full Flight Simulator, in contrast, incorporates a motion system to reproduce aircraft movement and provide motion cues during training.

Fixed-base does not mean low fidelity

The absence of a motion platform does not mean that an FTD Level 7 provides a basic simulation experience.

The qualification requires a combination of aircraft-specific systems, representative controls, control loading, visual representation, sound and vibration. These elements are designed to provide a high degree of fidelity while maintaining a fixed-base configuration.

The important distinction is therefore the type of capabilities provided by each simulator rather than simply considering one as a more realistic version of the other.

Choosing the right simulator for the training task

The choice between an FTD Level 7 and an FFS should be based on the training objectives and regulatory requirements applicable to the operator.

An FTD Level 7 can be particularly relevant when the training programme requires a high degree of helicopter-specific fidelity but does not require a full-motion platform.

FTD Level 7 solutions for different helicopter operations

At entrol, we develop certified helicopter flight simulators designed around the aircraft and training requirements of each customer, incorporating technologies such as advanced visual systems, control loading, vibration and Unreal Engine-based image generation.

From the H145 to the S-64 and Bell 214ST, our Level 7 projects demonstrate how simulation can combine high-fidelity aircraft representation with mission-specific training environments.

To support this evolution, EASA has introduced a new capability-based approach to Flight Simulation Training Devices (FSTDs). At the centre of this new framework is the FSTD Capability Signature (FCS), which provides a more detailed description of the capabilities and fidelity levels of a training device.

This approach is particularly relevant to Mission-specific flight training, where the capabilities required from an FSTD can depend on the specific operation being trained. From firefighting and search and rescue to HEMS and law enforcement, modern simulation increasingly needs to reproduce more than the aircraft itself.

What is the FSTD Capability Signature?

Traditionally, FSTDs have been classified according to defined categories and qualification levels. The new FSTD Capability Signature introduces a more detailed, capability-based way of describing a training device.

The FCS identifies the specific capabilities of an FSTD and their corresponding fidelity levels, providing a clearer description of what the device can reproduce for training purposes.

This represents an important evolution in the way simulation devices are described and qualified, particularly as training technologies continue to develop.

From FSTD levels to capabilities

The key difference is the focus on capabilities.

Instead of looking at an FSTD only through its traditional qualification category, the new approach allows the specific capabilities of the device to be identified. This creates a closer connection between the technical characteristics of an FSTD and the training objectives for which it is used.

For operators and training organizations, this means that understanding the capabilities of a simulator becomes increasingly important when determining whether it is appropriate for a particular training task.

A framework for new simulation technologies

Flight simulation technology has evolved significantly in recent years. Visual systems, image generators and immersive technologies are expanding the type of training that can be performed in a simulator.

The new EASA framework has been designed to accommodate these developments, including technologies such as extended reality (XR). This provides a regulatory framework that can adapt to different technologies while maintaining defined requirements for FSTD qualification.

For manufacturers, this creates an opportunity to develop new training capabilities while considering how they fit within the overall FSTD framework.

FCS and Mission-specific flight training

The evolution towards a capability-based approach is particularly relevant to Mission-specific flight training.

Mission training requires pilots and crews to deal with more than aircraft procedures. The environment, the type of operation and the specific tasks performed during a mission can all influence the training requirements.

A simulator used for a firefighting operation, for example, may need to reproduce a very different environment from one used primarily for conventional procedural training.

Training beyond the cockpit

Modern mission simulation can recreate the operational environment surrounding the aircraft.

For missions such as firefighting, SAR or HEMS, this can include specific geographical areas, visual references, heliports, accident locations or other elements relevant to the operation.

Entrol’s ENVISION image generator, powered by Unreal Engine, has been developed to support this type of mission training. It can provide customised visual environments for firefighting, SAR, HEMS, law enforcement and offshore operations, including geospecific terrain, airports, heliports and specific visual references.

This allows operators to move beyond generic scenarios and train in environments that are relevant to their operational requirements.

Matching training objectives with simulator capabilities

The new capability-based approach also strengthens the relationship between the training objective and the FSTD used to achieve it.

