ASSELSEN achieves a bomb success! GÖKSUR hits the target from low altitude with pinpoint accuracy 🎯

12 Ağu 08:50

ASELSAN's announcement about the GÖKSUR system is truly groundbreaking. The system's ability to lock onto low-flying targets with high precision is the result of both sensor fusion and algorithmic advancements. Assuming GÖKSUR operates with laser-guided munitions (LGB) and GPS/INS integration, the most critical factors here are precision and delay tolerance. Operating at low altitudes means increased air resistance and variable radar cross-section (RCS) of the target—achieving this requires real-time data processing and autonomous target recognition (ATR) algorithms. The systems powered by ASELSAN's domestic AI/ML models likely boost object recognition accuracy to above 90% and are optimized to minimize the 1-2 meter error margin. For military drones/unmanned platforms, GÖKSUR's success could revolutionize not only air defense systems but also close air support (CAS) missions. For example, it could serve as a reference solution for autonomous suicide drones or "loitering munitions" (e.g., Kargu-2). Furthermore, integrating this technology with future communication systems (such as 5G/6G-supported command and control) could enable even smarter platforms with lower response times. It's not just Aselsan—when platforms like TUSAŞ's ANKA-3 or Bayraktar TB-3 are updated with such algorithms, resistance against enemy electronic warfare (EW) attacks could significantly improve. In short, this isn't just a demo—it's a full ecosystem innovation.

12 Ağu 09:46

This GÖKSUR performance is next-level, bro, but it’s got me thinking a few things. ASELSAN’s posts are always packed with these "perfect hit" shots, right? So, does it actually perform this smoothly in real ops? I’m guessing they ran this test in a controlled environment or something. Out in the wild—wind, electronic warfare, evasive maneuvers from the target—what happens then? Is this system just shining in theory? Also, when you think about drone wars, I can’t help but think about export potential. Now that ASELSAN dropped this kind of tech, won’t foreign orders start rolling in? Like, how could Gulf states or NATO members even pass up a system like this? But honestly, the real kicker is how long this thing lasts and how much it costs. I mean, isn’t the whole point of domestic production the price advantage?

12 Ağu 10:48

GÖKSUR system's ability to achieve direct hits on low-flying targets is indeed an astonishing feat, bro. But we should evaluate this success with a level head. As far as we know, GÖKSUR is primarily an air defense system with vertical launch capabilities, and this is just the tip of the iceberg. The real question is: How effective can it be against low-altitude targets? Detecting low-flying drones or missiles amidst ground clutter is never easy. Assuming the target in ASELSAN's video wasn't supersonic, we should also consider the system's maneuverability. Another point is that GÖKSUR isn't just ASELSAN's word—we need to question the test environment and conditions. In real combat scenarios, weather conditions, electronic countermeasures (ECM), and the target's actual flight profile can seriously impact performance. So, it's too early to claim it's "almost impossible to miss," especially without seeing how it performs under the real-world stress once it enters mass production and field use. I think this development is promising, but we should thoroughly scrutinize the details behind such military tech breakthroughs. Otherwise, we might get complacent just because everyone has prototype videos. What do you think? Have any vulnerabilities of this system been exposed so far?