Nissan Titan 4WD
2018 · Pu · gasoline
NRCan combined fuel use is 13.4 L/100 km. IBC claim index 90 — 100 is a typical vehicle. Not a quote. How this works
km and prices
Yearly cost on each card uses these km and prices times NRCan combined use. Defaults are recent Canadian averages. How this works
Yearly fuel cost
$3,846
20,000 km/year at $1.44/L regular gasoline. How this works
Insurance claims
90 11% below average
Simple average of published collision, comprehensive, DCPD, and accident benefits. Confidence: full. How this works
- Collision — crash repairs
- 130 · 30% above average
- Comprehensive — theft, vandalism, hail
- 150 · 50% above average
- DCPD — damage caused by another driver
- 68 · 32% below average
- Accident benefits — injury payouts
- 10 · 90% below average
- Theft frequency — how often this model is stolen
- 90 · 10% below average
- Composite
- 89.5
- Source
- IBC How Cars Measure Up
- IBC power type
- Gasoline/Diesel
- Body / class
- PU
NHTSA 5-Star (U.S.)
NHTSA did not publish 5-Star crash-test stars for this make, model, and year in SaferCar — or we could not match the name. Five stars would mean a strong lab crash result; we do not copy an older year. How this works
NRCan fuel ratings
- NRCan model name
- Titan 4WD PRO-4X
- Powertrain (file)
- ice
- Vehicle class
- Pickup truck: Standard
- Engine
- 5.6 L
- Cylinders
- 8
- Motor
- —
- Transmission
- AS7
- Fuel type
- Regular
- City
- 15.2 L/100 km
- Highway
- 11.2 L/100 km
- Combined
- 13.4 L/100 km
- Combined (mpg)
- 21
- Litres-equivalent combined
- —
- City electricity
- —
- Highway electricity
- —
- Combined electricity
- —
- Energy use (ranking scale)
- 13.4 L/100 km eq.
- CO₂
- 315 g/km
- CO₂ rating
- 3/10
- Smog rating
- 3/10
- Electric range
- —
- Gasoline range
- —
- Recharge (240V)
- —
- NRCan trims averaged
- 3
- Efficiency rank this year
- 669 of 782 (beats 14%)
- Class rank this year
- 18 of 38 · Pickup truck: Standard
- Vs latest NRCan year
- 690 of 794 in 2026
- Class vs latest year
- 69 of 90
Rated as gasoline. Rank 1 uses the least energy. How this works