Gas vs Electric Golf Cart: Pros, Cons, Speed & Cost (2026)

Gas vs Electric Golf Cart: Which Should You Choose?

Start with your longest normal day, the load you carry and where you can recharge or refuel. Electric can be convenient for repeat trips with an available charging window. Gas can be convenient when a working day leaves little charging time and fuel is accessible. Neither powertrain automatically wins on hills, towing, speed or total ownership cost.

Speed and weight: compare the same configuration

The June 2024 E-Z-GO Freedom RXV sell sheet, checked October 10, 2026, gives a useful paired example:

Manufacturer specification	ELiTE 2.2 lithium	EX1 gas
Advertised level-ground speed	19 mph, ±0.5 mph	19 mph, ±0.5 mph
Curb weight	662 lb	692 lb

The lithium configuration is 30 lb lighter, and their advertised speeds are equal. Those figures do not compare every electric and gas cart or prove hill capability. Use the exact vehicle's braking system, load limits, tires and operating manual for your route; a battery chemistry label is not a terrain rating.

What an owner found useful

In a September 24, 2020 Chronicle Forums account, stb described adding an electric Carryall with a lifting bed to their farm four years earlier. They preferred its quieter operation and the convenience of repeated manure-scooping stops compared with a Gator-type vehicle they had considered.

This is one owner's task-specific experience, not a paired gas-cart test. The exact Carryall model, battery, route, loads and measured energy use were not supplied. It nevertheless identifies a useful demonstration task: frequent stops with the actual tools and workflow, rather than a top-speed run. For your property, compare approved loads, access paths and daily work in our farm and ranch guide.

A transparent five-year cost scenario

The following is our illustrative calculation, prepared October 10, 2026. Every input below is assumed to demonstrate the arithmetic; none is a reported owner cost or current market quote.

• Both carts travel 1,000 miles each year for five years.
• Electric consumption is assumed to be 0.15 kWh per mile at the wall, including charging losses, at $0.20/kWh.
• Gas uses one gallon per 30 miles at $3.50/gallon.
• Delivered purchase price is $7,000 electric and $6,500 gas.
• Routine maintenance is assumed to be $150/year for each, solely to hold that variable equal.

Cost over five years	Electric	Gas
Purchase	$7,000	$6,500
Energy/fuel	$150	$583.33
Assumed routine maintenance	$750	$750
Total before major repairs	$7,900	$7,833.33

Electricity is 1,000 × 0.15 × $0.20 = $30/year. Gas is 1,000 ÷ 30 × $3.50 = $116.67/year, with totals calculated before rounding. In this scenario, lower energy cost does not recover the $500 purchase difference within five years. For a separate electricity budget with battery and state-rate examples, use our charging-cost worksheet.

If an electric battery replacement costs an assumed $1,500 during that period, its total becomes $9,400. A gas repair would raise the gas total by its actual cost. This is a sensitivity check, not a prediction of when either repair will occur. Insurance, registration, financing, other repairs and resale are excluded. Obtain those figures for your vehicle and use the ownership cost calculator with your own inputs.

Maintenance and charging conditions

Electric removes engine oil, spark-plug and fuel-system service from the traction system, but still needs vehicle inspections and battery-specific care. Gas maintenance depends on the exact engine; an EFI model does not have the same carburetor work as an older carbureted cart. Request each vehicle's scheduled maintenance and an itemized service quote.

Trojan's battery maintenance guidance limits watering to flooded batteries, requires well-ventilated charging areas and says not to charge a frozen battery. Sealed AGM and lithium packs are different. For lithium, check the exact pack's allowed charging and discharge temperatures, charger instructions and cold-protection system before planning winter use. There is no universal cold-weather range percentage in this comparison.

An electric cart has no combustion exhaust while driving. That does not make every cart suitable for a warehouse or make every enclosed charging location acceptable. Get the vehicle and facility requirements for the intended use.

Make the final choice on your route

Measure daily mileage and note the steepest sections, passengers, cargo and stops. Ask for a demonstration of the exact vehicle and a supported range estimate under similar conditions, including a reserve. Confirm your campground or course's own vehicle rules and any public-road registration and route requirements through the state law guides.

Compare electric and gas models and nearby dealers, then request delivered prices and service terms. Charging access and demonstrated suitability are stronger decision points than a generic gas-versus-electric winner.