Canadian team researches add-on armour
NSERC is funding research into ceramic add-on vehicle armour. (Photo: NP Aerospace)
Canadian research programme will introduce new modelling and simulation technologies for the development of vehicle armour.
NP Aerospace is providing engineering expertise and resources for a programme funded by the Natural Sciences and Engineering Research Council of Canada to research and develop new Canadian-made ceramic add-on vehicle armour.
The five-year, C$3.2 million ($2.57 million) initiative also involves three universities (University of Alberta, University of British Columbia and York University), Defence Research and Development Canada and General Dynamics Land Systems - Canada.
The programme will introduce new modelling and simulation technologies to the development and testing of protection against medium-calibre armour piercing fin stabilised discarding sabot ammunition, NP Aerospace noted in a 19 January statement.
Empirical data generated by the programme should underpin future developments and will increase sustainability by replacing a proportion of live testing with simulated testing.
This in turn ‘will reduce the time required to develop and field future armoured vehicles’, NP Aerospace added.
Dr James Hogan of the University of Alberta, academic lead in the programme, said: ‘Armour modelling and simulation has numerous advantages. It allows us to correlate live ballistic impact with simulated testing and to make more informed design decisions using extensive trend-based data.’
More from Land Warfare
-
![Eurosatory 2026: MARSS and parent company EOS expand air defence capability]()
Eurosatory 2026: MARSS and parent company EOS expand air defence capability
MARSS became part of EOS Defence earlier this year, bringing together the former’s C2 NiDAR and Nation Shield air defence products with the latter’s suite of effectors and sensors.
-
![Is motorisation set to be the next evolution of towed artillery?]()
Is motorisation set to be the next evolution of towed artillery?
Artillery remains a key tool on the modern battlefield. Artillery platforms, however, are increasingly at risk from enemy fire, whether from other artillery or uncrewed …
-
![Eurosatory 2026: GDELS and Thales combine proven tech to create reduced-risk CUAS]()
Eurosatory 2026: GDELS and Thales combine proven tech to create reduced-risk CUAS
Both Thales and GDELS shone a spotlight on their uncrewed and counter-drone efforts at Eurosatory 2026, highlighting the integration of mature technologies with stable C2 systems that are open to agnostic additions and expansion.
