1D26 11:04 St. Pancras International to Nottingham (2019)

1D26 11:04 St. Pancras International to Nottingham (2019)

14th May 2026 1 By MrDreamliner

Hello! This is one scenario for AP’s wonderful “Midland Mainline: London to Bedford (Enhanced)” route… 

DESCRIPTION: Ongoing weekend blockade work at Market Harborough has once again closed the usual Midland Main Line route sending services via Corby & Manton. Today you join 1D26, the 11:04 St Pancras International to Nottingham, for the run as far as Bedford before another driver takes the train forward. A rare daylight run of an HST to call at both Luton and Bedford! Year: 2019

TRACK COVERED: St. Pancras International to Bedford

TRACTION: EMT 43046 & 43082

DURATION: 40 Minutes

DIFFICULTY: Easy

CONDITIONS: Summer, Haze

 

REQUIREMENTS: 

PAYWARE: 

 

ARMSTRONG POWERHOUSE: 

• Class 66 Enhancement Pack V2 (Vol 1)

• Class 70X Enhancement Pack

• Class 222 Enhancement Pack

• Cloud Enhancement Pack (Optional)

• HST (MTU) Pack

• HST (VP185) Pack

• Midland Mainline: London to Bedford Enhancement Pack

• Signal Enhancement Pack

• Sky & Weather Enhancement Pack (Optional)

 

STEAM: 

• Class 66

• Class 700

• LGV Marseille – Avignon

• London Victoria & Blackfriars to Dover & Ramsgate

• Midland Mainline: London to Bedford

 

JUST TRAINS: 

• Class 222

 

TS ROLLING STOCK: 

• HRA Wagon Pack

 

FREEWARE: 

ATLANTIC HIGH SPEED: 

• Class 373 TGV TMST

 

BACKDATED TRAIN SIM: 

• AHS Class 373 TMST – Duplex Mod Pack

 

SEMAPHORE SIM:

• Class 70X Patch

 

NOTES:

This scenario has been designed and tested with the AP Sky & Weather Enhancement Pack and TrainSimCommunity’s TimeOfDay pack installed. While not essential, it is recommended for the most accurate and realistic weather, sky, and lighting conditions corresponding to the scenario’s time and season. Without it, the visual environment may appear inconsistent or unrealistic for the given date and setting.

 

UPDATE LOG:

Nothing yet! (11/05/2026)

 

…and that’s it for this scenario. My other creations can be found here. Anyway, enjoy! 🙂