Best for: Indoor use, food storage, clean environments, noise-sensitive areas.
Pros:
• Zero emissions – Ideal for indoor and closed environments.
• Low operating costs – Electricity is cheaper than fuel, and fewer moving parts mean less
maintenance.
• Quiet operation – Suitable for noise-sensitive environments.
• Compact design – Often easier to maneuver in tight spaces.
Cons:
• Limited outdoor use – Not suitable for rough or wet terrain.
• Battery downtime – Requires charging time and potential battery swaps.
• High upfront cost – Though cheaper to run long-term.
Ideal For:
Warehouses, food processing plants, pharmaceuticals, and retail distribution centers

Best for: Outdoor use, heavy lifting, and rugged environments.
Pros:
• Powerful performance – Great for lifting heavy loads and climbing inclines.
• Fast refueling – Just a quick fuel top-up compared to charging batteries.
• Durable and robust – Built for harsh outdoor conditions.
Cons:
• Emissions – Not suitable for indoor use due to fumes.
• Noise levels – Louder compared to electric forklifts.
• Higher maintenance – More moving engine parts = more servicing.
Ideal For:
Construction sites, lumber yards, ports, and outdoor logistics hubs.

Best for: Mixed use (indoor and outdoor), mid-range lifting tasks.
Pros:
• Lower emissions than diesel – Can be used indoors with proper ventilation.
• Consistent power output – No performance drop as the tank empties.
• Quick refueling – Faster than recharging an electric battery.
Cons:
• Fuel costs – Typically more expensive than electricity.
• Tank storage – Requires space and safety compliance for LPG tanks.
• Ventilation required – Not ideal for sealed indoor environments.
Ideal For:
Warehouses with loading bays, logistics centers with indoor/outdoor access, and mid-weight
material handling.