EASA’s new framework includes a task-to-tool methodology that can be used to identify the capabilities and fidelity levels required for a specific training task and match them with an appropriate FSTD.

This approach is particularly relevant for specialised operations, where training requirements can vary significantly depending on the mission.

For operators, the objective is not simply to select a simulator with a particular classification, but to ensure that the device provides the capabilities required for the training they need to perform.

What does FCS mean for operators?

For operators, the FSTD Capability Signature provides a more detailed way of understanding the capabilities of a training device.

This is particularly relevant for organisations that operate specialised aircraft or perform missions that require specific training environments. Their requirements may go beyond the reproduction of the aircraft cockpit and include specific visual, operational or mission capabilities.

More tailored training solutions

Aircraft and missions are not always identical from one operator to another.

An operator may require a simulator configured around its own aircraft, procedures and operational environment. entrol has previously highlighted its ability to develop simulators according to the customer’s aircraft configuration and specific training requirements.

This approach becomes particularly valuable for mission training, where the geographical environment and operational scenario can be an important part of the training itself.

A capability-based framework provides a more precise way of describing the technologies and features available on the device and how they relate to specific training objectives.

The role of immersive technologies

Immersive technologies can also expand the capabilities available for mission training.

Entrol uses Mixed Reality (MR) technology to complement the simulator’s visual system. MR goggles can allow pilots to look downwards or backwards and better perceive the distance between the helicopter and the terrain.

This is particularly useful for operations such as Bambi bucket firefighting, external load operations and SAR missions, where spatial awareness is an important part of the task.

MR can also be used in mission stations where different crew members train together in the same synthetic environment. This can include hoist operators, rescue swimmers or medical personnel, allowing crews to practise communication and coordination during complex missions.

The role of these technologies illustrates why describing the capabilities of an FSTD is becoming increasingly important as simulation evolves.

The future of Mission-specific flight training

The introduction of the FSTD Capability Signature reflects a broader evolution in flight simulation: moving towards a more detailed understanding of what a training device is capable of delivering.

For Mission-specific flight training, this is particularly relevant. Operators need to prepare crews for the specific aircraft, environments and operational scenarios they encounter in real life. Simulation therefore needs to provide the appropriate combination of aircraft fidelity, visual capabilities and mission-specific features.

The new FCS approach provides a framework for describing these capabilities and connecting them with specific training requirements.

At entrol, our simulation solutions combine certified FSTD technology with customised aircraft configurations, advanced visual systems and mission capabilities. From firefighting and SAR to HEMS, law enforcement and offshore operations, our solutions are designed to support the specific training requirements of operators.

As flight simulation continues to evolve, the focus is increasingly moving from simply asking what type of simulator is being used to understanding what the simulator is capable of training.

• Built on an AS350B specific cockpit layout equipped with real dual Garmin GDU1060 avionics.
  
  
• Features complete official Tunisian navigation data, 15 customized helipads, and specialized environmental effects like sandstorms.
  
  
• Equipped with initial NVIS capabilities, formation flight options, and a D-BOX vibration system as standard.
  
  
  

Madrid, August 24, 2026

entrol, the manufacturer of EASA and FAA certified FNPT, FTD, and FFS flight simulators,announces the sale of a customized H125 FNPT II simulator to the Tunisian Air Force, operating under the Ministry of National Defense of Tunisia.

Entrol, the manufacturer of EASA and FAA certified FNPT, FTD, and FFS flight simulators,announces the sale of a customized H125 FNPT II MCC simulator to the Tunisian Air Force, operating under the Ministry of National Defense of Tunisia.

The agreement, formalized in July 2025, marks the second simulator project delivered by entrol to the Tunisian Air Force, reinforcing the trust established between both organizations and further strengthening entrol’s presence in the international defense and public sector markets.

Real avionics and high-fidelity immersion

The simulator’s cockpit is customized to match the customer’s specific AS350B fleet configuration. To ensure maximum fidelity and a seamless transition from simulator to aircraft, the flight deck integrates real Garmin dual GDU1060 hardware.

Physical immersion is complemented by a standard cylindrical visual projection system integrated with a D-BOX vibration system, providing authentic tactile feedback during all flight regimes and maneuvers.

