If you're planning to order park benches for a public space, commercial area, or residential project, one of the most common and practical questions is: "How heavy are your standard park benches for shipping purposes?" Knowing the weight is crucial for calculating shipping costs, arranging logistics, and ensuring safe handling upon delivery.
Generally, the weight of a standard commercial park bench can vary significantly based on its materials, design, and size. However, as a rule of thumb, a typical single, all-metal park bench often weighs between 100 and 150 pounds (45 to 68 kg). A common 6-foot (1.8-meter) steel bench with a slatted seat and backrest usually falls squarely in this range.
For benches made of wood, such as those with a durable hardwood like oak or ipe and a steel frame, the weight can be similar, often landing between 110 and 160 pounds (50 to 73 kg). Heavier, more ornate cast iron or cast aluminum benches can sometimes exceed 200 pounds (91 kg).
It's important to remember that this is the weight for a single, standalone unit. If you are ordering multiple benches or benches that are longer than the standard 6-foot model, the total shipment weight will increase accordingly. The material is the primary factor; a solid cast iron bench will be substantially heavier than one made from lighter, powder-coated aluminum.
Why does this weight matter for shipping? Freight carriers calculate costs based on both the dimensions and the weight of your shipment, a concept known as dimensional weight. A heavier bench will naturally cost more to ship, and you or your receiving team will need to be prepared to handle the items safely, potentially requiring equipment like a forklift or a team of two for manual unloading.
For the most accurate information for your specific order, we always recommend checking the product specifications or contacting our sales team directly. They can provide the exact weight and dimensions for the bench models you are interested in, ensuring your shipping plans are seamless and cost-effective.