spendergast captains blog: NATO JAPCC studies RPAS In Contested Environements
AI Analysis
A recent NATO JAPCC study assesses the vulnerability of Remotely Piloted Aircraft Systems (RPAS) – specifically MALE and HALE platforms – in contested airspace. The study concludes current RPAS are not adequately equipped to operate in non-permissive or hostile environments. The analysis covers operational, technical, and legal considerations, outlining future conflict scenarios and capability gaps.
Key Takeaways
- NATO JAPCC conducted a vulnerability analysis of RPAS in contested environments.
- Current RPAS systems (MALE/HALE) are deemed insufficiently resilient for high-threat airspace.
- The study examines operational, technical, and legal aspects of RPAS employment.
- Future conflict scenarios are modeled to identify threats exceeding current RPAS capabilities.
- Findings and recommendations are potentially applicable to all classes of RPAS, not just MALE/HALE.
Why It Matters
This assessment highlights a critical vulnerability in a key area of modern warfare – ISR and potentially strike capabilities reliant on RPAS. The findings will likely drive investment in hardening RPAS against electronic warfare, kinetic attacks, and cyber threats, and influence future RPAS procurement strategies. It underscores the increasing need for robust counter-UAS capabilities to protect friendly RPAS assets.
spendergast captains blog: NATO JAPCC studies RPAS In Contested Environements
| The NATO Joint Air Power Competence Centre (JAPCC) has published a study on the vulnerability of UAS in the contested airspace of future operating theatres, finding that current systems are not yet ready to survive in non-permissive or hostile air environments. | | --- |
Remotely Piloted Aircraft Systems in Contested Environments – A Vulnerability Analysis - JAPCC_RPAS_In_Contested _Environements.pdf
This study provides a detailed assessment of current RPAS components’ limitations and vulnerabilities, addressing operational, technical and legal questions. It outlines a vision of possible future conflict scenarios and compares these predicted threats with current capabilities. The study focuses on Medium Altitude Long Endurance (MALE) and High Altitude Long Endurance (HALE) RPAS. However, the identified risks and threats, as well as the given recommendations, may apply to other classes of RPAS as well.