The current backbone of the Tokaido and Sanyo Shinkansen lines.
Features dramatic gradients, snowy northern landscapes, and the highest operating speeds in Japan. Excellent for testing the E5 and E6 series trains. Mastering Shinkansen Operations: Driving Techniques
Driving procedure (actionable steps)
OpenBVE’s engine supports the specific physics required for high-speed rail, including: openbve shinkansen
: A rare diagnostic train based on the 700 series design, which also exists as a simulation object . Available Shinkansen Routes
Driving a Shinkansen in openBVE is vastly different from operating a standard commuter train. The simulation highlights the unique challenges faced by Japanese bullet train drivers:
To begin your journey, you'll need three components: the OpenBVE program, train packs, and the routes themselves. The current backbone of the Tokaido and Sanyo
On older trains lacking TASC, you must manually manage your braking notch, aiming to bring the speed down to 15 km/h as you enter the platform, then easing it to a halt. Where to Find and Install Add-ons
, are designed specifically to push the E2 and other units to their top speeds of 275+ km/h in a simplified environment. OpenBVE.net 🛠️ Developer Insights
| File | Size (px) | |------|-----------| | cockpit_day.png | 1024×768 | | speedometer_day.png | 200×200 | | speed_needle.png | 20×100 | | power_notch.png | 100×300 | | brake_notch.png | 100×300 | On older trains lacking TASC, you must manually
Setting up the ultimate high-speed railway experience involves a specific sequence of steps: Vehicles - E2-0 - OpenBVE.net
: Operating a Shinkansen in openBVE is more than just pushing a throttle; it requires managing complex safety systems like ATS-P (Automatic Train Stop) and EB (Emergency Brake). These systems are critical in real life for maintaining the Shinkansen’s perfect safety record despite frequent natural challenges like earthquakes. The openBVE Experience