“Working with military operators like the Tunisian Air Force reinforces entrol’s capability to deliver highly specialized, mission-ready simulation devices,” states Juanjo Lechosa, Business Manager at entrol. “Our goal with this H125 project was not just to deliver a certified device, but to provide a tailored environment where pilots can practice high-risk procedures—such as NVIS operations or flying through sandstorms—with total realism and zero risk.”

Geo-specific environments and mission-oriented training

Designed to prepare pilots for complex operational conditions in North Africa, the device incorporates a comprehensive visual and navigation database tailored specifically for the Tunisian Air Force:

• Official Navigation Charts: complete navigation data covering all official Tunisian airports, provided directly by the local aviation authority.
• Tactical Landing Sites: 15 customized, geo-specific helipads across the region.
• Environmental & Tactical Scenarios: specific atmospheric conditions, including realistic desert sandstorms and initial NVIS (Night Vision Imaging System) integration.
• Dedicated Instructor Station: Dual IOS seating layout designed for both the instructor and an observer, optimizing tactical evaluation and debriefing.
  
  
  
  

The H125 FNPT II will be utilized for advanced military mission training, covering procedural drills, emergency management, NVIS tactical flights, and formation flying practice within specialized local scenarios.

With this delivery, entrol reinforces its position as a trusted global partner for defense operators, offering flexible, high-precision simulation technology tailored to public safety and military standards.

The pilot shortage in 2026: a growing challenge for aviation

The global aviation industry continues to face a shortage of qualified pilots, driven by growing demand for air transport and the need to replace experienced pilots leaving the workforce.

A growing demand for qualified pilots

In the helicopter sector, the traditional pathway from military to civilian aviation is becoming less significant, increasing the need to train pilots through civilian pathways.

However, the high cost of helicopter training and the time required to build operational experience can make this transition particularly challenging. This is especially relevant for pilots who aim to progress into specialised operations, where significant flight experience may be required.

This means the challenge is not only attracting new pilots, but also building sufficient training capacity to prepare them for professional operations.

The challenges of increasing pilot training capacity

Training more pilots requires more than recruiting students. Training organisations need sufficient aircraft, instructors and training infrastructure to support the growing demand.

Limited aircraft availability

Aircraft availability is one of the main constraints in pilot training. Training fleets are limited, while aircraft also need to accommodate maintenance, operational requirements and weather-related disruptions.

As demand for pilot training increases, simply adding more students does not automatically increase the number of pilots who can complete their training. Training organisations need to make the most effective use of the aircraft and resources already available.

The pressure on training resources

The same challenge applies to instructors and training infrastructure. As student numbers grow, organisations need to accommodate more training sessions without compromising the quality of instruction.

This makes training capacity and efficiency increasingly important for flight schools and operators looking to respond to the growing demand for qualified pilots.

How simulation can accelerate pilot training

Flight training simulation can help organizations increase training capacity by moving appropriate exercises into a controlled synthetic environment. This allows pilots to practice more frequently while reserving valuable aircraft time for the parts of training that require real flight.

Repeating procedures and emergencies

One of the main advantages of simulation is the ability to repeat training exercises without the operational constraints of real flight.

Pilots can practice aircraft procedures, system failures and emergency situations multiple times, allowing them to build the appropriate response before encountering similar situations in the aircraft.

This is particularly valuable for scenarios that are difficult or unsafe to reproduce repeatedly in real flight. entrol has previously highlighted the ability to practice emergencies and complex situations in a safe environment as one of the main advantages of simulation.

Making real flight hours more effective

Simulation can be integrated into the wider pilot training programme, allowing pilots to practice procedures, systems and emergency scenarios in a controlled environment before applying their skills in operational conditions.

This can help organizations make better use of available aircraft time, focusing each training session on the objectives that are most relevant to the pilot and the operation.

The combination of simulator-based and aircraft-based training can therefore make the overall training process more efficient, flexible and repeatable, while maintaining the level of proficiency required for safe operations.

