High-speed maglev passenger service — the headline transport mode of the continental viaduct.
High-speed maglev passenger service is the transport mode that defines the multi-modal viaduct's passenger value. The credentials for the maglev passenger service standard belong to Japan and China together — the world's two leading maglev development programmes — and to no other combination of nations.
Maglev passenger service uses electromagnetic levitation to move trainsets at speeds substantially exceeding wheel-on-rail high-speed rail. Japan's Chuo Shinkansen, under construction between Tokyo and Nagoya, will operate at 505 km/h on the SC Maglev system. China's commercial maglev programmes operate at 600 km/h on the CRRC system, with longer-distance commercial deployments in planning. Both systems are based on decades of test-track operation and proven technology.
Neither nation has yet completed a long-distance commercial maglev network. The Chuo Shinkansen Tokyo–Nagoya segment is targeted for the 2030s. China's first long-distance commercial maglev is still in planning. The window for joint standard-setting is open precisely because the commercial deployments have not yet been concretised — once each nation has built thousands of kilometres of revenue-service maglev to its own proprietary standard, retrofitting to a shared standard becomes economically and politically prohibitive.
Maglev passenger service deploys on the platform's multi-modal viaduct configuration: ATS Foundation + Two-Leg + Multi-Deck Multi-Service Viaduct, with the maglev guideway occupying its own dedicated deck level. The platform's structural geometry is engineered for the dimensional and dynamic requirements of maglev guideway: precise geometric tolerances, electromagnetic compatibility with adjacent services, and the dynamic loading characteristic of high-speed maglev trainsets.
The maglev deck is engineered for both Japanese SC Maglev and Chinese CRRC maglev rolling stock within a single track standard. Sovereignty in trainsets, cooperation in track. The architectural arrangement preserves competitive dynamics for rolling stock manufacture while standardising the corridor structure on which both manufacturers' trainsets operate.
Engineering drawings of the Maglev Passenger service deployment will be added as they are produced.
The maglev passenger service standard is the natural anchor of the consortium proposition. Joint Japanese-Chinese authorship would define a single track standard — guideway geometry, electromagnetic envelope, signalling, station interface, operational protocols — on which both nations' rolling stock develops and deploys. The world has paid a high cost when competing infrastructure standards have run in parallel; the maglev opportunity is to define the standard before the damage occurs.
Within the standard, JR Central and CRRC compete on rolling stock. Japanese SC Maglev competes with Chinese 600 km/h maglev on the same corridor architecture. Engineers move freely between projects globally. Equipment is interchangeable. The deployment of every nation's continental passenger backbone accelerates because the standard is shared.
Foundation Core (P1), Integrated Foundation (P2), Architectural Framework (P4), Multimodal Viaduct Topside (P5).