Nissan Serena fuel economy (UK)
Official figures for the Nissan Serena from the Vehicle Certification Agency's new car lists, 2000–2001: 3 versions after removing repeats between lists. Economy is in UK (imperial) mpg; electric versions show miles per kWh and range instead. In the most recent lists (2000–2001, NEDC) combined economy is 27.4–30.4 mpg.
All figures on this page come from the NEDC test. NEDC was the official test before WLTP. NEDC figures are noticeably more optimistic, so do not compare them with WLTP figures.
NEDC figures, VCA lists 2000–2001
NEDC was the official test before WLTP. NEDC figures are noticeably more optimistic, so do not compare them with WLTP figures.
| Version | Fuel | Combined | L/100 km | CO₂ g/km | In lists |
|---|---|---|---|---|---|
| Serena - C23 Series 2.3 Diesel 5 door · M5 · 2283 cc | Diesel | 30.4 mpg | 9.3 | 246 | 2000–2001 |
| Serena - C23 Series 1.6 GX 5 door · M5 · 1597 cc | Petrol | 29.1 mpg | 9.7 | 227 | 2000 |
| Serena - C23 Series 2.0 Excursion 5 door · M5 · 1998 cc | Petrol | 27.4 mpg | 10.3 | 244 | 2000 |
Using these figures
"In lists" shows which yearly VCA lists include the version; it is not the model year. Manufacturers supply figures to the VCA voluntarily, so some makes are missing from some years' lists (for example several large brands between 2019 and 2024); a gap in the years does not mean the car was not sold. Click an mpg figure to open the trip fuel cost calculator with it in UK units, or convert it with the fuel economy converter. Real-world economy is usually lower than official figures — measure yours with the MPG calculator.
Source: Vehicle Certification Agency (VCA), Car Fuel Data — official data download (lists 2000–2001, downloaded 2026-10-22). © Crown copyright, reused under the licence published for this dataset on data.gov.uk (Creative Commons Attribution). Data processed by us (duplicates merged, model names tidied); the VCA is not responsible for our use of it. The VCA states that figures are supplied by manufacturers, may not be achieved in real-world driving, and are used at the user's own risk.