If you live in a busy urban area, chances are that you will have seen scaffolding erected on a regular basis. Scaffolding is a temporary structure used in building construction to allow people to work at height, grant access to hard to reach places, and to support workers and materials on the job. Scaffolding is highly flexible and comes in many different forms, so it’s important to select the right system for the job.
 
If you’re new to the world of building or construction then it can be difficult to know where to begin, so if you’re looking for scaffolding for your next upcoming job, see below for our handy guide.
Access scaffoldingAccess scaffolding does what the name suggests; it gives workers access to areas of a building or structure that are normally difficult to reach, like the roof. Access scaffolding is usually used for maintenance or repair work, such as replacing cracked roof tiles, repairing gutters, or cleaning high windows.
Suspended scaffoldingSuspended scaffolding is composed of a working platform hung by wire ropes or chains. This allows it to be lowered or raised as needed, so it’s a good choice for jobs like painting, decorating or window cleaning. Suspended scaffolding also tends to be easier to install and dismantle, so it’s a popular choice for short term jobs.

Trestle scaffolding

Trestle scaffolding uses a working platform supported on a moveable tripod or ladders. It’s typically used for indoor work like painting or plastering, up to a height of five metres. The frame is typically made of metal, with a wooden or metal deck. Trestle scaffolding can also be used on balconies or terraces, but additional netting is usually added for safety.

Cantilever scaffolding

This is a specialist type of scaffolding that’s used when a traditional scaffolding tower isn’t feasible. It might be due to obstacles in the way, or because the ground doesn’t have the capacity to support a regular scaffolding tower. Regular scaffolding uses a frame, post or base to support the structure, but cantilever scaffolding is erected using support needles.
 
These needles are inserted into holes in the wall or strutted inside the floors through openings (making it single or double frame scaffolding respectively). Cantilever scaffolding is also used if the upper part of a building is under construction or if the ground near the wall needs to be clear of traffic.
 
Single scaffold

Also known as bricklayer’s scaffolding, this type of scaffold is typically used for brick masonry work. Single scaffolding uses putlogs (holes used to support scaffolding poles), standards and ledgers (horizontal tubes which are fixed to the standards).

Double scaffolding

This is also known as mason’s scaffolding as it’s commonly used for stone masonry work. Double scaffolding uses two rows of scaffolding for extra security and strength, but also because it’s more difficult to insert putlogs into a stone wall.
 
The first row of scaffolding is fixed close to the wall (around 20-30cm away) and the second row is then fixed around one metre away from the first. Putlogs are then placed so that they’re supported by both frames so that they’re independent of the wall’s surface.

Steel scaffolding

As the name suggests, steel scaffolding is constructed using steel tubes fixed together with steel couplers. It’s very easy to assemble and dismantle, making it a good choice for last minute jobs or shorter term projects.
 
Steel scaffolding is incredibly durable and has a high fire resistance so it’s very safe to use. It does tend to be more expensive than other scaffolding alternatives but the benefits mean that it’s still highly used throughout the industry.

Patented scaffolding

This type of scaffolding is also made from steel, but it uses specialist couplings and frames which allow it to be adjusted to different heights. This means that the working platform can be placed at various heights, making this scaffolding ideal for indoor jobs or short term repairs.

Supported scaffolding

This is the general name given to scaffolding that uses one or more platforms supported by outrigger beams, uprights, posts, frames or poles. Tube and coupler is one of the most commonly used models of supported scaffolding and it consists of metal tubes held together by couplers.
 
Supported scaffolding is extremely sturdy and durable, making it best suited to heavy duty jobs or those requiring heavy loads.

Rolling scaffolding

This is a type of supported scaffolding on wheels, to make it mobile. Braces should always be used with rolling scaffolding to prevent it from collapsing and help the structure to remain secure. Rolling scaffolds are designed for easy movement, but it’s important for workers to be aware of their surroundings to prevent accidents or injury.
 
Rolling scaffolding is available in various heights, from five feet all the way up to 30 foot tall. This makes it incredibly versatile and it’s often used for painting and decorating jobs or indoor repairs.

Scaffolding safety

Scaffolding is an extremely versatile and useful piece of equipment, but it’s vital to ensure that all workers know how to work with it safely. Any scaffolding should always be erected by a competent person and workers should be fully trained before using the equipment.
 
All components should also be checked before use to ensure that the structure is safe and secure. Every worker should be aware of the weight capacity of the scaffold too, to ensure that it doesn’t become overloaded. The appropriate personal protective equipment (PPE) should also be worn, such as high-vis jackets, hard hats and steel capped boots. If the scaffolding is particularly high, then safety harnesses will also be necessary, or ensure that protective barriers are in place to prevent falls.
 
It’s not safe to work on scaffolding in bad weather, so you may need to delay the job if it’s raining heavily, very windy, or frosty and icy underfoot. Workers should also never climb scaffolding with tools or equipment in their hands; always climb to the level you need first and then hoist tools up separately. Workers should be aware of their surroundings at all times and avoid throwing waste or equipment off the scaffolding at any time. Objects dropped from height can cause serious injury and it’s not always clear to see if workers are below.
 
