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RangeAndFuel.ca
Canada's Fuel Economy Authority
SUV: Small NRCan EnerGuide Certified ⚠️ 1 Active Recall

Mazda CX-5

Canadian Fuel Consumption & Range Guide Starting MSRP: $30,200 – $43,700 CAD
Lowest Consumption
8.6
L / 100 km · GX FWD
Max Highway Range
~795
Kilometers (km)
Canadian Price Range
$30k–$44k
CAD MSRP Range
Lineup Breadth
2 Years
2024, 2023 Model Years
🍁 Real-World Canadian Driving

Mazda CX-5 Canadian Market & Commuter Overview

The Mazda CX-5 has established itself as a benchmark vehicle in the Canadian SUV: Small landscape. Whether navigating winter snow squalls on the Ontario 401, driving the daily commute on Montreal's Décarie Expressway, or crossing mountain passes in British Columbia, the CX-5 lineup is engineered for real-world Canadian driving demands.

❄️ Winter Performance & -15°C Impact

During cold Canadian winters, sub-zero temperatures increase fuel consumption by roughly 12% to 18% on gas and hybrid models due to extended warm-up cycles and cabin heating. All-wheel-drive (AWD) trims provide essential winter traction on icy morning commutes.

💰 Provincial Fuel Cost Planning

At an average Canadian driving distance of 20,000 km per year, choosing between front-wheel drive and all-wheel drive, or between hybrid and standard gas trims, can alter your annual fuel expenditure by $400 to $1,200 CAD depending on provincial fuel prices.

⚠️ Transport Canada Safety Alert

Active Safety Recalls for Mazda CX-5

View All TC Recalls →
⚠️
TC #2024-041 HIGH RISK 2024-01-18
Fuel System — Fuel Pump Impeller

Low-pressure fuel pump impeller could deform and cause intermittent engine stalling.

Authorized Dealer Action (Free): Mazda dealers will replace the fuel pump module free of charge.
Sahajul Haque — Founder & Lead Automotive Data Researcher, RangeAndFuel.ca
✓ NRCan Data Specialist

Sahajul Haque

Lead Automotive Data Architect

Founder & Telemetry Researcher · RangeAndFuel.ca

NRCan 5-Cycle EnerGuide Modeling · Transport Canada CMVSS Sync · EV Thermodynamics

Automotive data researcher and engineer dedicated to building transparent, high-precision vehicle telemetry algorithms for Canadian drivers. Leads computational modeling on Canadian sub-zero (-15°C) battery thermodynamic degradation, Natural Resources Canada (NRCan) 5-cycle EnerGuide consumption harmonization, Transport Canada CMVSS safety recall tracking, and provincial energy cost simulations across all 10 provinces and 3 territories.

Modeled from Official NRCan Open Datasets · Transport Canada CMVSS Recall Synchronized · Read Editorial Standards & Methodology