BEIJING — Defense researchers from the Inner Mongolia First Machinery Group (a subsidiary of NORINCO), the State Key Laboratory of Special Vehicle Design and Manufacturing Integration Technology, and the Beijing Institute of Technology (BIT) have published a peer-reviewed research study detailing a long-term development roadmap for a 60-ton all-electric main battle tank platform. The concept transitions armored vehicle design toward a mobile, high-power pulsed energy microgrid, culminating in a compact liquid-metal nuclear reactor powering a 50-megajoule (MJ) electromagnetic railgun with an operational standoff range of up to 450 kilometers.
The study, funded by a specialized research initiative through the State Key Laboratory, structures land combat power around directed energy, hyper-velocity kinetic strike, and electromagnetic protection. Rather than relying solely on chemical propellants, the three-phase roadmap leverages incremental power storage, pulsed power microgrids, and miniaturized nuclear power generation to drive continuous, high-yield kinetic energy weapon systems and integrated electromagnetic armor suites.
TECHNICAL SPECIFICATIONS: NEXT-GENERATION ELECTRIC & NUCLEAR-POWERED RAILGUN TANK CONCEPT
* System Classification: 60-Ton Electrically Driven Main Battle Tank / Armored Mobile Energy Microgrid
* Primary Research & Development Consortium:
* Inner Mongolia First Machinery Group (NORINCO Group)
* State Key Laboratory of Special Vehicle Design and Manufacturing Integration Technology
* Beijing Institute of Technology (BIT)
* Publication Source & Funding: Peer-reviewed study in *Acta Armamentarii*; National Key Laboratory Special Research Project
* Gross Vehicle Mass Target: 60 metric tons
THREE-STAGE DEVELOPMENT ROADMAP & ARCHITECTURE:
* Stage 1: Conventional Hybrid Microgrid (Target: Pre-2035)
* Primary Power Generation: 1,500 hp conventional diesel generator
* Energy Storage Suite: High-density supercapacitors and mechanical flywheel systems
* Main Armament: 10 MJ Electromagnetic Railgun (~150 km effective engagement range)
* Protective Suite: ~2 MJ Pulsed Electromagnetic Armor System
* Stage 2: Advanced Energy Density & Medium Railgun (Target: Transition toward 2045)
* Primary Power Generation: 2,000 hp diesel generator
* Energy Storage Suite: ~5 metric tons of advanced energy storage (superconducting magnetic energy storage / SMES, advanced flywheels, and supercapacitors)
* Main Armament: 20 MJ Electromagnetic Railgun (~300 km effective engagement range)
* Protective Suite: ~10 MJ Pulsed Electromagnetic Armor System
* Stage 3: Nuclear-Powered Standoff Platform (Target: Post-2045)
* Primary Power Reactor: 10 MW-class Small Modular Reactor (SMR) utilizing liquid-metal cooling
* Powerplant Package Footprint: Compact volume enclosed within ~2 cubic meters
* Main Armament: 50 MJ Electromagnetic Railgun
* Muzzle Velocity & Performance: ~3.5 km/s projectile velocity (~Mach 10.2); ~450 km engagement range using precision hypersonic guided projectiles
* Integrated Defensive Capabilities: Megawatt-class vehicle microgrid sustaining continuous electromagnetic armor, dynamic electric drive propulsion, and high-rate pulsed energy weapons