Employers should provide regular scaffolding training for all workers, especially if you’re using a type of scaffolding that you haven’t worked with before.
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Professional scaffolding services from the experts at RodellsIf you’re in need of professional, reliable scaffolding services, get in touch with the experienced team at Rodells. We’re proud to offer scaffolding solutions for industrial, commercial and domestic clients, and we can adapt our scaffolding systems to suit the job at hand. We’re able to supply a wide range of access scaffolding, including high rise scaffolding, bridge decking systems, scaffold sheeting, lift shaft scaffold and many more.
 
If you’re looking for a scaffolding alternative, we also offer rope access works, which provide a reliable and cost-effective alternative to scaffolding. For more information about our scaffolding services or to discuss your requirements for your next construction job, don’t hesitate to give us a call today or visit our website. 

​The Work From Height (WAH) Regulations 2005 has set out clear parameters in terms of routine practice in working at height and on scaffolding. The COVID-19 pandemic has meant that contractors are still operating in unprecedented circumstances and for some, there is still a little confusion surrounding the day-to-day compliance of working during these unprecedented times.
 
With this in mind, Only individuals and contractors who are competent and fully understand the risks from COVID-19 will be permitted to undertake scaffolding works on site. In keeping with the most up to date guidance and aligned with advice put out by the Scaffolding Association, here we have collated some of the important information to consider in regards to current scaffolding operations during COVID-19. You must also ensure you routinely refer to the latest Government Guidance advice on Coronavirus which can be found on the GOV website. 

Purpose

The purpose of a safe system for the workplace is to offer instruction, assign responsibility and to control, by a systematic sequence of actions, the manner in which the requirements for ensuring the spread of COVID-19 is reduced when working on scaffolding, it is advised that this guidance is adhered to.

Travelling to Work

It is highlighted that individuals should travel to work alone wherever possible using their own transport, a bike or via car for example. Although it’s understood, there may be situations whereby individuals have no option but to share transport, in these circumstances the following should be considered:
 

• Journeys should be shared with the same individuals and with the minimum number of people at any one time.

• Good ventilation (keeping the windows open) and facing away from one another other may help to reduce the risk of transmission. 

• The vehicle needs to be cleaned regularly, wear gloves and using standard cleaning products, with particular emphasis on handles and other areas where passengers may touch any surfaces.

• Lots of sites have ample car-parking available for instances of additional vehicles where persons may travel alone.

• If travelling via the bus, wear a mask and adhere to the designated and distanced seating.

 
Hand cleaning facilities must be available so that operatives can clean hands on their way in and out, for example, a hand sanitiser station. For each shift, measures should be considered for how someone would get home should they fall ill. This will rely on prompt reporting procedures so that individuals can take themselves home with basic mild symptoms.

Site Arrival and Leaving Site

Here we list a few pointers relating to the arrival and departure of a working environment or site:
 

• Prevent all non-essential visits to your workspace under your control.

• Use any welfare facilities in a courteous manner by wiping touch points before and after use.

• All operatives are required to wash their hands for 20 seconds using soap and water when entering and leaving the welfare areas.

• Signage is advised to be displayed throughout the working area all to remind staff of these measures and also to not attend site if they have symptoms of Coronavirus.

• Routine cleaning regimes must be implemented so those common areas and any onsite facilities are wiped down such as tables, chairs, doors, shared equipment and their controls etc.

Eliminate Risks

Here we list a few procedures for keeping the risk of contamination in the workplace to a minimum.
 

• Workers who are unwell with symptoms of COVID-19 must not travel to or attend the workplace.
• Rearrange tasks to enable workers to be done by one person, or by maintaining social distancing measures (2 metres) 
• Avoid skin to skin and face to face contact
• Consider one way systems on and off scaffolding for client use 
• Consider alternative or additional mechanical aids to reduce worker interface site meetings 
• Only absolutely necessary meeting participants should be in attendance  
• Attendees should be at least two metres apart from each other 
• Rooms should be well-ventilated with windows opened to allow fresh air circulation 
• Consider holding meetings in open areas where possible
• Minimise the frequency and time workers are within 2 metres of each other 

• Minimise the number of workers involved in these tasks 
• Workers should work side by side or face away from each other, rather than face to face 
• Lower the worker capacity of lifts and hoists to reduce congestion and contact at all times 
• Regularly clean common touchpoints, doors, buttons, handles, vehicle cabs, tools, equipment etc
• Increase ventilation in enclosed spaces 
• Workers should wash their hands before and after using any equipment

 
PPE 

• Sites should not use respiratory protective equipment (RPE) for Coronavirus (Covid-19) where the two-metre social distancing guidelines are met. 

• Where it is not possible to maintain a two-metre distance, each activity should be risk assessed using the controls and against any sector-specific guidance, mindful that masks (RPE) are the last resort.

