AT59L Series Number Plates
UK vehicles registered in Norwich, East Anglia during September 2009 to February 2010 with registration prefix AT59L.
- Area Office
- Norwich (Norwich, East Anglia)
- Release Period
- September 2009 to February 2010
- Tracked in Batch
- 7 vehicles
- MOT Pass Rate
- 87.5%
Average MOT Pass Rate
Based on 24 historical tests
Common Colors
Active Plates in AT59L Series(7 of 7 displayed)
FORD FIESTA
1.6L · Petrol · White
- First Used
- Sep 2009
- MOT Expiry
- 01 Sep 2027
- Tax Status
- —
- Color
- White
PEUGEOT PARTNER
1.6L · Diesel · White
- First Used
- Oct 2013
- MOT Expiry
- 16 Jul 2026
- Tax Status
- —
- Color
- White
HYUNDAI TUCSON N LINE S T-GDI HEV AUTO
1.6L · Hybrid Electric (Clean) · White
- First Used
- Mar 2023
- MOT Expiry
- 23 Mar 2027
- Tax Status
- —
- Color
- White
AUDI A5
2.0L · Diesel · Red
- First Used
- Jun 2014
- MOT Expiry
- 27 May 2027
- Tax Status
- —
- Color
- Red
PORSCHE macan
3.0L · Diesel · Black
- First Used
- Jul 2015
- MOT Expiry
- 28 Mar 2027
- Tax Status
- —
- Color
- Black
ADRIA UNKNOWN
Diesel · Grey
- First Used
- May 2024
- MOT Expiry
- —
- Tax Status
- —
- Color
- Grey
AUDI A4
3.0L · Diesel · Black
- First Used
- Nov 2009
- MOT Expiry
- 25 Oct 2026
- Tax Status
- —
- Color
- Black
Reliability & Common Problem Guides for AT59L Makes
Explore common mechanical faults, MOT advisory trends, and recall notices for popular vehicles in this registration batch:
Frequently Asked Questions about AT59L Plates
Where was the AT59L number plate series registered?
Vehicles starting with AT59L were assigned to the Norwich covering Norwich, East Anglia. The first two letters (AT) identify the memory tag assigned by the DVLA.
What registration period is AT59L?
The AT59L age identifier corresponds to vehicles first registered between September 2009 to February 2010.
How can I check the MOT history of a AT59L vehicle?
Click any registration in the plate list above to view the complete DVSA inspection history, advisory alerts, mileage progression, road tax status, and our AI mechanical risk evaluation.