Platform System Design

NLR’s electromagnetic compatibility (EMC) facility at NLR Marknesse
Platform System Design

03 March 2022

Reducing lead time and cost with early EMC compliance

Royal NLR has a long history as a one-stop shop for environmental testing and certification in aviation as well as the space sector. A good example being the NLR’s electromagnetic compatibility (EMC) facility, which offers its customers unrivaled modelling and testing programs to qualify electronics equipment used in planes, satellites and spacecraft. This expertise comes  from detailed knowledge gained through many years of research, modelling and extensive testing.

professional RPAS drone operations
Sustainability and Environment

03 February 2021

Flying safely with liquid hydrogen

NLR will demonstrate drone flights fuelled by liquid hydrogen stored in tanks made entirely of composite material – a lightweight solution, with no risk of metal fatigue. With this, NLR is taking the next step towards safe, climate-neutral aviation, contributing to the ambitions of the Dutch ‘Duurzame Luchtvaartakkoord’ (Sustainable Aviation Accord) and the associated ‘Actieprogramma Hybride Elektrisch Vliegen’ (Hybrid Electric Propulsion Action Programme).

Air Traffic Management

22 January 2021

Europe is testing air taxis and drones for urban mobility

The European project AMU-LED is aiming to demonstrate the safe integration of drones in 2022 into urban environments in the Netherlands, Spain and the United Kingdom. Various scenarios are being looked at, such as flights using airborne taxis for passenger transport and the use of drones to assist policing and the emergency services.

Dutch Drone Delta
Air Traffic Management

04 December 2019

Facilitating MALE RPAS integration in non-segregated European airspace

NLR is performing a multi-year study in partnership with General Atomics Aeronautical Systems, Inc. (GA-ASI) and General Atomics Aeronautical Systems UK (GA-UK), to develop the procedures needed to safely and efficiently integrate Medium Altitude, Long Endurance (MALE) Remotely Piloted Aircraft Systems (RPAS) into European Airspace and to ultimately develop a data-driven Concept of Operation (CONOP) to be shared with the European regulatory community.  For the purposes of this research, the MQ-9B SkyGuardian MALE RPAS, designed and manufactured by GA-ASI, is used as an example case study. NLR is now working on the second phase of this project that is to take place from November 2019 to end 2020.