NISSAN QASHQAI N-TEC+ DCI
Nissan Qashqai N-TEC+ DCI Overview
The Nissan Qashqai N-TEC+ DCI is a compact crossover SUV known for its balance of practicality and fuel efficiency. Powered by a 1.5 litre diesel engine producing 110 PS and 260 Nm of torque, it uses a 6 speed manual gearbox with front wheel drive. With strong economy figures and smooth power delivery, it is designed to handle both city journeys and longer motorway drives comfortably.
Interior Space and Driving Comfort
Inside, the Qashqai offers a spacious and versatile cabin with 430 litres of boot space, which can be expanded using the split folding rear seats. Its elevated driving position and well balanced chassis make it easy to manoeuvre, while low emissions and efficient diesel performance help keep running costs down. This makes it a practical and economical choice for everyday driving.
DPF System Restoration and Performance Improvement
This Nissan Qashqai N-TEC+ DCI arrived with the DPF warning light illuminated at 92,000 miles alongside a noticeable loss of power. A DPF Solution 2 treatment was carried out to remove excessive soot build up within the system, which had been restricting the Nissan Qashqai Exhaust flow and reducing overall engine efficiency.
The treatment fully restored the internal flow of the Nissan Qashqai Exhaust System by clearing blockages within the diesel particulate filter. This reduced back pressure and allowed the turbocharger to operate correctly again, restoring lost power and improving throttle response. Following the work, the vehicle delivered smoother acceleration, improved responsiveness and no further warning lights.
Custom Stainless Steel Exhaust System Support
In addition to resolving the DPF issue, the exhaust system was checked to ensure it was operating efficiently with no further restrictions. A well maintained Nissan Qashqai Exhaust System is essential for consistent diesel performance, especially at higher mileage. By restoring proper exhaust flow and system efficiency, overall drivability and reliability were significantly improved.