•  Re-usable PPE should be thoroughly cleaned after use and not shared between workers. 

• Single-use PPE should be disposed of so that it cannot be reused.

Monitoring 

All systems and procedures shall be monitored to make sure measures remain effective, with this in mind, stocks of cleaning products such as sanitisers and wipes shall be monitored and replenished on rotation. As well as this, the cleaning of areas shall be recorded. In addition to this, the workforce shall be constantly reminded of the measures via briefings and toolbox talks. As part of this process, often a nominated person will actively monitor and review procedures and controls for effectiveness.

Additional Information Sources

As the situation is changing rapidly, and to make sure you are up to date and offering
The highest standard of health and safety and wellbeing for your employees, customers and the general public, you may also wish to refer to the following for further information:
 

• WHO - for their Situation Reports

 

• HSE - for rolling updates on COVID-19 safeguarding in the workplace

 

• Public Health England – for the latest situation reports in the UK

 
Rodells - Quality and Safe Scaffolding Services 

Here at Rodells, safety is always at the forefront of what we do. We are a family business who have provided a great service for over 100 years and continue to do so. We are committed to lowering our environmental impact, investing and supporting the local communities and to meeting all up to date regulations. As well as this, we, of course, offer scaffolding services, lightning protection, specialist access works and plenty more!
 
We have a history of providing excellent quality, reliable scaffolding in the commercial and industrial sectors. Rodells has been trading since 1898, so we certainly know what we’re doing! We have a long track record of helping our clients achieve their goals and ensuring that buildings are safe and secure. Whatever your needs are, our team of trained scaffolders can help. To find out more about what we do, please visit our website or get in touch with us, we’d be delighted to hear from you. You can find us at Cell Barnes House, Cell Barnes Lane, St Albans, Herts, AL1 5AS. Alternatively, call us on 01727 841 855 or email us at info@rodells.uk.

Scaffolding plays an essential role in the construction industry, allowing workers to erect buildings, perform restoration work, roof repairs, paint ceilings and more. An estimated 2.3 million construction workers (around 65% of the construction industry) regularly work with scaffolding, but it’s not without its hazards. Scaffold-related accidents account for around 4,500 injuries each year, so it’s vital to know how to work with this equipment safely.
 
Scaffolding injuries can be devastating for workers, but they can also cost employers a great deal of money, in either compensation or workdays lost. Read on to find out how to stay safe when working with scaffolding, and protect your business and employees.
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Don’t overload the scaffold

Workers should always be aware of the maximum intended load of any scaffold they’re working on, as well as its load carrying capacities. Overloading the platform can compromise a scaffold’s integrity, and it increases the chances of fall hazards for workers below.

Pay attention to the weather

​Never work on scaffolding if it’s covered in ice, snow, or mud, and consider delaying work after heavy rain as scaffolding can be extremely slippery when wet. Any debris like wet leaves or twigs should be removed before you start work and avoid using scaffolding if the weather is very wet or windy.

Arrange scaffolding safety training

All employees should be properly trained before working on a scaffold, and the training should cover issues such as falling object hazards, how to handle equipment, load capacities and electrocution risks. A competent person should also inspect the scaffolding before you start work each day to ensure that it’s safe for use.

Always dress appropriately

Employees should always wear a hard hat when working on or around scaffolding, as well as a high vis jacket and non slip work boots. You may also need additional protective equipment, such as eye goggles, a safety harness or protective gloves, depending on the job.
 
If you’re looking for a talented, professional scaffolding team that adheres to the highest safety standards, get in touch with the experts at Rodells. We’re proud to offer scaffolding solutions for both the commercial and industrial sectors and as an accredited member of NASC, our workforce is highly trained and adheres to all regulations set out in the industry. For more information about any of our scaffolding services or our safety procedures, give us a call today or visit our website. 

Whether you are the homeowner of a residential property or the manager for a high-rise building, renovations are a necessary part of all property ownership. For homeowners of residential properties, the desire to renovate instead of move home is becoming stronger. In 2018, 15% of homeowners admitted that they’d prefer to ‘improve rather than move’. This trend towards renovation is driven by an expensive property market, particularly for those on lower incomes. Depending on the type of property you are looking to renovate, as well as the type of work you plan to carry out, you may require a range of services - including scaffolding services.
 
The processes involved in renovating a property can be complicated. You may need to employ services from a whole host of different professionals. Making sure that all of the work you have completed, particularly if you’re working on a residential high-rise with many tenants, is of the utmost importance. When working on your own home, employing the right services for the job at hand will ensure that the project is completed efficiently and effectively. As well as this, having a renovation completed to a high standard can even increase the value of your home.
 
To give you some advice around this subject, we’ve created a brief guide to just some of the services you could need during a home or high-rise renovation project.

Scaffolding Services From Professionals

Whether you have decided that you are going to convert your loft, renovate your roof or you’re a high-rise owner making amendments, professional scaffolding services are essential. Domestic scaffolding and commercial scaffolding services provide a means for contractors to reach the areas they need to. More importantly, it allows them to do so in a safe, secure and relatively risk-free way.
 
