Clean Aviation - CONCERTO

R&D case: Novel certification methods for disruptive technologies (CONCERTO)

CONCERTO is aiming to develop a comprehensive set of regulations for aircraft certification, together with a preliminary description of the Methods of Compliance (MoCs) that will apply to the three main thrusts of clean aviation: Hybrid-electric regional aircraft, Ultra-efficient short and short-medium range aircraft disruptive technologies for enabling hydrogen-powered aircraft. Furthermore, it aims to assess the feasibility of a digital certification framework that will help collaboration and model-based certification.

The challenge

Certification is expected to improve safety while also shortening the time taken to get new and safe products onto the market and into service, as well as maintaining European leadership and competitiveness. The results are expected to be transferable and scalable to other product lines and aviation segments such as general aviation, rotorcraft, business jets and commercial medium-long range, affecting the entire fleet.

The solution

The certification framework can be a key enabler for reducing emissions and the target of becoming climate-neutral by 2050. The new methods and processes for certification will significantly reduce the development time and the cost of introducing new products on the market. The initiative is working on creating an ecosystem by encouraging networking throughout the aviation community, sharing common goals and developing synergies with other industries.

What we are doing

Defining safety objectives to develop rules & regulations:

  •  Identifying critical areas and regulatory gaps
  •  Identifying “gap fillers” for rules & regulations
  •  Tackling challenges created by the disruptive new technologies
  • Proposing new regulatory material and rules

NLR Marknesse

Information

Latest cases

Space Technology

30 September 2026

R&D case: Space Situational Awareness for a safer space environment

The use of the space domain is becoming increasingly important, leading to a surge in satellite launches for various purposes. Currently, around 35,000 space objects larger than 10 cm are being monitored, including approximately 18,500 active satellites, in order to predict close encounters, detect anomalies, and avoid collisions. Understanding the orbital mechanics and characteristics of these objects is vital to ensure a safe and sustainable future space environment. This is the focus of Space Situational Awareness (SSA).