Simulation solutions for increasing training capacity

Different training organizations have different requirements, and not every training task requires the same level of simulation. FNPTs, FTDs and Full Flight Simulators (FFSs) can all contribute to increasing training capacity, depending on the aircraft, training objectives and regulatory requirements.

From FNPTs and FTDs to FFS

FNPTs can provide an efficient environment for initial and procedural training, while FTDs offer a higher level of aircraft-specific training for operators.

For more demanding training requirements, Full Flight Simulators (FFSs) provide a highly realistic reproduction of the aircraft and its operating environment. Their high level of fidelity makes them particularly valuable for type rating, recurrent training, proficiency checks and complex emergency scenarios, depending on the applicable regulatory framework.

Together, these different types of training devices allow organizations to select the appropriate level of simulation for each training requirement and make better use of their available training resources.

Increasing access to high-fidelity training

As the pilot shortage 2026 continues to put pressure on the aviation training system, access to high-fidelity simulation becomes increasingly important.

FFSs allow pilots to practice complex scenarios repeatedly without relying exclusively on operational aircraft. For operators, this can support recurrent training, standardize procedures across crews and provide additional opportunities to maintain proficiency.

At the same time, having simulation available at or close to the operator’s facilities can reduce travel and improve training flexibility. This is particularly relevant for organizations that need to train large numbers of pilots or maintain the proficiency of crews across multiple aircraft.

Simulation as part of the solution to the pilot shortage

The pilot shortage 2026 is increasing the pressure on aviation training organizations to expand their capacity while maintaining high standards of safety and quality. Simulation can help address this challenge by making training more efficient, flexible and accessible.

At entrol, we develop certified flight simulation solutions tailored to the aircraft, training objectives and operational requirements of each customer.

Contact entrol to explore how simulation can help expand your pilot training capabilities.

The Airbus H140 is attracting significant attention across the helicopter industry as a new-generation light twin-engine helicopter, particularly for Helicopter Emergency Medical Services (HEMS). With its entry into service planned for 2028, operators are already considering how the aircraft could fit into their future fleets and operations.

As the H140 moves closer to service, Airbus H140 simulation training will become an important part of preparing pilots and crews for the aircraft and the demanding missions it is designed to perform.

Why Simulation Matters for the Airbus H140

Introducing a new helicopter requires pilots to understand its systems, procedures and capabilities. Simulation provides a safe, controlled environment to practise procedures, emergencies and operational scenarios that may be difficult or risky to recreate in the real aircraft.

Preparing Pilots for a New Generation of Helicopter

As a new-generation helicopter, the H140 will require pilots to develop a thorough understanding of its systems, capabilities and operating procedures. Airbus H140 simulation training can help standardise training across crews, allowing pilots to practise the same procedures and scenarios under controlled conditions.

For H140 pilot training, high-fidelity simulation can help pilots build the knowledge and confidence needed to operate complex aircraft safely, while providing an effective environment for experienced pilots to share operational knowledge with newer crews.

At entrol, our experience with certified simulation shows how high-fidelity training devices can support this type of training while providing operators with a controlled and repeatable training environment.

Training Procedures and Emergencies Safely

One of the main advantages of simulation is the ability to recreate emergencies without exposing pilots, crews or aircraft to unnecessary risk.

Engine failures, abnormal procedures, adverse weather and other challenging situations can be introduced during a training session and repeated until pilots achieve the required level of proficiency.

This makes simulation particularly valuable during the introduction of a new aircraft, when crews need to build experience with its systems and procedures before facing unexpected situations in real operations.

The Airbus H140: A New Opportunity for HEMS Training

The H140 has been designed with a strong focus on HEMS operations, making it particularly relevant for operators preparing for the next generation of helicopter emergency medical services. As the aircraft enters service, effective training will be key to ensuring pilots and crews are prepared to make the most of its capabilities.

Designed for Demanding HEMS Operations

HEMS missions can involve confined landing areas, challenging weather, unfamiliar environments and time-critical decision-making.

Simulation allows these situations to be recreated in a safe and repeatable environment. Pilots can practise approaches, landings, emergency procedures and mission-specific scenarios without affecting the availability of the operational fleet.

