Taking the human out of harm’s way (Studio)
The N-Raven loitering munition is designed to strengthen armed forces’ aerial reconnaissance, engagement and precision strike capabilities, while removing humans from harm’s way.
Brought to you in partnership with Paramount
Paramount Aerospace Systems (PAS) has announced that its groundbreaking N-Raven loitering munition will begin production in April this year with first deliveries in October.
N-Raven has been digitally designed with quick transfer of technology in mind, to enable governments to manufacture these loitering munitions in their countries, in less than one year.
Paramount’s N-Raven consists of three different models; GPS guided, fixed Optical Seeker Head target identification, recognition and tracking; and a Gimbal version of the Optical Seeker Head. All these technologies including the hardware, software and AI have been developed by Paramount.
The swarming version of the N Raven is in advanced stages of development and is scheduled to be industrialized in the second half of 2024.
To learn more about Paramount’s evolution and portable production model, click here
More from Studio
-
![Networked advantage: keeping unmanned systems in the loop with battlefield radio technology]()
Networked advantage: keeping unmanned systems in the loop with battlefield radio technology
Unmanned systems are powerful intelligence, surveillance and reconnaissance (ISR) assets and communication tools, but are often isolated from wider networks, limiting their potential. Industry is now tackling this challenge, empowering UxVs to act as integrated nodes across domains.
-
![Air defence at scale: Europe’s challenge of cost, integration and sustainability]()
Air defence at scale: Europe’s challenge of cost, integration and sustainability
The evolution of aerial threats is driving renewed investment in ground-based air defence across Europe. Yet beyond capability, a more pressing challenge is emerging: how to sustain air defence at scale, as rising costs, limited stockpiles and industrial production constraints place increasing pressure on existing structures.
-
![The path to a safer future – why technological innovation is key to successful mine clearance]()
The path to a safer future – why technological innovation is key to successful mine clearance
Landmines continue to present a persistent and constantly evolving global threat, and advances in technology are improving how the challenges posed by minefields are managed, while reducing risks to human life. The growing capabilities of autonomous and robotic systems, coupled with advanced sensor capabilities, are now fuelling industry’s responses to this pervasive danger.
-
![“The challenge is not demand, but delivery”: why rapid building of industrial capability is key to Europe’s future defence]()
“The challenge is not demand, but delivery”: why rapid building of industrial capability is key to Europe’s future defence
In today’s complex security landscape, military requirements are rapidly evolving across all domains. As European defence spending rises, industry is under growing pressure to expand production capacity, strengthen supply chains and accelerate delivery timelines to meet operational demand.
-
![Why cost-effective flexible networks are the key to C-UAS success]()
Why cost-effective flexible networks are the key to C-UAS success
The widespread use of drones and loitering munitions in current conflicts has tilted the balance in favour of the attacking force, both operationally and economically. EOS’s Dr Andreas Schwer tackles the question of what kind of C-UAS defences are needed to protect battlefield forces, and even entire countries.
-
![AI-enhanced combat radios: how to turn comms networks into an EW advantage]()
AI-enhanced combat radios: how to turn comms networks into an EW advantage
Artificial intelligence (AI) is transforming defence communications, boosting situational awareness and electronic warfare (EW) capabilities across the battlespace. Bittium’s new partnership with MarshallAI will significantly enhance networked technology, turning radios into cutting-edge sensors with a range of applications.
