- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 03 Jan 2017
A banksman is responsible for directing vehicle movements on or around a construction site. This very often involves large vehicles delivering materials, equipment or parts to site, or large cranes during lifting operations. They are also referred to a 'traffic marshals' or 'signallers', while in Australia and New Zealand they may be called ‘dogman’, or in the United States ‘spotter’.
Their primary role is to assist the crane or truck driver ensure their manoeuvres are safe and will not cause damage to the vehicle or other structures. They communicate with the driver by means of a radio or hand signals.
This is necessary as the driver will very likely not have a complete view or clear visibility. According to HSE, nearly a quarter of all deaths involving vehicles at work occur during reversing. Many other reversing accidents do not result in injury but cause costly damage to vehicles, equipment and premises.
When a banksman is assisting a vehicle or crane driver, they must observe the following general guidelines:
- Use a clear system of signalling (see below).
- Be visible to the driver at all times (the driver must know to stop immediately if they are unable to see the banksman).
- Stand in a safe position to be able to guide the vehicle without being in its way.
- Wear appropriate personal protective equipment, such as hi-vis clothing, helmet and so on.
Banksmen must identify areas of danger around the site where manoeuvrability will be difficult or risky, such as confined spaces. They may also direct traffic in and around the site, and assist with keeping the public safe if site vehicles are to be guided in areas that pose a risk. They may also be responsible for controlling the movements of other plant, such as excavators, and ensuring there are no obstructions or hazards at dig sites.
Banksmen should undergo comprehensive training before being assigned on-site responsibilities. They should have an understanding of how to prevent common accidents, different types of equipment and vehicles, and the correct procedures for manoeuvring equipment.
|Start: Start of command||Both arms are extended horizontally with the palms facing forwards.|
|Stop: Interruption, end of movement||The right arm points upwards with the palm facing forwards.|
|End of the operation||Both hands are clasped at chest height.|
|Vertical movements: Raise||The right arm points upwards with the palm facing forward and slowly makes a circle.|
|Vertical movements: Lower||The right arm points downwards with the palm facing inwards and slowly makes a circle.|
|Vertical movements: Vertical distance||The hands indicate the relevant distance.|
|Horizontal movements: Move forwards||Both arms are bent with the palms facing upwards, and the forearms make slow movements towards the body.|
|Horizontal movements: Move backwards||Both arms are bent with the palms facing downwards, and the forearms make slow movements away from the body.|
|Right (to the banksman)||The right arm is extended more or less horizontally with palm facing downwards and slowly makes small movements to the right.|
|Left (to the banksman)||The left arm is extended more or less horizontally with palm facing downwards and slowly makes small movements to the left.|
|Horizontal distance||The hands indicate the relevant distance.|
|Danger: Emergency stop||Both arms points upwards with the palms facing forwards.|
|Quick||All movements faster.|
|Slow||All movements slower.|
 Related articles on Designing Buildings Wiki
- Construction plant.
- Crane regulations.
- Health and safety.
- Health and safety consultant.
- Personal protective equipment.
- Safety helmet colours.
- Site supervisor.
- Types of crane.
 External resources
Featured articles and news
Whole-life costs consider all costs associated with the life of a building, from inception to disposal. Find out more here.
Reports emerge of injuries caused by Apple employees colliding with the campus' glazed walls.
The winners of NIC's ideas competition on transforming the Cambridge to Oxford arc discuss their concept.
Create new habitats and improve air quality and wellbeing.
New report provides 12 key actions which could close the structural talent gap in the construction industry.
These can be used to find out whether a proposed development is likely to be approved. Read more here.
Studying a built environment degree? Check out our helpful student resources section.
New BRE research paper explores how blockchain technology can benefit the built environment industry.
Timber is a natural carbon sink, but it must not end up in landfill at the end of its useful life.
BSRIA has collaborated with the Department of Health on research into air permeability in isolation rooms.