Scaffolding services are enacted at the very beginning of a renovation project as a temporary skeletal support system. These systems allow workers to get the materials they require to the areas they need. Domestic scaffolding ensures that workers who are completing a loft conversion can do so safely. As well as being safe, both domestic scaffolding and commercial scaffolding services provide efficiency.
 
Domestic scaffolding can only take a single day to erect but saves countless hours afterwards. By providing workers with ease of access, both commercial and domestic scaffolding makes the job far easier. Particularly for high-rise residential buildings, the work cannot be completed without it. It’s vital to choose scaffolding services from professionals with a proven track record of safety and security.

Lightning Conductor Testing

Lighting conductor testing is more common on larger, high-rise projects like residential tower blocks. You may not think it, but there are scores of injuries related to lightning strikes and the resulting damage on an annual basis. It is the responsibility of a landlord or property manager to ensure that the necessary steps are taken to prevent accidents occurring as much as possible. Installing lightning conductors and performing lightning conductor testing is a great way to mitigate any risk of death or injury due to lightning.
 
If thunderstorms and lightning are particularly prone in the area you are building or renovating in, you should perform some additional research on the risk of strikes. If you find that your high-rise project is in danger, you should install a conductor and schedule lightning conductor tests as part of the property’s ongoing maintenance.

Waste Management Services

When working on a renovation project, whether it’s commercial or domestic, you will likely create a huge amount of waste. Ensuring that you are responsible about how that waste is disposed of is critical. Working closely with a waste management service provider will ensure that as much of the waste you produce can be disposed of responsibly as well as make sure that your site is kept clean and safe.

If you’re working on a domestic renovation yourself, you won’t want to put your family in danger by leaving aggregates all over the property. Instead, you can rent a waste disposal skip or van for the duration of the project. Many waste disposal organisations operate on a ‘zero to landfill’ basis. If you are a keen environmentalist, keep an eye out for this.

Health and Safety Inspections

Particularly if you have been employed to work on a large scale project, like a high-rise residential building, industrial site or commercial property, health and safety guidelines need to be kept to at all times. Throughout the process, you’ll need to have health and safety inspections completed to ensure that the work being done is safe and that the result won’t put anyone at risk.
 
Having health and safety professionals check in on the property at designated waypoints during the project will ensure that you stay on track. Without this vital service, you could be liable if an accident did occur.

Electricians

The services of electricians and electrical contractors is vital for any renovation project. If a building has become damaged and needs uplifting or if an extension is being made to a residential property, an electrician will likely have to be called out. From the smallest projects to high-rise renovations, ensuring electrical safety as well as efficiency is critical. Without it, tragic accidents can take place or homeowners could be spending far more than they need to on their bills. Updating electrical systems will always require the skilled hand of professionals.

Architects and Surveyors

Architects and surveyors play an important role in many renovations. If a homeowner is looking to build an extension and wants to make the most of the space they have available, they will need the services of an architect.
 
Similarly, if a new high-rise residential building is being commissioned, architects will play a key role in the design. Their work - and the work of surveyors - ensures that buildings are fit for purpose to house people and reduces the risk of any structural damage occurring.

Energy Consultants To Make The Renovation ‘Green’Depending on the type of project you are working on and for the type of client you are working with, you might be asked to focus on being as ‘green’ as possible. This can mean several things and can even alter the design and construction process.
 
It’s worth seeking expert advice from a consultant who specialises in this area to discover which materials can be used, how a building can be changed to make use of natural light and ventilation and many of the other steps taken to make a renovation ‘green’. This is still a developing science so this could be a vital service to seek out if relevant.
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Looking For Scaffolding Services For Your Renovation in St Albans? Rodells Ltd Can HelpRodells is primarily known for our work providing lightning protection services. However, we also supply scaffolding for industrial, commercial and domestic clients. If you’re looking for services for a renovation you have planned, look no further. We understand the vital importance of health and safety during a project. That’s why we make sure that all of our qualified professionals work to the best standards possible. We have a wide range of experience working with clients renovating residential properties as well as industrial buildings.
 
Rodells has been trading since 1898, so we certainly know what we’re doing! We have a long track record of helping our clients achieve their goals and ensuring that buildings are safe and secure. For domestic scaffolding services, get in touch with Rodells.
 
To find out more about our services, please feel free to contact us. You can find us at Cell Barnes House, Cell Barnes Lane, St Albans, Herts, AL1 5AS. Alternatively, call us on 01727 841 855 or email us at info@rodells.uk. 

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You don’t have to travel far to enjoy beautiful buildings here in the UK, and we’re lucky to be blessed with a wide variety of historical stately homes, churches, museums, town halls and more. All buildings need maintenance and repairs from time to time, but this is even more important if the building is centuries old, or of certain cultural significance.
 
