In the ongoing debate between internal combustion engine vehicles (ICEs) and electric vehicles (EVs), the evolution of technology has sparked various comparisons. As of 2025, many drivers find themselves weighing the pros and cons of each, trying to discern which is a better fit for their needs. This article outlines several reasons why some continue to favor traditional gas-powered cars, from refueling convenience to maintenance simplicity.
11. Faster Refueling and Minimum Downtime
Internal combustion vehicles can be refueled in just 3–5 minutes at any gas station, allowing drivers to get back on the road quickly. In contrast, even the fastest public EV chargers often require 30 minutes or more, making gas-powered cars vastly superior when it comes to minimizing downtime on long journeys.
10. Longer Driving Range on a Full Tank
Internal combustion vehicles consistently outperform EVs when it comes to range. In 2025, gas-powered cars typically offer 300-500 miles on a single tank, while most EVs achieve 300-400 miles per charge. The gap is most evident in real-world highway driving, where EVs often fall short of their EPA ratings due to aerodynamic drag at higher speeds.
9. Superior Refueling Infrastructure Availability
Internal combustion vehicles (ICEs) maintain a clear advantage thanks to the widespread, mature network of gas stations, ensuring drivers can quickly refuel almost anywhere in minutes. In contrast, EV adoption still faces hurdles, as the U.S. had about 204,600 public charging outlets as of March 2025, which remain less convenient and slower than traditional refueling.
8. No Range Reduction Due to Extreme Temperatures
Unlike EVs which can lose up to 25% of their range in cold weather, internal combustion vehicles maintain relatively consistent performance across temperature extremes. While ICEVs may have 15-25% lower fuel economy in freezing conditions, they don’t suffer the dramatic range losses that EVs experience, which can reach 50% in extremely cold temperatures. Additionally, ICEVs can utilize engine waste heat for cabin warming without depleting range.
7. Lower Vehicle Weight Enhances Handling
Internal combustion vehicles typically weigh significantly less than their electric counterparts—often by 10% to 30%—since they don’t carry heavy batteries. This lower weight improves agility, steering responsiveness, and overall handling, making driving more engaging and dynamic compared to heavier EVs that can feel less nimble on the road.
6. Greater Towing and Hauling Capabilities
While electric vehicles have improved, internal combustion engines still dominate heavy-duty towing. Gas-powered trucks can haul significantly more, with Ford’s Superduty carrying up to 7,850 pounds compared to the Lightning’s 2,000-pound maximum. Plus, ICE vehicles don’t suffer the 50% range reduction EVs experience when towing trailers.
5. Simpler Repair and Maintenance in Remote Areas
Internal combustion engines remain the practical choice for remote areas where electrical infrastructure is limited. Their renowned reliability means minimal repair needs, reducing financial losses for businesses. When maintenance is required, it can be performed without specialized charging equipment or grid connections, making them ideal for agricultural and other remote operations.
4. Lower Initial Purchase Cost
Internal combustion engine vehicles remain substantially more affordable than their electric counterparts in 2025. The Department of Energy reports that EVs cost $7,900 to $18,800 more for passenger vehicles, with midsize cars showing a $9,600 price gap. Edmunds confirms this trend, noting a 42% difference in average prices during Q1 2025.
3. More Familiar and Established Technology
Internal combustion vehicles benefit from over a century of development, resulting in widespread familiarity among mechanics and drivers alike. This legacy ensures easy access to repair knowledge, spare parts, and service infrastructure. In contrast, EV technology remains newer, with training and facilities still catching up in many regions.
2. Compact Fuel Storage Compared to Bulky Batteries
Despite hydrogen’s challenges with energy density, traditional combustion engines still maintain advantages over EVs. While hydrogen requires high-pressure storage to be compact, internal combustion vehicles can achieve 300+ mile ranges with conventional fuel tanks that take up less space than the massive battery packs needed in electric vehicles. By 2025, even as hydrogen ICE vehicles emerge, traditional fuel storage maintains its space efficiency edge.
1. No Reliance on Critical Mineral Supply Chains
Traditional combustion vehicles avoid the complex dependency on critical minerals that plague EVs. While EVs require lithium, cobalt, rare earth elements, and other minerals with concentrated supply chains (over 70% of lithium processing occurs in China), conventional cars use more established, diversified material sources. This independence from critical mineral supply chains reduces geopolitical vulnerabilities and price volatility risks.
Conclusion:
While electric vehicles continue to gain traction and innovate towards a sustainable future, internal combustion vehicles still hold significant advantages that appeal to many drivers. From quicker refueling and established infrastructure to durability in remote areas and lower initial costs, there are compelling reasons why ICEs remain a preferred choice for some. Understanding these advantages can aid consumers in making informed decisions when considering their next vehicle purchase in 2025 and beyond.
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