Chinook helicopter

R&D case

R&D case: Redesign of helicopter training

A common, modernised approach for platform qualification training

The challenge

The Defence Helicopter Command of the Royal Netherlands Airforce expressed a need for a common, modernised approach for qualification training on all of their platforms.

The solution

The project produced actual MQT for AH-64 and CH-47 crews. Additionally, user requirements, a system concept and a roadmap for an MSMT simulation facility were provided.

The method applied is a competency-based training approach that applies the train-as-you-fight principle from the start. This primarily whole-task training setup is constructed using principles (for example gradually increasing complexity) that optimise cognitive load throughout the training.

What did we do?

In cooperation with subject matter experts (operational pilots/load masters and instructors), a competency-based training needs analysis was performed. Competency profiles were identified for CH-47 pilots and load masters and for the AH-64 pilots. Idealised mission qualification training (MQT) outlines were designed that would lead to fully combat-ready pilots and load masters for a wide range of normal and adverse operational conditions. This is based on the assumption that modern tactical simulators are available, suitable live ranges are available and that there are no scheduling issues. Such ideal training conditions are important for creating and working with a clear vision of training.

With the idealised training setups in mind, actual MQT were developed, implemented and evaluated. User requirements for a multi-ship/multi-type (MSMT) simulation facility were also identified and a roadmap to a future idealised MSMT system concept was suggested.

All activities were facilitated by NLR and new, science-based approaches were applied as far as acceptable for the subject matter experts.

NLR Marknesse

Information

Latest cases

Construction and Manufacturing

20 March 2025

R&D case: Enabling temperature control for large scale additive manufacturing

The challenge One of the main challenges of Large Scale 3D printing of high temperature thermoplastics is the control of the interface temperature – which determines the degree of bonding between consecutive layers. When the deposited material has cooled down in excess, poor adhesion is achieved between layers, leading to insufficient strength, delamination, cracking and […]
Sustainability and Environment

28 January 2025

R&D case COCOLIH2T - Composite Conformal Liquid H2 Tank

The global aviation industry is committed to reducing global net aviation carbon emissions by 50% by the year 2050, with the European Commission pursuing a more ambitious goal of a 75% reduction in CO2 emissions per passenger kilometre. Alternative fuels such as liquid hydrogen (LH2) are seen as playing a central role in a zero-emission […]
GERDA robot for Smart maintenance inspections and smart training
Maintenance and Repair

18 December 2024

R&D case: Smart maintenance inspections and smart training devices

Maintenance is important to make aircraft operations a success. Unfortunately, the MRO industry is faced with a shortage of labour and pollution. How can we use innovations to help the industry? The challenge Aircraft maintenance organisations perform high-tech maintenance on aircraft. The maintenance activities are labour intensive and require considerable resources. In this research, we […]