Views: 0 Author: Site Editor Publish Time: 2026-09-16 Origin: Site
The BRICS cooperation mechanism, which has undergone multiple rounds of quality improvement and expansion, has formed a huge cooperation volume covering half of the world's population and over 40% of the global economic total. It has become the core cornerstone of global southern economic and trade cooperation, and has built a stable global circulation framework for cross-border logistics of large engineering equipment such as rotary drilling rigs and pile drivers. The current 11 official member countries of BRICS and 10 partner countries cover the core areas of infrastructure and basic needs such as the Middle East, Africa, Southeast Asia, and Latin America, gathering major global consumer markets, energy bases, and industrial technology centers, perfectly matching the overseas output scenarios of large-scale engineering equipment. Compared to the traditional fragmented cross-border trade model, the BRICS scale cooperation pattern effectively mitigates risks such as global trade protectionism and supply chain fluctuations, providing stable market demand and circulation channels for the shipping and logistics of large equipment, completely changing the situation of single and unstable market channels for the export of large engineering equipment, and making equipment export trade more certain.
The BRICS countries continue to promote the coordination and integration of customs procedures, technical standards, and digital systems, comprehensively breaking down barriers to cross-border trade systems, and accurately solving industry pain points in the logistics of large equipment such as rotary drilling rigs and pile drivers. Large engineering equipment has a large body size and special parameters, and cross-border transportation faces long-term problems such as cumbersome customs clearance processes, inconsistent standards, and long audit cycles, which can easily cause transportation delays, additional losses, and increased costs. The standardized collaboration mechanism under the BRICS cooperation framework significantly simplifies the customs declaration, inspection, and qualification review processes for large equipment, unifies cross-border transportation technical specifications, and effectively avoids issues such as equipment compliance rectification and port detention. The interconnectivity at the institutional level enables the rotary drilling rig and pile driver for whole machine transportation to not need to repeatedly adapt to the rules of various countries, and the entire process of customs clearance is efficient and smooth, greatly improving the convenience and stability of cross-border logistics.
Relying on the construction layout of BRICS interconnection, the global sea land intermodal logistics system continues to improve, and transportation corridors and port networks are constantly upgraded, opening up diversified and high-quality channels for the shipping and transportation of large-scale engineering equipment. BRICS member countries occupy key shipping nodes in Asia, Africa, and Europe, relying on infrastructure cooperation and transportation corridor construction among countries, gradually connecting cross regional large cargo logistics trunk lines, coupled with mature river sea and land sea multimodal transport models, can accurately adapt to special needs such as rotary drilling rigs, pile drivers, and oversized transportation. Compared to traditional single shipping routes, the integrated logistics network of BRICS has more route options, fewer transit links, and stronger adaptability to waterways, effectively avoiding problems such as congestion, detours, and load limits on traditional routes. It not only ensures the integrity of large-scale equipment transportation, but also significantly reduces cross-border shipping time, and quickly responds to the equipment delivery needs of infrastructure projects around the world.
The special investment and financing support of the BRICS New Development Bank, as well as the upgrade of the cross-border payment settlement system, provide solid financial guarantees for reducing costs and increasing efficiency in the logistics of large-scale engineering equipment, effectively improving the cost-effectiveness of customer procurement and transportation. The logistics of large equipment has pain points such as high transportation costs, high capital turnover pressure, and high exchange rate volatility risks. However, the well-established financing channels and stable cross-border settlement mechanism of BRICS can effectively reduce the transaction costs, exchange rate risks, and capital occupation costs of equipment trade and logistics. At the same time, the BRICS special funds continue to be invested in infrastructure construction and logistics upgrading in various countries, driving the continuous improvement of overseas warehousing, lifting, cold chain, equipment maintenance and other supporting services, significantly reducing secondary losses and additional costs during the transportation of rotary drilling rigs and pile drivers, allowing customers to complete cross-border equipment delivery at lower costs and more stable modes, and effectively improving investment returns.
The deep cooperation of BRICS artificial intelligence, digital industry, and cross-border digital trade promotes the upgrading of large-scale engineering equipment logistics towards intelligence, visualization, and security, and comprehensively guarantees customer delivery rights. The practical measures promoted by the Chinese side, such as the BRICS Artificial Intelligence Open Source Zone and the Digital Industry Cloud Platform, combined with the trade settlement and risk control supporting mechanisms proposed by the Russian side, have built a complete cross-border logistics digital service system. Relying on digital platforms, large equipment such as rotary drilling rigs and pile drivers can achieve real-time tracking of transportation trajectories, full monitoring of logistics status, and advance prediction of transportation risks, accurately avoiding problems such as shipping bumps, transit collisions, and material delays. The digital risk control and intelligent scheduling mode enable the cross-border transportation of large equipment to be fully controllable and safe, completely eliminating customers' concerns about equipment damage, project delays, and trade risks.
The sustained cooperation dividends brought by the expansion and quality improvement of BRICS are continuously amplifying the global trade advantage of large-scale engineering equipment, injecting lasting momentum into the long-term stable development of the industry. Currently, over 30 countries are actively seeking to join the BRICS cooperation mechanism, and the infrastructure demand of countries in the global South continues to rise, opening up a vast incremental market for domestic engineering equipment such as rotary drilling rigs and pile drivers. With the support of the "BRICS+" concept and multiple global cooperation initiatives, multilateral economic and trade cooperation has become increasingly inclusive and inclusive, and the supply chain, industrial chain, and logistics chain are more closely linked. The market space, cooperation opportunities, and guarantee system for domestic large-scale equipment to go global continue to upgrade. A long-term stable multilateral cooperation pattern provides customers with more guarantee for overseas equipment procurement, logistics transportation, and project production, helping domestic large-scale engineering equipment to deeply cultivate the global market and achieve long-term development of mutual benefit and win-win.
