PLA ZTZ-100

New kit from Border Model for building a Chinese ZTZ-100
 

• Pre-colored plastic parts including digital camouflage
• Parts can be assembled without glue
• Movable wheels and tracks
• Some hatches can be built open or closed
• Turret and weapon station are rotatable
• Includes sets for a ZRY222 UGV and "Robotwolves"
• Scale 1:35
• Unbuilt/unpainted

The ZTZ-100 is a fourth-generation Chinese main battle tank, officially unveiled in September 2025, and is considered part of a fundamental modernization of the People's Liberation Army. Unlike traditional heavy tanks, the ZTZ-100 deliberately relies on modern networking, automation, and active protection systems instead of extremely heavy armor. It weighs around 40 tons, is powered by a hybrid diesel-electric drive with approximately 1,500 hp, and reaches speeds of about 80 km/h on roads and about 50 km/h off-road. Its unmanned turret houses an automatic 105mm main gun that fires high-velocity projectiles, as well as coaxial and remotely controlled secondary armament. The crew is housed in a highly protected capsule within the hull, significantly enhancing survivability. Advanced sensor and communication technology, including optical systems, radar, and integrated networks, makes the tank an information-centric hub that shares data with drones and other units. For defense against guided weapons and drones, the ZTZ-100 utilizes dual GL-6 active protection systems that use radar sensors to detect and intercept incoming threats.

In parallel with the development of the tank, China is also advancing unmanned ground vehicles (UGCVs). The ZRY-222 is an unmanned, remotely controlled combat and reconnaissance robot based on a robust, tracked chassis and capable of being equipped with weapons such as machine guns or missiles. It is part of the PLA's efforts to automate dangerous tasks—such as advance patrols, fire support, and reconnaissance—and thus save human lives.

A prominent part of this robotics strategy is the "Robot Wolves"—four-legged autonomous robot platforms that have been showcased in PLA exercises and presentations. These systems typically weigh around 70 kilograms and are programmed for a variety of roles: They can act as reconnaissance vehicles equipped with electro-optical sensors, carriers of supplies, support units in combat situations, or even be armed. In coordinated "pack tactics," several of these robots are intended to operate together, exchange data, and work in conjunction with human soldiers and drones. Official reports indicate that they have already been used in combined exercises, training alongside FPV drones and infantry to explore terrain, identify key objectives, and perform cover and support tasks.