Nissan Np200 1.5Dci Fuel Consumption

Nissan NP200 1.5 dCi Fuel Consumption: Real‑World Figures & What to Expect

The Nissan NP200 1.5 dCi is well‑known in South Africa for its low running costs, and fuel consumption is a big part of that reputation. Below is a summary of credible, published figures so you can see what to expect in everyday use.

Official & Published Fuel Consumption Figures

Several South African automotive publications and portals have tested or published data on the Nissan NP200 1.5 dCi (also referred to as 1.5dCi):

  • Cars.co.za lists the NP200 1.5 dCi with a claimed average fuel consumption of about 5.3 L/100 km (combined cycle), which is approximately 18.9 km/l.
    Source: Cars.co.za spec sheet for Nissan NP200 1.5 dCi

  • CarMag.co.za has referenced the NP200 1.5 dCi as one of the most economical half‑ton bakkies, quoting consumption in the low 5 L/100 km range on the combined cycle during tests.
    Source: Car Magazine South Africa – Nissan NP200 coverage

  • The AA (Automobile Association) and WesBank Fuel Economy Tour 2019 showed that diesel bakkies similar in segment and engine size to the NP200 1.5 dCi can realistically achieve around 5–6 L/100 km on mixed routes when driven with economy in mind. While the NP200 itself was not the main focus, these results support the claimed efficiency range.
    Source: AA/WesBank Fuel Economy Tour results

Taken together, credible published data indicates the Nissan NP200 1.5 dCi typically delivers around 5.0–5.5 L/100 km (about 18–20 km/l) on the combined cycle under test conditions.

City vs Highway Fuel Consumption

Real‑world consumption will vary depending on where and how you drive, but the pattern generally follows other small diesel bakkies:

  • Urban / city driving
    Stop‑start traffic, idling and frequent acceleration usually push fuel use higher than the claimed combined figure. Owners can reasonably expect consumption closer to 6.0–6.5 L/100 km in heavy city use, in line with what similar 1.5‑litre diesel engines return in independent tests and fuel economy tours.
    Comparative reference: small diesel vehicles in the AA/WesBank tour often used around 10–20% more in urban‑style segments than on open‑road segments.
    Source: AA Fuel Economy Tour segment analysis

  • Open‑road / highway driving
    At steady speeds on the open road, the NP200 1.5 dCi can get close to, or even slightly better than, its claimed figure if driven gently. Based on the combined‑cycle claims and comparative diesel bakkie tests, figures in the 4.8–5.3 L/100 km range are realistic on long highway runs at legal speeds.
    The same AA/WesBank tour results showed that small diesel vehicles performed best on constant‑speed, open‑road sections, often beating their official combined figures.
    Source: AA Fuel Economy Tour 2019 results

How the NP200 1.5 dCi Compares in Its Class

In the South African half‑ton bakkie market, fuel economy is a major buying factor. Independent comparisons show the NP200 1.5 dCi to be among the most fuel‑efficient options:

  • Cars.co.za has repeatedly highlighted the low fuel consumption of the NP200 diesel when comparing entry‑level and small workhorse bakkies, noting it as a strong selling point for fleet and small‑business buyers.
    Source: Cars.co.za – NP200 review and overview

  • CarMag.co.za reports that the NP200 continues to top the sales charts largely because of its combination of payload and low running costs, which includes its economical diesel engine. While exact rival figures vary by model year, the NP200 1.5 dCi consistently sits at the efficient end of the segment.
    Source: Car Magazine – NP200 sales and positioning

Factors That Affect Your Nissan NP200 1.5 dCi Fuel Consumption

Even though the published figures suggest around 5.0–5.5 L/100 km, actual usage will depend on several factors well‑documented by fuel‑economy studies and motoring organisations:

  • Driving style – Aggressive acceleration, high cruising speeds and late braking increase fuel use. Eco‑driving techniques recommended by bodies like the AA can improve consumption substantially.
    Source: Automobile Association – fuel saving tips

  • Payload and towing – The NP200’s rated payload is up to 800 kg in some derivatives, and carrying heavy loads or towing significantly raises fuel consumption, as seen across light commercial vehicle testing.
    General light commercial reference: AA – driving with a load

  • Tyre pressure and maintenance – Under‑inflated tyres and poor mechanical condition increase rolling resistance and fuel use. Regular servicing and correct tyre pressures are standard recommendations from motoring bodies to keep consumption close to the claimed figures.
    Source: AA – tyre pressure and fuel use

  • Trip length – Many short trips from cold start use more fuel per kilometre because the engine does not reach optimal operating temperature quickly, a behaviour widely noted in fuel‑economy testing.
    General discussion: US Department of Energy – short trips and fuel economy

Practical Expectations for NP200 1.5 dCi Owners

Based on the credible sources above, owners in South Africa can use the following as a practical guideline for the Nissan NP200 1.5 dCi:

  • Manufacturer‑style / published combined figure:
    Around 5.0–5.5 L/100 km (±18–20 km/l) under mixed conditions
    Source: Cars.co.za NP200 1.5 dCi review

  • Typical urban / city use:
    Approximately 6.0–6.5 L/100 km, depending on traffic, payload and driving style

  • Typical open‑road cruising:
    Approximately 4.8–5.3 L/100 km at steady, legal speeds on relatively flat routes

For South African motorists comparing bakkies or tracking their own usage, these figures provide a realistic benchmark for Nissan NP200 1.5 dCi fuel consumption. If your real‑world numbers are significantly higher, it is worth checking driving style, maintenance, tyre pressures and load, following the best‑practice advice from organisations like the AA.

For more fuel‑related insights and comparisons across vehicle types, you can explore additional resources and tools dedicated to fuel consumption data, including South African‑specific platforms such as FuelConsumption.co.za.