Chevrolet · 2025
Trailblazer AWD 1.3L 3-cyl
✓ EPA Verified
Regular Gasoline
Small Sport Utility Vehicle 4WD
All-Wheel Drive
City
26
MPG
Combined
27
MPG
Highway
29
MPG
Annual Fuel Cost
$1,600
Based on 15,000 miles/year · EPA estimates
vs avg gas vehicle
$550
saved per year
Class Comparison — Small Sport Utility Vehicle 4WD
Top 30%
Better than 70 out of 100 vehicles in its class for fuel efficiency.
This vehicle: 27 MPG
This vehicle
27 MPG
Class average
31 MPG
Class lowest
14 MPG
EPA Energy & Environment Scores
5
Energy Score
Out of 10
5
GHG Score
Out of 10
329 lbs
Annual CO₂
g/mile tailpipe CO₂
Yes
Start-Stop
Auto stop-start
Vehicle Specifications
Engine1.3L 3-cyl
TransmissionAutomatic 9-spd
DriveAll-Wheel Drive
Fuel TypeRegular Gasoline
Vehicle ClassSmall Sport Utility Vehicle 4WD
Engine DescSIDI
Start-StopYes
EPA Vehicle ID47792

27 MPG combined for the 2025 Chevrolet Trailblazer AWD with the 1.3L 3-cylinder engine makes it an accessible and reasonably frugal small SUV, a segment often known for urban agility and value. This isn’t a vehicle chasing segment-leading efficiency figures at all costs, but rather one that balances a manageable purchase price, distinctive styling, and all-weather capability with fuel consumption that will appeal to its target audience: young professionals, small families, or empty-nesters seeking a modern, light-duty utility vehicle.

City and Highway Performance

The Trailblazer’s 26 MPG city rating for the 1.3L AWD model is particularly noteworthy. This powertrain, paired with a 9-speed automatic transmission, excels in the stop-and-go scenarios typical of urban driving. The 1.3L engine, while small, delivers a surprising amount of low-end torque, making it feel sprightlier than its displacement suggests when navigating congested streets or merging into traffic. The rapid gear changes of the 9-speed help keep the engine in its optimal efficiency band. On the highway, the 29 MPG figure is solid, although not class-leading. At sustained highway speeds, the engine’s small displacement means it’s working a bit harder than larger-displacement alternatives. However, the transmission’s numerous ratios allow for relatively relaxed cruising, keeping the RPMs low enough to maintain reasonable efficiency without feeling strained. The character of this vehicle is about confidently getting you to your destination with minimal fuss, whether that’s a cross-town excursion or a weekend getaway a couple of states over.

Annual Fuel Cost

The EPA estimates an annual fuel cost of $1,600 for the 2025 Chevrolet Trailblazer AWD 1.3L. This calculation is based on driving 15,000 miles per year, with 45% city and 55% highway driving, using current national average fuel prices. For the Trailblazer buyer, this figure represents a predictable and manageable expense within their overall budget. It underscores the financial accessibility of the vehicle beyond its initial purchase price, ensuring that daily operation doesn’t become a hidden burden. The $1,600 annual cost places the Trailblazer as an economical daily driver, a key selling point for those who prioritize long-term running costs.

Real-World Expectations

Trailblazer owners will find the EPA figures to be quite attainable in real-world driving, provided they adopt reasonable driving habits. The 1.3L engine, while not a powerhouse, is well-matched to the vehicle’s size and intended use. Drivers who primarily navigate suburban environments, with a mix of arterial roads and some highway stretches, should consistently see numbers very close to the combined 27 MPG. Those with a heavy right foot or consistently driving in extreme conditions (mountainous terrain, heavy towing, or prolonged high-speed cruising) might see a slight dip, but generally within a couple of MPG of the EPA ratings. Conversely, drivers who are methodical with their acceleration and anticipate traffic flow can often exceed the EPA estimates, particularly in more favorable conditions. The vehicle’s mission is urban-oriented practicality, and its fuel economy reflects that mission with consistent performance.

How it Compares

When stacked against its direct competitors, the 2025 Trailblazer AWD 1.3L occupies a competitive, if not always dominant, position. The Honda HR-V AWD, for instance, typically delivers 27 MPG combined (26 city/31 highway), mirroring the Trailblazer’s combined figure but with a slight highway advantage. The Hyundai Kona AWD, with its 1.6L turbo engine, comes in at 26 MPG combined (24 city/29 highway), making the Trailblazer marginally more efficient overall. The Mazda CX-30 AWD with the naturally aspirated 2.5L engine usually achieves 29 MPG combined (26 city/33 highway), surpassing the Trailblazer, but for a slightly higher entry price point. For buyers considering the Trailblazer, these comparisons highlight that its fuel economy is right in the thick of the segment, neither an outlier nor a chart-topper. Its unique styling and feature set, combined with this solid efficiency, often sway buyers. For more detailed fuel economy data across all Chevrolet models, including the latest all Chevrolet fuel economy data, you can explore our extensive database. TRAILBLAZER MPG across all years shows how the Trailblazer’s efficiency has evolved.

Tips to Maximize Efficiency

Maintaining consistent tire pressure is critical for the Trailblazer. Underinflated tires increase rolling resistance, forcing the small 1.3L engine to work harder and consume more fuel. Check pressure monthly, especially as seasons change.

Use the 9-speed automatic transmission’s smooth operation by practicing smooth acceleration. Aggressive starts demand more from the modest engine, burning disproportionately more fuel than a gradual buildup to speed.

Avoid carrying unnecessary weight. The 1.3L engine is efficient by design, and every extra pound in the cargo area or roof rack forces it to perform additional work, directly impacting its fuel efficiency, particularly around town.

Anticipate traffic lights and stops well in advance. Coasting to a stop rather than braking sharply allows the engine to operate more efficiently and prevents the need for hard acceleration to regain speed.