Building restoration covers a range of highly skilled services which restore historic buildings back to their former glory. This type of restoration and refurbishment can be used to revitalise modern buildings too, but it’s likely that they’ll need less attention. Restoration can cover large scale tasks, such as restoring a roof or stonework, through to smaller details like gilding a clock face. If you’d like to know more about building restorations services, what they are, and why they’re so important, then read on to find out more.

What is building restoration?

Historic England’s guide to Conservation Principles and Policies defines building restoration as “returning a building to a known earlier state, on the basis of compelling evidence, without conjecture”. Several factors must be taken into consideration before restoration goes ahead, such as:

• What changes will the restoration work make to the heritage of the building?
• Is the maintenance of the proposed restoration acceptable?
• Does the work respect previous forms of the building?
• Is there compelling evidence for the restoration work?

 
If the above questions can be answered in a satisfactory way then the restoration work is deemed acceptable to go ahead. Restoration and repair work often overlap, but this will depend on each individual building and how much work is needed.
 
Restoration aims to preserve as much of the original building as possible, or in cases where elements are rebuilt, it will strive to use techniques and materials that are as close to the original as possible. Building restoration can be split into reversible and irreversible techniques, but the methods used will depend on how damaged the building is, and whether the interventions can be undone without causing further damage.

Why are buildings restored?

There are many valuable reasons to restore a building, especially one of cultural or historical significance. Building restoration is usually carried out for one or more of the five following reasons:

• Architectural design - it’s important to preserve a building’s unique traits or architectural elements, especially if the building is designed by a renowned architect.
• Value - all buildings hold intrinsic value in some way; either financially, or in terms of what they can tell us about history. Many older buildings are also constructed using materials of a very high standard, so it’s important to preserve as much as possible.
• Sustainability - many buildings are restored for a different, modern use (e.g flats or offices), which is far more sustainable than building a new property from scratch.
• Cultural significance - many historic buildings hold important cultural significance and the renovation of heritage buildings has many benefits for the population.
• ‘One chance rule’ - this refers to the principle that a site could hold a one-off design element or detail that is of great cultural and historical value. The one chance rule is guided by the idea that destroying a building could result in the loss of unknown significance (because it does not exist anywhere else).

Restoration techniques

Building restoration uses a number of techniques to restore a property to its former glory, without interfering with the original design. As mentioned, restoration can incorporate several techniques, including repairs and preservation methods, so read on to find out more.

Preservation

Over the years, a building’s foundations can be weakened by structural shifts, natural disasters (e.g earthquakes) and material degradation. Preservation methods are there to safeguard a building from any future events which might weaken its structure or cause additional damage.
 
Preservation techniques include strengthening a building’s facade, making sure foundations are secure and taking steps to protect the building from vandalism such as graffiti.

Repairs

In many cases, building restoration will also include some repairs and these are often necessary to ensure the preservation of the building as a whole. Repairs might include patching up cracks or gaps in concrete walls, repairing door and window frames, replacing electrical wires, plastering or replacing floor tiles.
 
In most cases, every effort will be made to use the same materials (or as close as possible) as the original.

Rehabilitation

This is similar to preservation, but it does not include any decoration or refurbishment. In many ways it doesn’t alter the appearance of a building, instead its purpose is to prevent the further deterioration of a structure. Rehabilitation includes things like shoring up crumbling walls (to prevent total collapse) repairing timber beams or stone columns, or adding tie-rods to arches.

Roof restoration

This might involve replacing or repairing a few tiles, or adding an entire new roof to a roofless building. Adding a roof (if there isn’t one) is often deemed necessary to protect the paintwork or other decorative elements within the building. Roof restoration includes cleaning, repairing and repainting roof tiles, as well as adding replacement tiles to patch up holes.

Masonry work

This covers the restoration of brick and stone and the process is often complicated and highly skilled. Masonry work includes restoring the look of the brickwork, removing old mortar, repainting, or replacing missing bricks. Great care is taken to match the new bricks to the old, and use techniques which respect the original construction of the building.

Paintwork

Paintwork can become chipped, faded and oxidized over time due to a number of factors, including air pollution, UV rays and extreme weather conditions. Paint restoration uses techniques to analyse old paint layers and determine their original pigmentation. This can then be used to produce a modern chemical substitute that’s as close to the original as possible. In some cases the recipe will have to be altered to exclude dangerous original materials from the original recipe, such as arsenic or lead.
 
Paint restoration can be used to restore internal murals, frescoes and wall paintings, or external paintwork which may have been damaged over time.

Strengthening of foundations

As mentioned above, preserving a building might include strengthening its foundations so that it can withstand structural shifts or natural disasters such as earthquakes. Old stone foundations can be restored and strengthened with the addition of concrete blocks and steel rods, but it’s vital to use an expert mason for this type of work.

Reversible restoration

Restoration work can be split into reversible, or irreversible, categories. In many cases, reversible restoration methods are preferable as they can be replaced with minimal damage to the original building. Reversible restoration techniques are often used to strengthen a building’s structure temporarily, and include:

• External buttresses
• External ties
• Prestressed unbonded stitches
• Rings at the base of domes

Rodells - The professional Church Restoration specialists

If you’re in need of professional building restoration or refurbishment, get in touch with the experts at Rodells. We’re proud to specialise in restoring historical buildings to their former glory and our skilled craftsmen have all the knowledge and expertise required to ensure your buildings look their best.
 
