The conflict in Ukraine revealed a stark reality for modern armored forces: an inexpensive FPV drone can locate a tank from above, bypass its strongest armor, and make the turret roof the most vulnerable spot.
As Western armies adjust their tactics, the People’s Liberation Army (PLA) has noted that drones and steep‑angle strikes have damaged armored platforms in recent conflicts. Having warned that armored units now confront a three‑dimensional drone menace, the PLA is accelerating efforts to develop protection suited to overhead attacks.
In early 2025, Chinese state media disclosed initial steps to address this evolving threat. Video from a Norinco test facility depicted a tank equipped with the new GL‑6 active protection system (APS) destroying an incoming overhead projectile while also engaging a lateral threat. Coverage emphasized the system’s capacity to counter high‑angle attacks from drones, rockets, missiles, or loitering munitions, as well as to handle concurrent air and ground assaults.
Nevertheless, Chinese defense analysts regard the GL‑6 as only one element of a broader, layered defense. Norinco’s intelligent combined brigade concept, unveiled at the 2024 Zhuhai Airshow, illustrates an alternative approach: integrating armored units with reconnaissance drones, electronic warfare assets, and counter‑drone equipment to form a networked force capable of detecting and neutralizing incoming threats.
Operational studies echo this layered philosophy. A 2025 paper from PLA Army researchers contends that formations confronting UAV swarms require integrated early warning, electronic countermeasures, kinetic interceptors, camouflage, and decoys. Chinese scientists have also refined the sensing, prediction, and interception technologies that support these measures. For instance, analysts note that inexpensive drones, swarms, and precision‑guided munitions are compelling militaries to adopt affordable terminal defenses capable of resisting saturation attacks.
Collectively, these studies converge on a central idea: smart armor is not merely a standalone gadget but a comprehensive effort to enhance armored survivability through greater connectivity, responsiveness, and integration on a battlefield dominated by overhead threats.
For the PLA, the pressing issue is less about which protection concept is the most advanced and more about which can be fielded quickly enough to make a difference. Mirroring Ukrainian experience, the PLA has examined roof barriers, cage‑like covers, localized reinforcement, and similar add‑on solutions. This broader protective mindset also shapes how crews control their signature and exposure; recent PLA training stresses that, when confronted by drones, armored units should seek roadside depressions, deploy camouflage netting, erase tire tracks, and employ smoke to conceal movement during live exercises.
Although straightforward, these tactics function much like roof screens or supplemental armor: they gain precious seconds, disturb enemy targeting, and require attackers to penetrate additional layers before achieving a clean hit. By pairing hard‑kill interception with concealment, obscurants, and modular physical barriers, a force can disrupt the drone kill chain without redesigning its vehicles.
With this goal in mind, Chinese military commentators are increasingly focused on converting battlefield improvisations into durable vehicle protection. Scaling these solutions demands a balance between protective capability and engineering, production, upkeep, and logistics. An April 2026 PLA Daily review examined cages, wire barriers, composite screens, and other foreign adaptations, noting trade‑offs in visibility, weapon handling, and mobility. A September PLA Daily piece explored the next stage—embedding these measures smoothly into operations—citing how Russian manufacturers have integrated physical and electronic anti‑drone systems into new tanks based on combat experience. Chinese coverage of protective materials similarly stresses lighter composites and modular add‑ons paired with active and electronic defenses.
For U.S. and allied forces, the central issue is not whether China has devised an impervious barrier against FPVs, but whether PLA armored units can render top‑attack shots more difficult, costly, and uncertain. Even incremental improvements would be significant.
Chinese military analysts themselves admit that no single layer provides a total solution. Earlier this month, PLA researchers pointed out enduring challenges such as detecting small targets, brief engagement windows, expensive interception, and the rise of jam‑resistant fiber‑optic or autonomous drones. Systems like APS, roof protection, camouflage, smoke, and localized reinforcement can compel anti‑armor teams to launch denser salvos, employ more intricate mixed‑axis strikes, use deception, and conduct closer reconnaissance—while also making support vehicles and critical enablers more appealing targets. Ukraine’s experience shows that drone‑intensive battles favor adaptation and saturation over reliance on a lone strike. Taiwanese analysts interpret PLA exhibitions of APS‑equipped heavy armor similarly, viewing them as a response to asymmetric tactics built around drones and anti‑tank weapons.
Chinese military coverage does not present a definitive solution to drone‑era anti‑armor combat, but it demonstrates that the PLA is rethinking frontline armor survivability. The emerging pattern favors a layered approach that blends active defense, roof adaptations, modular reinforcement, signature management, and smarter coordination between vehicles and the wider formation. The crucial question is how swiftly these concepts progress from demonstrations to fielded units. Should this transition accelerate, U.S. and partner forces could encounter armored formations that no longer present easy overhead targets.
The drone era has not terminated armored warfare; it has rewritten the rules of survival. China seems intent on adapting before this lesson becomes a lasting battlefield disadvantage.
Tye Graham is a Senior Researcher with BluePath Labs and a retired US Army Foreign Area Officer.