((full)) | Openbve Shinkansen

: Routes accurately simulate the overhead wire power sources required for bullet trains.

: 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 openbve shinkansen

Created by OpenBVE Train Editor ; [Car] Coupler = Automatic Brake = Electro-Pneumatic Regenerative EmergencyBrake = Electromagnetic + Pneumatic Cabin = Driver\Cockpit.csv ; ; ---------- MOTOR CAR (M1) ---------- [Car] Section = 1 Length = 25.0 Mass = 46000 Motor = 1 Axles = 4 ; BrakeCylinder = 350000 ; Handle.RaiseNotch = 1 Handle.LowerNotch = 2 Handle.PowerNotches = 12 Handle.BrakeNotches = 8 Handle.EBrakeNotch = 8 ; ; ATS/ATC ATC = 1 ATCSafetyDevice = 1 ; ; Motor characteristics (traction) MotorCurve = 0, 0 MotorCurve = 2800, 180 MotorCurve = 4800, 190 MotorCurve = 6000, 195 MotorCurve = 8400, 200 ; ; Dynamic brake DynamicBrakeMax = 200 ; ; Resistance Resistance = 0.25, 0.0055, 0.00036 ; ; Deceleration Deceleration = 0.85 DecelerationService = 0.65 ; ; Doors DoorsLeft = 0 DoorsRight = 1 DoorOpenSound = door_open.wav DoorCloseSound = door_close.wav ; ; ---------- TRAILER CAR (T1) ---------- [Car] Section = 2 Length = 25.0 Mass = 42000 Motor = 0 Axles = 4 ; Resistance = 0.25, 0.0055, 0.00036 ; DoorsLeft = 0 DoorsRight = 1 DoorOpenSound = door_open.wav DoorCloseSound = door_close.wav : Routes accurately simulate the overhead wire power

Have you tried driving the Shinkansen in OpenBVE? Which series is your favorite? Let me know in the comments below! The openBVE Experience Created by OpenBVE Train Editor