We also offer church conservation and can apply our expertise to revitalise contemporary or commercial buildings. Our extensive range of services include, detailed surveys of church spires and towers, roof restoration (including lead work), repair and treatment of timber structures, clock works, stonework and weathervane maintenance.
 
In addition to our restoration work, we can assist you with lightning protection and scaffolding services for the industrial and commercial sectors. For more information or to discuss your next project, give us a call today or visit our website.  

What is Scaffolding Safety? And How Does it Impact a Building Project 
The main issue in regards to scaffolding safety really comes down to whether or not the scaffold is safe to work on. This indicates that working on scaffolding that has been erected by qualified professionals under the correct supervision of a competent person and that the scaffold has been adequately inspected prior to use. It is also important that each worker is equipped with proper protective equipment and have been thoroughly trained on safe work practices when working on scaffolding.
 
There are three key things to remember in order to ensure scaffolding safety:
 

• The scaffold must be built under the supervision of a competent individual
• Workers must be trained by a qualified person before they use scaffolding
• The scaffold and its components must be checked by a competent person and properly tagged prior to the start of the shift to ensure its integrity and safety

 
Around 65% of the construction industry work on scaffolding and experiences 4,500 injuries and 60 fatalities. To prevent these staggering statistics from recurring better safety inspections, training and controls are needed.
 
This blog identifies who are competent and qualified persons as well as the basic Do’s and Don’ts of scaffolding safety, usage of scaffolding, this information can work as a kind of checklists to help you implement safety in your workplace.
 
While a qualified individual is one who ‘has successfully demonstrated their capability to solve or resolve issues related to the subject matter, the work, or the project.’ A qualified person has the right background such as education or degree in designing safe scaffolding, for example this could be someone from the scaffold manufacturer or trained scaffold engineer.
 
They are all aware of the fact that fall hazards are the leading cause of construction worker deaths. It is estimated that about 65% of all construction workers perform work on scaffolds annually. That’s a lot of people working on scaffolds potentially being exposed to a number of hazards such as falls, electrocutions and falling objects.
 
 Due to the standards for scaffolding in construction being extremely detailed, we can’t cover all the rules and requirements for every specific type of scaffold and every situation. Rather than this, we’ve made a general list of do’s and don’ts for scaffold safety in construction, as follows:

Do’s 

• Get professionally trained prior to using a scaffold. Training must be carried out by a qualified person and includes identification of electrocution, fall and falling objects hazards and the procedures for dealing with these factors. Training has to also also include the proper use of the scaffold, how to handle materials and the load capacities off the scaffolding itself.

• You have to be retrained when additional hazards make themselves present because of changes at the jobsite or if the type of scaffolding used changes.  As well as all protection or falling objects protection alters. You may also need to receive extra training if your manager feels that your initial training was not adequately retained.

• Before stepping foot on a scaffold you need to check that a competent person has inspected the scaffold before the work shift and that it is safe to use and in safe, working order. Scaffolds can only be erected, dismantled, altered or moved under the direct supervision of a competent person by trained personnel. If you are ever uncertain regarding the safety of a scaffold check with a supervisor before use.

• Always wear your hard hat when working on, under or around a scaffold. You should also get a good sturdy, non-skid pair of work boots and consider using tool lanyards when working on scaffolds.

• Be mindful of coworkers working above and below you at all times, as well as others working on the scaffold. If you witness improper use on or around a scaffold you should stop what you are doing and contact a supervisor.

Don’ts

• Leave anything on the scaffold at the end of your shift. This includes any building materials or tools that you may have been using on the scaffolding throughout the day. These items would certainly be blown off the scaffold or cause tripping hazards for the next person using the scaffold.

• Overload the scaffold. Professional training includes being informed of the maximum intended load of the scaffold you are working on as well as its load-carrying capacities. In most scenarios, scaffolds should be capable of supporting at least four times the maximum intended load.

• Use boxes or ladders to increase your work height. If you are unable to reach an area you should request that your supervisor has the scaffold platform raised. Don’t use stilts unless the guardrails on the scaffold have been extended to a height that is equal to the height of the stilts.

• Use the scaffold if it appears that it is broken or faulty in any way, has been tampered with or if there are components missing such as planking, guardrails, toeboards, debris nets or protective canopies. Inform a supervisor immediately to get the scaffold in proper working order and inspected by a competent person. Never tamper with or attempt to repair a scaffold unless you have received training in scaffold erection.

• Walk on scaffold planking covered in ice, snow or mud. Worn wood planking can be very slippery when wet. All snow, ice, mud and other debris such as wet leaves should be thoroughly removed before using the scaffold. You should also avoid using a scaffold during adverse weather such as heavy rain, sleet, ice snow or strong winds.

