Electric vs Diesel vs LPG Forklifts: How to Choose

A practical comparison of electric, diesel, LPG and gasoline forklifts by application, run cost, emissions and infrastructure requirement.

Last updated: 11 October 2026

The choice between electric and internal combustion is usually decided by three things: where the truck works, how many shifts it runs, and whether you have (or want) the infrastructure each option needs.

Electric

• **Best for:** indoor warehouse, food and pharmaceutical, cold store, anywhere with people nearby
• **Emissions:** zero at the truck — critical indoors and in food production
• **Noise:** substantially quieter, which matters for shift work and for sites near housing
• **Run cost:** lowest per hour; roughly a third of diesel energy cost
• **Needs:** charging infrastructure, and for lead-acid a ventilated battery room
• **Weakness:** battery capacity limits long shifts unless you opportunity-charge or run lithium

Diesel

• **Best for:** outdoor yard, construction, unpaved ground, heavy duty above 3 t
• **Torque:** highest, and it does not fade as the day goes on
• **Refuelling:** five minutes, no infrastructure beyond a tank
• **Weakness:** emissions and noise rule it out indoors in most markets, and increasingly in some cities outdoors

LPG

• **Best for:** mixed indoor/outdoor use where ventilation is available
• **Emissions:** much cleaner than diesel, but still requires ventilation indoors
• **Refuelling:** exchangeable bottles, quick turnaround
• **Weakness:** higher fuel cost per hour than diesel, and bottle handling

The decision in one table

The most common mistake we see is buying diesel for an outdoor yard because it is cheaper up front, then discovering that half the work is actually inside a building. Look at where the truck spends its hours, not where it spends its money.

Frequently asked questions