Electric golf cart range depends primarily on battery type and voltage. Lead-acid battery carts typically travel 15-40 miles per charge, while lithium-ion battery carts can achieve 35-80+ miles. A standard 48V cart with lead-acid batteries averages 25-35 miles, while the same cart with lithium batteries can reach 40-55 miles. Factors like terrain, passenger weight, and driving style significantly impact actual range.

Gas golf carts typically travel 100-180 miles on a full tank, significantly farther than electric carts. With a 4-6 gallon tank and fuel efficiency of 25-35 MPG, most gas carts can run all day without refueling. However, gas carts have higher fuel costs over time, require more maintenance, and produce emissions compared to electric models.

Most electric golf carts can handle 4-10 rounds of 18 holes on a single charge, depending on battery type. An average 18-hole round covers 4-6 miles of cart travel. Lead-acid 48V carts typically provide 4-6 rounds per charge, while lithium-ion carts can deliver 7-10+ rounds. Always charge after each use for optimal battery health and range.

Gas golf carts go significantly farther per fill-up, averaging 100-180 miles per tank versus 15-80 miles per charge for electric carts. However, electric carts can be recharged overnight at home for just $1-3 per charge, while gas carts require fuel stops and cost $15-25 per tank. For most daily use, electric range is sufficient and more economical.

A 48-volt golf cart travels 25-55 miles on a full charge depending on battery type. With lead-acid batteries, expect 25-40 miles of range. With lithium-ion batteries, the same 48V cart can achieve 40-55 miles or more. The 48V system provides approximately 33% more range than older 36V systems due to improved power efficiency.

The biggest factors affecting golf cart range are: battery type (lithium provides 50-100% more range than lead-acid), terrain (hills can reduce range by 30-50%), total weight including passengers (each passenger reduces range 5-10%), temperature (cold weather reduces range 10-25%), driving style (aggressive acceleration reduces range 20-30%), and battery age/condition (old batteries lose significant capacity).

To maximize golf cart range: upgrade to lithium batteries for 50-100% more distance, maintain proper tire pressure (under-inflation costs 10-15% range), reduce unnecessary weight, drive at steady moderate speeds, avoid aggressive acceleration, charge after every use, keep batteries properly maintained, and plan routes to minimize hills when possible.

Lithium-powered golf carts typically travel 35-80+ miles per charge, roughly double the range of lead-acid battery carts. A 48V lithium cart averages 40-55 miles, while premium 72V lithium systems can exceed 60-80 miles under optimal conditions. Lithium batteries also maintain consistent power output throughout the discharge cycle, unlike lead-acid which weakens as charge depletes.

Yes, cold weather significantly reduces golf cart range. Battery capacity decreases 10-25% in cold temperatures because chemical reactions slow down. Lead-acid batteries are more affected than lithium. At freezing temperatures (32°F/0°C), expect 15-20% less range. Below freezing, range can drop 25% or more. Store and charge your cart in a garage when possible during cold weather.

Hills dramatically reduce golf cart range by 30-50% compared to flat terrain. A cart that travels 40 miles on flat ground may only achieve 20-25 miles in hilly areas. Climbing requires significant motor power, draining batteries quickly. Gas carts handle hills better but still see 20-30% reduced fuel efficiency. If you live in a hilly area, consider lithium batteries or a gas cart for adequate range.