China Upgrades Tank Fleet with Advanced Active Protection Systems
Recent footage circulating on Chinese social media reveals a significant upgrade to the People’s Liberation Army’s (PLA) armored forces: the integration of the GL-6 active protection system (APS) onto Type 96A main battle tanks. This development signals a broader trend toward enhancing the survivability of existing armored vehicles in the face of evolving battlefield threats.
The Rise of Active Protection Systems
Active protection systems like the GL-6 are designed to intercept incoming anti-tank missiles and rockets before they can strike a vehicle. They employ radar and other sensors to detect threats and then launch countermeasures to neutralize them. This adds a crucial defensive layer beyond traditional armor, which is increasingly vulnerable to modern anti-tank weaponry.
The footage shows Type 96A tanks being transported with the APS equipment installed, suggesting these are operational units and not simply test vehicles. This indicates a move beyond experimentation and toward widespread deployment.
Adapting Existing Platforms
The Type 96A is a key component of the PLA’s armored brigades. While newer tanks like the Type 99A represent the most advanced heavy armor in service, the sheer number of Type 96A tanks in operation makes upgrades to this platform particularly impactful. The integration of the GL-6 demonstrates a pragmatic approach to modernizing the PLA’s armored capabilities.
Interestingly, the installation of the GL-6 on the Type 96A required the addition of deflectors behind the APS launchers. This is because the original turret design wasn’t intended to accommodate such a system, highlighting the adaptability required to retrofit existing vehicles with new defensive technologies.
Implications for Modern Warfare
The adoption of APS technology is changing how armored vehicles operate on the battlefield. Historically, tanks relied heavily on armor thickness and reactive armor to withstand attacks. Now, APS introduces a proactive defense, attempting to destroy threats before they even reach the vehicle. This shift is particularly relevant in the context of increasingly prevalent uncrewed aerial vehicles (UAVs), including FPV kamikaze drones, which pose a significant threat to armored vehicles.
The GL-6 system has been tested against various threats, including drone-launched rocket-propelled grenades, demonstrating its effectiveness against a range of modern weaponry. This capability is crucial in environments where tanks are vulnerable to top-down attacks, a challenging scenario for many APS designs.
China’s Armored Vehicle Development
China’s tank development has progressed through three generations. The Type 96 represents a significant step forward from the first-generation Type 59, offering improved fire control, armor, and mobility. The Type 96A, in turn, builds upon the original Type 96 design, further enhancing its capabilities. The addition of the GL-6 APS represents the latest evolution of this platform.
The Type 96 family includes the Type 96, Type 96A (with a mass of 42.8 tonnes), and Type 96B (with a mass of 43 tonnes). Each variant incorporates incremental improvements in engine power and overall performance.
FAQ
What is an active protection system? An active protection system detects incoming threats like missiles and rockets and launches countermeasures to intercept or disrupt them before they hit the vehicle.
What is the GL-6? The GL-6 is a Chinese-developed active protection system designed to defeat anti-tank threats.
Why is China upgrading the Type 96A? The Type 96A is a widely deployed tank, and upgrading it with APS improves the overall capability of China’s armored forces.
What are the benefits of APS? APS adds a crucial defensive layer beyond traditional armor, increasing a vehicle’s survivability against modern anti-tank weapons.
Did you realize? The Type 96 tank entered service with the PLA in 1997 and remains a vital part of China’s armored forces.
Pro Tip: The integration of APS onto existing platforms is a cost-effective way to enhance the survivability of armored vehicles without the expense of developing and deploying entirely new tank designs.
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