• Climb on any portion of the scaffold frame not intended for climbing. Always use a fixed ladder, internal access stairway or built-in ladder to access the working platform. There should always be a handhold above the scaffold platform. Under no circumstances climb with any materials or tools in your hand, they should be hoisted up to the scaffold separately.

Rodells - Quality Scaffolding Services

Here at Rodells we have a talented, reliable and safe scaffolding workforce. We have a history of providing excellent quality, reliable scaffolding in the commercial and industrial sectors. Whatever your needs are, our team of trained scaffolders can help. As an accredited member of NASC, our workforce is highly trained, has a great code of conduct and adhere to the regulations set out in the industry such as the TG20/SG410. We have a history of providing excellent quality, reliable scaffolding in the commercial and industrial sectors. Whatever your needs are, our team of trained scaffolders can help. Rodells continues its tradition of investing in both staff training and equipment.
 
The Company maintains it’s skills in lightning protection and special access works, including traditional steeplejacking, Church conservation and industrial rope access.Rodells is a well-known Scaffolding and Specialist works company that has been trading since 1898. We continue to always provide a professional and proactive service that meets and exceeds the growing standards in the construction industry. We are committed to lowering our environmental impact,  investing and supporting the local communities and to meeting all up to date regulations. Drop us a line, explore our website or get in touch today to see if we can fulfil your scaffolding needs. You can call us on 01727 82101, we’d be happy to help!
 
 
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The right maintenance is vital if we want to preserve our buildings, whether it’s a modern high-rise office block or a centuries-old church. Building maintenance can take many forms, from interior cleaning, to plumbing repairs, fixing holes in roofs, maintaining doors and windows or cleaning sewage lines.
 
One vital aspect of building maintenance is the services provided by a steeplejack, a craftsman who specialises in the maintenance and repair of a building’s tallest points. If you’d like to know more about what a steeplejack is and the types of services they provide, read on to find out more.

What is a steeplejack?

A steeplejack is a tradesman who scales buildings, chimneys and church steeples to carry out maintenance and repairs on the high points of these structures. They work on a variety of building parts, including clock towers, industrial chimneys, bell towers, and church spires.
 
There are two main routes to take for those wanting to become a steeplejack; you can either gain experience on the job by working for a steeplejack company and train towards gaining NVQs, or take a formal route through the Construction Industry Training Board.

What do they do?

As mentioned, steeplejacks provide a number of maintenance and repair services for the high points of buildings. They may also be called upon occasionally for additional work, including masonry repair, brickwork, carpentry, painting and roof repair.
 
Specific services include:
 

• Inspection and maintenance of chimneys in various materials (brick, steel or fibreglass)
• Ultrasonic testing
• Cladding repairs
• Dismantling work
• Roof waterproofing
• Church spire restoration

 
Steeplejacks are highly skilled workers that are trained to erect ropes and ladders to gain access to high and hard to reach areas. Many of these would not be accessible using scaffolding, so steeplejacking is a highly niche technique which can require years of specialised training.
 
If you’re looking for professional steeplejack services, get in touch with the team at Rodells. With over 100 years of experience, we’re proud to offer expert steeplejack services, including brickwork, cladding repairs, ultrasonic testing, high rise building maintenance, and more. We can also provide a range of additional services for your buildings, including church conservation, lightning protection and scaffolding services. For more information about any of the above, give us a call today or visit our website. 
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Construction is one of the defining trades of human-kind. Over thousands of years, we have grown from nomadic people to city-dwellers and innovators. These developments are, in no small part, down to our prowess in construction. Over the years, the buildings we have created have become cornerstones for the rest of our lives and society.


Without forward-thinking construction projects, our culture, science and social cohesion would look significantly different from how it looks today. Whether buildings were erected as monuments to gods or for practical reasons - like public baths or political buildings - they have shaped the way we live.


Today, buildings are bigger, more technical, safer and more impressive. However, many construction projects from over the years have proven to be more significant. Here, we take a look at eight of the most important and impressive construction projects in history.
StonehengeStonehenge is one of the most famous prehistoric monuments in the world, let alone Britain! The monument is shrouded in mystery, however, archaeologists believe that is was built around 5,000 years ago - many thousands of years before recorded history in the UK.


No one is quite sure why the stones were built. Some believe that it was built as a temple for the druids and others believe that it was meant as a prehistoric calendar. Modern-day druids still travel to Stonehenge as a pilgrimage destination today.

This monument is so impressive because each stone weighs up to four tons. For a prehistoric society with little in the way of lifting technology, moving these stones would have been a mammoth task. The presumption is that these stones were lifted and carried using ropes and sledges. The rocks were quarried from Pembrokeshire in Wales, meaning they were carried 180 miles to their destination!
The ColosseumRome’s most famous historic site is almost certainly the Colosseum. This structure was built in celebration of military victories and could host tens of thousands of spectators for gladiatorial games and ceremonies.


