Riot control equipment technology is developing towards non-lethality, intelligence, and lightweight design. The core focus is on reducing the risk of injury or death in conflicts through advanced technology, while simultaneously enhancing the control capabilities of law enforcement personnel.
The technological system of modern riot control equipment mainly encompasses the following categories:
Non-lethal weapon technology: Aimed at control rather than killing, widely used to disperse crowds or subdue individuals. Typical technologies include:
Irritant dispersion technology: Releases tear gas (such as CS, CN), sneezing agents, or compound irritants through combustion, explosion, or aerosol methods to achieve rapid dispersion.
Kinetic energy control munitions: Fires low-penetration munitions such as rubber bullets and soft projectiles, used in conjunction with riot guns or grenade launchers to effectively stop violence while reducing the risk of lethality.
Dyeing and marking technology: Adds UV fluorescent components to riot sprays or munitions to facilitate post-incident tracking and identification of offenders.
Protective Materials and Structural Design Technology: Riot suits, shields, and other protective equipment utilize high-strength composite materials to achieve a balance between lightweight and high protection.
High-Molecular-Weight Fiber Application: For example, high-molecular-weight polyethylene fiber is used in stab-resistant vests, capable of withstanding 12 Joules of kinetic energy penetration, with performance approaching that of bulletproof materials.
Modular Design: Modern riot suits comply with GA 420-2021 standards, allowing for flexible component combinations to adapt to different mission requirements. Key components can withstand 20J of puncture and 120J of impact.
Lightweight Trend: New riot suits have a total weight of less than 7.0 kg, significantly improving wearer mobility.
Intelligent and Digital Integration Technology: Next-generation equipment integrates electronic systems to enhance situational awareness and collaborative capabilities.
Intelligent Fire Control Systems: For example, the electromagnetic gun developed in China is equipped with a display screen that shows real-time battery level, rate of fire, and power mode, and supports interconnection with individual soldier combat systems.
Data Tracking Function: The intelligent self-rescue device for mines has a built-in passive chip that can record usage and verification information. Similar technology is expected to be applied to police equipment management.
Emerging Energy Technology Breakthroughs: Electromagnetic launch technology is moving from large platforms to individual soldier applications:
Electromagnetic Gun ("Controllable Power Electromagnetic Launcher"): Developed by China Ordnance Equipment Group, it achieves silent, flashless, and cartridge-free firing, with a rate of fire of 1000-2000 rounds per minute and adjustable power, suitable for both non-lethal stability maintenance and lethal combat scenarios.
Energy utilization rate reaches 35%, and a single charge allows for 800 rounds of firing, marking the entry of light weapons into the "gunpowder-free era."
