As we move further into 2025, the debate between electric vehicles (EVs) and internal combustion engine (ICE) vehicles continues to captivate the automotive world. While electric vehicles promise a greener future, traditional combustion cars still hold a few distinct advantages that keep them in favor for many consumers. This article explores the reasons why, even in an era of rapid technological advancement, traditional cars maintain their edge in several key areas.
11. Simpler Maintenance Infrastructure
While EVs require less maintenance overall, internal combustion vehicles benefit from an established maintenance infrastructure. Traditional cars have a vast network of mechanics familiar with their systems, while EV maintenance often requires specialized technicians and equipment. In 2025, standard vehicles still enjoy more accessible and widespread maintenance options, particularly in rural areas where EV service centers remain limited.
10. More Affordable Initial Purchase Price
Despite years of predictions about narrowing price gaps, EVs still cost significantly more upfront than comparable gas vehicles. In Q1 2025, the average price difference remained at 42%, with compact SUVs showing the largest disparity—a staggering $17,326 premium for electric models. Even the smallest gap (in large pickups) sits at 18%, making traditional vehicles much more budget-friendly.
9. Less Space Required for Fuel Storage
Internal combustion vehicles utilize compact fuel tanks that efficiently store high energy content in liquid form. A typical automobile only needs about 0.15 to 0.20 MJ capacity for a 1360 kg vehicle to provide significant fuel-saving benefits during normal driving. Compare this to bulky battery packs in EVs that take up valuable cargo space while offering less range per volume.
8. Higher Specific Energy in Fuel
Internal combustion vehicles outperform EVs in energy density: gasoline and diesel fuels offer significantly higher specific energy compared to batteries. Gasoline contains about 12,000 Wh/kg, while lithium-ion batteries typically provide only 150–250 Wh/kg. This means combustion vehicles can travel longer distances without frequent refueling or heavy battery packs.
7. Better Performance in Cold Climates
Electric vehicles can lose up to 41% of their range in cold weather, while ICE vehicles experience only a 15-25% drop in fuel economy. EVs face additional challenges with cabin heating, which drains battery power, and in extreme cold, batteries may need preconditioning before they can even begin charging. Meanwhile, gasoline vehicles maintain more consistent performance across temperature variations.
6. Less Resource-Intensive Manufacturing
Internal combustion vehicles generally require fewer rare resources during manufacturing compared to electric vehicles, which rely heavily on lithium, cobalt, and nickel for batteries. Mining and processing these EV battery materials can harm habitats and consume significant water and energy. Traditional cars, therefore, have a less intensive upfront environmental impact.
5. More Compact Fuel Storage
Internal combustion vehicles can store remarkable amounts of energy in a compact space. For example, a modest 40-liter petrol tank holds roughly 360 kWh, which is nearly ten times the energy of a typical EV battery. This efficiency allows for longer ranges without the bulky storage that batteries require.
4. Lower Vehicle Weight
Traditional combustion engine cars typically weigh less than their electric counterparts, enhancing handling and performance. While manufacturers work to reduce EV weight, the battery packs in electric vehicles significantly increase overall mass – current EV batteries actually weigh more than internal combustion engines, affecting energy efficiency and driving dynamics.
3. More Established Refueling Infrastructure
Internal combustion vehicles benefit from a vast, mature network of gas stations, ensuring fast and convenient refueling almost anywhere. In the U.S., gas stations still outnumber public EV charging sites, and while charger installations are accelerating, analysts predict EV chargers will only surpass gas stations by 2032. This widespread legacy infrastructure means less planning and fewer range anxiety concerns for conventional drivers.
2. Faster Refueling Time
While EVs can take 30 minutes or more to reach an 80% charge even at fast charging stations, gas-powered vehicles can be refueled in just 5 minutes at ubiquitous gas stations. This time difference remains a significant advantage in 2025, especially for drivers who need quick turnaround times during long trips or busy schedules. Even the latest hydrogen fuel cell vehicles, like the 2025 CR-V eFCEV, offer refueling in just minutes compared to EVs’ longer charging times.
1. Superior Range Capabilities
While EVs have improved dramatically, most internal combustion vehicles still offer superior range. In 2025, even the longest-range electric car (Lucid Air Grand Touring) maxes out at 512 miles, while many gas vehicles easily exceed 600 miles on a single tank. For long-distance drivers, this difference remains significant.
Conclusion:
Despite the growing push towards electrification, traditional internal combustion vehicles remain a formidable choice for many buyers due to their established advantages in price, infrastructure, and performance. As the automotive industry evolves, these characteristics continue to highlight the nuanced decisions consumers face when choosing between electric and combustion vehicles. Until these gaps are fully bridged, it is clear that ICE vehicles will continue to have their place on our roads for the foreseeable future.
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