The implementation of the APKWS II by F-16s presents a cost-effective and strategic advancement in modern aerial combat. As the US and allied forces seek affordable methods to counter widespread UAV threats, the 70mm guided rockets provide a middle ground between conventional anti-aircraft systems and high-precision air-to-air weaponry.
Key Points:
- Cost-Effectiveness: The primary reason the USAF has adopted APKWS II for this mission is its low cost compared to traditional options. While shooting down small UAVs with AIM-9X or AIM-120 AMRAAMs is costly, utilizing a $15,000 rocket offers a more economical solution.
- Increased Capacity: Each F-16 can load up to 14 rockets across two hardpoints, enabling it to neutralize numerous drones within a single mission.
- Precision and Reliability: The laser-guided system ensures accurate targeting without the need for costly radar or infrared sensors.
- Proven Technology: Already deployed on aircraft and helicopters, the APKWS II requires no additional equipment or training for integration.
The rising threat of drone attacks signals the likely widespread adoption of guided rockets like APKWS II, beyond just F-16s, to other aircraft and combat platforms.
Hellenic Air Force Plans:
The Hellenic Air Force is exploring the integration of the APKWS II system into its fighter jets. According to available information, on June 29, 2024, a meeting in Athens was conducted between Air Force officials and BAE Systems representatives regarding the addition of APKWS capabilities to Greek aircraft.
About APKWS II:
The system transforms unguided 70mm Hydra 70 rockets into precision-guided munitions. Since 2016, it has been integrated into various aircraft, including the AV-8B, F-16, and A-10. For Greece, incorporating APKWS II will offer a budget-friendly solution for neutralizing aerial threats such as drones and enhancing precision in engaging ground targets.
Source geostratigika.gr