For operators, HEMS mission simulation can provide an opportunity to practise the operational challenges associated with these missions while maintaining the aircraft available for real-world operations.

From Aircraft Familiarisation to Mission Training

Modern helicopter simulation is no longer limited to reproducing the cockpit.

High-fidelity visual systems and mission databases can recreate the environment surrounding the aircraft, allowing pilots to train the complete operational scenario.

entrol’s ENVISION image generator, powered by Unreal Engine, enables customised visual environments for mission training, including HEMS, SAR, firefighting, law enforcement and offshore operations. These environments can include geospecific terrain, airports, heliports and specific visual references.

This makes it possible to move from generic aircraft training towards simulation that reflects the real operational environment of the customer.

Tailored Airbus H140 Simulation for Operators

entrol develops flight simulation solutions tailored to each customer’s aircraft, operational requirements and training objectives. For operators preparing to introduce the Airbus H140, entrol can develop an ad hoc simulation solution adapted to their specific configuration, training needs and mission scenarios.

Experience with Airbus Helicopter Models

entrol’s simulator portfolio includes a wide range of Airbus helicopter models, including the H120, H125, H135, H145, H155 and Dauphin. This experience covers different aircraft configurations and training requirements, from aircraft procedures and systems to specialised mission training.

This knowledge of Airbus helicopter platforms, combined with entrol’s experience in customised simulator development and mission training, provides a solid foundation for exploring tailored simulation solutions for new aircraft such as the H140.

Custom Cockpit, Visual Database and Mission Scenarios

One of entrol’s main strengths is its ability to adapt simulator configurations to the real aircraft operated by each customer. Rather than providing a generic solution, entrol can manufacture simulators that match the customer’s specific aircraft configuration and training objectives.

A tailored Airbus H140 flight simulator could include the cockpit configuration, visual systems, geographical databases and mission scenarios required by the operator. This is particularly relevant for HEMS operators, whose training needs depend heavily on the geographical and operational environment in which the aircraft is used.

The result is a training solution designed around the operator’s specific requirements rather than simply around the aircraft model.

Potential Certification Levels for H140 Simulation

The appropriate level of certification for an H140 simulator will depend on the operator’s and training organisation’s requirements and the intended use of the device.

An H140 Full Flight Simulator (FFS) could be used for training activities such as Proficiency Checks, while an H140 Flight Training Device (FTD) could support Operator Checks, procedures and mission training, depending on the applicable regulatory framework and certification level.

Defining the intended training objectives from the beginning is therefore essential when developing a simulation solution for a new aircraft such as the H140.

Preparing for the Future of H140 Pilot Training

The arrival of the Airbus H140 represents another step in the evolution of helicopter operations. As the aircraft moves closer to entering service, operators can start planning their training infrastructure to ensure pilots and crews are prepared from the outset.

Simulation can reduce the need to use operational aircraft for training, increase training availability and provide a safe environment for practising emergencies and complex missions. An in-house simulator can also reduce the need for travel to external training centres while allowing operators to train with their own aircraft configuration and operational environment.

Operators interested in developing an H140 flight simulator can contact entrol to explore an ad hoc solution based on their specific training and operational requirements.

The next generation of helicopters requires the next generation of training.

Certified flight simulators have become one of the most effective tools for delivering cost-effective flight training. Rather than replacing aircraft, they allow schools to optimise the use of their fleet by transferring suitable parts of the training syllabus to a controlled, highly effective learning environment. The result is lower operating costs, reduced aircraft wear, greater training capacity and a more efficient use of resources while maintaining the highest training standards.

Simulator vs real flight hours: finding the right balance

Reducing real flight hours is not about flying less – it’s about using each training resource where it delivers the greatest value. As operating costs continue to rise, flight schools are increasingly adopting a hybrid training model that combines aircraft and certified flight simulators. This approach delivers more cost-effective flight training while maintaining the quality and regulatory compliance of pilot training.

Making every flight hour more valuable

Aircraft remain an essential part of pilot training, but not every exercise needs to be completed in the air. Procedural training, instrument flying, abnormal situations and emergency scenarios can often be taught more effectively in a certified simulator, where instructors can pause, repeat and adapt exercises without operational constraints.

