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Cheap Nissan Juke Oxygen Sensor

Get quotes for a used or replacement Nissan Juke oxygen sensor. Genuine second hand parts from UK vehicle dismantlers - free request, breakers with stock reply direct.

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Buying a used Nissan Juke oxygen sensor: what matters

Fitment on a used oxygen sensor varies by vehicle, so a bit of detail goes a long way. Our request form covers what breakers need to know, so every quote you get back is for the correct part:

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Fitment questions

Does the Nissan Juke actually have an oxygen sensor?

Yes, petrol-engined Juke models are fitted with oxygen sensors (also called lambda sensors), typically one upstream of the catalytic converter and one downstream, as part of the engine management and emissions system. Diesel Juke models use a different emissions strategy and do not use oxygen sensors in the same way, relying instead on other sensors for exhaust management. If your Juke is diesel and you have been quoted an oxygen sensor, it is worth double-checking the exact part you need with the breaker against your registration.

Will an oxygen sensor from a first-generation Juke (2010–2019) fit my car?

The first-generation Juke ran from 2010 to 2019 and received a facelift in 2014, and petrol variants across this generation used oxygen sensors, but the correct sensor depends primarily on the engine code rather than the model year alone. The main petrol engines were the 1.6 naturally aspirated and the 1.6 DIG-T turbocharged unit, and these can use different sensors, so quoting your engine code to the breaker is essential. Emissions legislation also shifted during this generation, with Euro 6 compliance becoming mandatory for new registrations in 2015, which can affect sensor specification, so always confirm against your registration plate.

Does it matter whether my Juke is a Visia, Acenta, N-Connecta, or Tekna when buying a used oxygen sensor?

Trim level makes no difference to oxygen sensor fitment on the Nissan Juke — the sensor is determined by the engine code and emissions specification, not whether the car is a Visia, Acenta, N-Connecta, or Tekna. All petrol variants within the same engine family use the same sensor regardless of trim, so do not let a breaker charge a premium simply because a donor car was a higher-spec model. Focus your search on matching the engine code and fuel type.

Will an oxygen sensor from a pre-facelift Juke (2010–2014) fit a post-facelift model (2014–2019)?

If the engine code is the same across both cars, the sensor may well interchange, but the 2014 facelift period also overlaps with tightening emissions standards, and some engine variants were updated at or around that time. Because the pre- and post-facelift boundary coincides with a shift toward Euro 6 compliance for later registrations, you should confirm compatibility with the breaker using your specific registration rather than assuming a pre-facelift sensor will simply drop in.

Does the second-generation Nissan Juke (2019 onwards) use an oxygen sensor?

The second-generation Juke launched in 2019 and is offered with a 1.0-litre turbocharged petrol engine in the UK, which does use oxygen sensors as part of its emissions control system. The engine family and sensor specification differ from the first generation, so parts from a first-generation donor car are very unlikely to be a direct fit. Always give the breaker your registration so they can match the correct sensor to your specific engine code and Euro emissions standard.

My Juke has a DPF warning — could that be related to the oxygen sensor?

A diesel particulate filter (DPF) is fitted to diesel Juke models, whereas oxygen sensors are specific to the petrol variants, so if your diesel Juke is showing a DPF-related fault the two parts serve very different purposes and should not be confused. If you have a petrol Juke and are seeing a lambda or emissions fault, a faulty oxygen sensor is a plausible cause worth investigating. Compatibility of DPF and catalytic converter components is something you should confirm directly with the breaker against your registration, as interchange specifics in this area are complex.