A dominant analysis suggests that this U.S. strategic decision is a response to China’s rapid buildup of missile capabilities. This deployment of intermediate-range missiles could have profound repercussions for the security environment across the entire Indo-Pacific, not just Northeast Asia.

Background to the U.S. Intermediate-Range Missile Deployment in Japan

The U.S. deployment of intermediate-range missiles in Japan clearly intends to counter China’s expanding military influence. China has been escalating regional tensions by increasing its military presence in areas like the Taiwan Strait and the South China Sea. In response, the U.S. is pursuing a strategy to enhance its long-range precision strike capabilities in the Indo-Pacific region. The deployment of missiles and expansion of joint exercises with allies such as Japan, the Philippines, and Australia are considered part of this strategy.

Indeed, the U.S. military previously deployed the Typhon system for exercises in the Philippines last year and maintained its presence afterward, drawing strong objections from China. This deployment in Japan opens up the possibility of operating Tomahawk missiles, which can reach key areas of mainland China in a contingency, thereby acting as direct pressure on China.

Key Aspects of the ‘Typhon’ System and Tomahawk Missiles

The ‘Typhon’ system being deployed in Japan is the latest U.S. intermediate-range ground-launched missile system. This system can primarily operate two key types of missiles:

• : With a maximum range of 1,600 km (approximately 994 miles), if launched from Kagoshima Prefecture, Japan, a significant portion of mainland China would be within its range. It is a long-range cruise missile known for its precision strike capability.
• SM-6 New Interceptor Missile: The Typhon system can also launch the , making it a versatile system with both offensive and defensive capabilities. The SM-6 is a multi-mission missile capable of anti-air warfare, anti-surface warfare, and ballistic missile defense.

The Typhon system consists of a command post, four launchers, and towing vehicles. Its mobile launcher design allows for rapid deployment and withdrawal, making it difficult for adversaries to detect.

Changes in Regional Security Landscape and International Reactions

The U.S. deployment of intermediate-range missiles in Japan is bringing about complex changes in the regional security landscape. China has strongly opposed this move, criticizing it for “escalating regional military tensions.” Russia has also warned that the Typhon system threatens its national interests and security, stating it will “respond appropriately.”

Japan, for its part, is pursuing the development of ‘‘ to secure its own long-range counterattack capabilities. Plans include the phased deployment of upgraded Type 12 surface-to-ship guided missiles with a range of over 1,000 km and hypersonic guided missiles starting in 2026. Additionally, Japan plans to introduce approximately 400 U.S.-made Tomahawk cruise missiles starting in 2026. This demonstrates Japan’s commitment to strengthening its deterrence and response capabilities in the face of the most severe and complex post-war security environment.

Ultimately, the Asia-Pacific region is witnessing heightened military tension due to the intensifying competition among major powers over missile capabilities. Everyone is closely watching what impact these developments will have on regional peace and stability.

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Global Energy Market: Coal Dependence Endures

Despite global efforts to combat climate change, coal continues to be a core component of the global energy mix. Particularly in the Asia-Pacific region, where electricity demand is surging, coal consumption remains resilient. The (IEA) predicted that global coal demand would reach an all-time high in 2025 before gradually declining by 2030, but the pace of reduction is not as fast as anticipated. China and India account for the majority of global coal use and are driving the increase in demand. In contrast, Europe and North America are rapidly reducing their reliance on coal by closing power plants and expanding renewable energy. This regional disparity is reshaping coal trade dynamics, price benchmarks, and capital investment priorities.

The Complex Reality and Challenges of the Coal Transition Period

While countries worldwide strive to reduce coal power generation for decarbonization, they face the practical problem of energy security. Coal’s role is shifting to a ‘backup’ and ‘flexible’ resource, supporting variable renewable energy sources like solar and wind. Interestingly, there’s a disconnect: global coal-fired power plant capacity is increasing, but actual power generation is decreasing. This is because some countries, including China and India, continue to build large-scale new coal-fired power plants for grid stability and energy security. South Korea also halted new construction after completing its last coal-fired power plant in 2025, but it urgently needs to establish a concrete roadmap for decommissioning its approximately 40 GW of operational coal facilities by 2040.

Safety, Environment, and the Future of Coal

This latest Chinese coal mine accident once again warns of the dangers of coal mining. Chinese authorities have stated they will thoroughly investigate the cause of the accident and strengthen safety inspections, but critics point out that safety investments are often sidelined in economic structures that rely on low-cost coal. Meanwhile, the ‘‘ market, which converts coal into liquid hydrocarbons like diesel and gasoline, is expected to grow until 2034 due to energy security and fuel supply diversification strategies. Furthermore, there are predictions that the massive electricity demand from data centers will maintain the importance of fossil fuels, including coal, which can operate 24 hours a day, until 2050. Thus, coal is not merely a fuel of the past but carries complex challenges in the current and future energy transition process.

Even amidst the massive shift away from coal, it still holds a significant position in the energy systems of many countries. Humanity’s journey to redefine its relationship with coal, grappling with the triple burden of safety, environmental issues, and economic realities, will continue.

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