This approach allows students to build confidence and proficiency before transitioning to the aircraft. Instead of spending valuable flight hours practising repeatable procedures, schools can reserve real aircraft for the phases of training where real-world flying provides the greatest educational value. The result is a better balance between simulator sessions and real flight hours, maximising the value of every aircraft sortie.

Certification makes simulator hours count

The ability to replace aircraft hours depends on the certification level of the simulator and the applicable regulatory framework. Devices such as FNPTs, Flight Training Devices (FTDs) and Full Flight Simulators (FFSs) each support different portions of approved training in accordance with EASA and FAA requirements.

As certification levels increase, so does the amount of training that can be credited in the simulator. This enables flight schools to reduce aircraft utilisation without compromising regulatory compliance, ensuring that training remains both efficient and fully recognised by aviation authorities.

Lower operating costs while protecting your fleet

One of the biggest advantages of simulation is its direct impact on operating costs. Replacing appropriate aircraft hours with simulator sessions reduces fuel consumption, maintenance requirements and aircraft wear, while preserving the fleet for the training that truly requires real flight.

Reduce unnecessary aircraft utilisation

Operating an aircraft involves far more than fuel consumption. Every training flight contributes to engine hours, scheduled maintenance, inspections, replacement of life-limited components, tyre and brake wear, airport fees and maintenance labour. In helicopter training, it also accelerates the wear of high-value dynamic components such as rotor systems and transmissions.

By transferring appropriate training exercises to a certified simulator, flight schools can significantly reduce these expenses while delivering the same learning outcomes. Over the lifetime of an aircraft, these savings become substantial, particularly for academies conducting large volumes of initial and recurrent training. This is why simulation has become one of the most effective ways of delivering cost-effective flight training while reducing the overall cost per student.

Reducing fleet maintenance costs

Investing in a certified flight simulator is no longer simply a training decision – it is a strategic business investment. Beyond reducing operating costs, simulation helps flight schools optimise their resources, increase training capacity and build a more scalable operation. By making better use of aircraft, instructors and facilities, schools can meet growing demand without proportionally increasing their operating costs.

Improving flight school ROI with certified simulators

Simulation not only reduces costs- it also helps schools make better use of their existing resources. Aviation academy optimization is achieved by improving the utilisation of aircraft, instructors and training facilities, allowing organisations to train more pilots without proportionally increasing their operating costs.

Train more pilots with the same resources

One of the greatest advantages of simulation is that it allows training organisations to maximise the use of their existing resources. Unlike aircraft operations, simulator sessions are not affected by weather conditions, airspace congestion or maintenance-related downtime, giving schools greater flexibility when scheduling instructors, students and aircraft.

Rather than expanding their fleet to accommodate more trainees, many organisations increase their training capacity by moving appropriate lessons to certified simulators. This allows them to train more students while making better use of the aircraft they already own, creating a more efficient and scalable training operation.

Deliver more consistent and effective training

Simulation provides a standardised training environment where every student can complete the same exercises under identical conditions. Instructors can pause scenarios, repeat manoeuvres and gradually increase the complexity of each session, ensuring that every trainee reaches the required level of proficiency before progressing.

Emergency procedures, abnormal situations and instrument flying can all be practised repeatedly without the operational constraints of a real aircraft. As a result, students arrive better prepared for flight training, improving learning outcomes while making every aircraft hour more productive.

Long-term operational value and higher flight school ROI

Investing in a certified simulator is no longer simply a training decision – it is a strategic business decision. Beyond regulatory compliance, simulation improves flight school ROI by lowering operating costs, increasing fleet availability and creating a scalable training model capable of supporting future growth.

The smarter way to train pilots

Reducing real flight hours is not about replacing aircraft – it is about creating a training model that combines the strengths of real flight and certified simulation. By using each resource where it delivers the greatest value, flight schools can reduce costs, protect their fleet, improve training quality and prepare more pilots for the future.

At entrol, our certified flight simulators help flight schools and aviation academies achieve these goals while meeting the highest EASA and FAA training standards.