# Why do people push and pull hand carts?

## Why do people push and pull hand carts?

The use of hand carts to transport loads instead of carrying them saves workers a lot of effort. It decreases the risk of overexertion injury in jobs that include manual materials handling. However, pushing, pulling, and maneuvering hand carts still involve some common hazards (overexertion).

### How much force do you need to pull a Pushcart?

Cart Characteristics: b. The force needed to sustain motion – recommendations include a pushing or pulling force of no more than 230 N for males, and 130 N for females (N = Newtons, where 10 newtons is approximately 1 kg).

What are the risks of working in a Pushcart?

Risk factors include high pace of work, heavy loads, high exertion, repetition of movements, high force used, long distances, poor flooring, poor path for the cart to travel, and poor footing (grip of footwear to the floor). Design the work flow and work pace to minimize these factors.

What causes a handcart to slip and trip?

Floors that are dusty, dirty, oily, or wet will reduce the ability of the handler to maintain traction. Without friction, the worker will need to exert excessive force to move the load, and may slip and trip. 2. Cart Characteristics: a. wheel/castor size and number of wheels or castors

## Why do you push a cart instead of pull?

When you push a cart, not only will you be able to see where you are going, you’ll also put less pressure on your shoulders and back. The main reason to push rather than pull is you can apply more force; you are leaning your body into the cart and making the work easier by distributing more of the force of the weight.

### How much force do you need to push a hand cart?

Overall, it is the combined weight of the cart and load that must be considered. However, it is difficult to outline how much weight can be transported using a hand cart. Many factors affect how much force is needed to move a given weight.

What kind of injury happens when you push a cart?

Most common are overexertion injuries (e.g., back strain). Injuries due to slips and falls are also often associated with pushing and pulling. Additionally, injuries to fingers and hands can result when caught in, on, or between objects (e.g., between a cart and the wall) and to lower legs when bumped by carts.

Risk factors include high pace of work, heavy loads, high exertion, repetition of movements, high force used, long distances, poor flooring, poor path for the cart to travel, and poor footing (grip of footwear to the floor). Design the work flow and work pace to minimize these factors.