New Delhi: A Chinese social media video released Tuesday provides at first look at the nation’s truck-mounted electromagnetic aircraft launch system (EMALS) catapult launching a drone.
The highly sophisticated system is made up of multiple specially designed trucks that link together to form a mobile launch track, which then allows fixed-wing drones to take off without the need for any conventional runway.
The system was first spotted at the end of 2025 aboard the cargo vessel Zhong Da 79, which was used to demonstrate a new family of modular containerised military systems, including missile launchers, sensors, and other such combat capabilities.
The latest footage confirms that the truck-mounted EMALS is part of an ecosystem of rapidly deployable weapons and systems.
The video, which has been widely circulated across Chinese social media, shows a propeller-driven drone being launched from a three-truck EMALS configuration. The drone features a high-wing monoplane design, a V-tail, and tricycle landing gear, showing that it is intended for surveillance or other such missions that require non-runway dependent operations.
The footage also highlights more advanced features, distinguishing the launcher from other conventional systems. Each truck, for example, has all-wheel steering that allows them to manoeuvre through confined spaces before linking together into a launch platform.
This gives operators the flexibility to move the system in different directions depending on terrain or operational requirements. Its mobility could also improve survivability by allowing for rapid relocation after launch, which would reduce its vulnerability to enemy strikes.
When the system first appeared publicly last year, it was displayed in a four-truck configuration alongside what appeared to be stealthy collaborative combat aircraft (CCA)-type drones, although some analysts believe those aircraft may have been mock-ups.
The modular design indicates that additional truck segments could be added so as to create longer launch tracks that would be capable of accelerating much larger and heavier aircraft.
EMALS uses electromagnetic force to accelerate aircraft and allows launches to be suited towards different aircraft weights. The technology also enables faster launch cycles and supports a wider variety of aircraft, especially unmanned systems.
China already employs EMALS aboard its Fujian aircraft carrier, but adapting the technology into a road-mobile platform demonstrates a significant expansion of its potential applications.
If successfully fielded, the system could reshape how drones are deployed in future conflicts. By removing the need for permanent airfields, this technology would allow for unmanned aircraft to operate much closer to the front lines, as well as from remote locations.
The flexibility could make enemy targeting much more complicated, while also enhancing China’s ability to rapidly disperse and sustain drone operations across difficult and contested combat terrains.
Kyra Menon and Bhuvan Gaur are currently interning at ThePrint.
(Edited by Nida Fatima Siddiqui)
What is there? If china makes one , we will also make one.