Construction of this gargantuan building commenced around 70 AD and took around a decade to build. The very first games commenced around 81 AD, with thousands of animals being slaughtered during the inaugural game. These games were a show of power from prominent families and were very popular amongst Roman citizens. Although the Colosseum is nearly 2,000 years old, it remains a very popular tourist attraction and still stands today.
The Great Pyramid of GizaIt’s impossible to talk or even think about the Ancient Egyptians without a mention of the Great Pyramid of Giza. This astonishing structure remained the tallest building on Earth for 3,800 years until the construction of Lincoln Cathedral in 1311.


The Pyramid is located just outside of Cairo and is the only remaining structure from the Seven Wonders of The Ancient World. The structure was built across 20 years, between 2560 BC and 2540 BC. Most archaeologists believe that this pyramid was built as a burial ground for the Pharaohs who ruled Ancient Egypt.


One of the most impressive feats of the engineering of the Great Pyramid of Giza is how geometrically accurate it is. Although the construction techniques during this period were rudimentary, the structure is mathematically precise.
The ParthenonLocated in Athens, and one of Greece’s most famous landmarks, The Parthenon was a tribute to the Greek goddess Athena. Built during the 5th century BC on the Acropolis Hill, The Parthenon has become an iconic piece of Ancient Greek architecture.


Much of Rome’s own architecture owes a lot to Greece’s Parthenon. Considering that much of the population of the world were still existing as nomads during the period of The Parthenon’s construction, this feat is astonishing. The building serves as a reminder of the ingenuity of humankind.
The Great Wall of ChinaStretching across China for more than 5,000 miles, The Great Wall of China is truly one of the most impressive structures ever conceived or built. The Great Wall remains one of the most iconic landmarks in the world, with the construction taking centuries to complete. The initial construction started 2,000 years ago and was still being built throughout the 16th century.


Some people believe that as many as 3 million people lost their lives during the construction of this great monument. The wall was built as a fortification against invasion from Mongolians, but it was also a show of the strength of China during that period. Even today, no other building has matched the Great Wall of China in length.
PetraPetra is a world-famous archaeological site located in Jordan’s southwestern desert. It’s the nation’s most-visited tourist destination and for good reason. This beautiful site is an ancient city built into a rock-face.


The facade of Petra is 100 feet wide and more than 141 feet high and was constructed in the 4th century BC by an ancient Arabian civilization known as the Nabataeans. Only around 15% of Petra has currently been explored and discovered, so there’s still a huge amount to see. It’s known that there are around 800 tombs located throughout the ‘Lost City’ and that there was a water system built into the city which could have supported around 30,000 to 50,000 inhabitants.
York CathedralYork Cathedral is one of the most famous medieval cathedrals in the UK and across the world. Taking more than 250 years to build, the structure is North Europe’s largest gothic cathedral, looming over the city of York.


Even before the construction of York Cathedral, the location of the site had great significance. During the Roman Empire, York had been a crucial stronghold for the empire. It’s believed that, during that time, a Roman basilica was erected where the cathedral now stands.


York cathedral is more than 520 feet in length, 249 feet in width and 88.5 feet high.
Panama CanalThe Panama Canal is, undoubtedly, one of the most impressive feats of engineering and construction in human history. The canal connects the pacific and Atlantic oceans across 48 miles which plays an essential role in global maritime trade.


Construction of this canal started more than 100 years ago and was completed in around 1914. This canal allowed ships travel between the Atlantic and Pacific oceans far more safely and in more than half of the time. Rather than having to travel south below the tip of Argentina, ships could go straight through the canal. This canal saves literally thousands of miles worth of travel for maritime traders. The Panama Canal has subsequently been named as one of the Seven Wonders of The Modern World.
Rodells: Commercial Scaffolding For Your Next Construction ProjectHere at Rodells Ltd, we’re experts when it comes to commercial scaffolding and lighting protection for construction projects. With over one hundred years of experience under our belts, we’re able to provide professional service regardless of the project you require.


Originally operating as a steeple-jacking organisation, we’ve expanded into a wide range of disciplines. However, we remain able to provide steeple-jacking services to a number of our clients. Our large scaffold department allows us to work on projects for any domestic, commercial or industrial building.


As a business, we always endeavour to provide the very best service for all of our clients. All of our highly trained in health and safety so you can rest assured your project will be completed safely. We have a long-standing reputation for providing excellent services to every customer and would love to hear from you to see how we can help your business.


To find out more about our services, please feel free to contact us today. You can find us at ​Cell Barnes House, Cell Barnes Lane, St Albans, Herts, AL1 5AS. Alternatively, call us on 01727 841855 or email us at info@rodells.uk. ​

Lightning protection for historical properties is essential. This is very important for the purpose of protecting and preserving the heritage of a period property. Nevertheless, historical buildings aren't locations which were created with lightning protection as a key priority, so it’s crucial that the appearance of the system doesn’t appear out of character or intrusive. The materials used have to do a reliable job, while not affecting the historical appearance of the building. Installing a lightning conductor to any historic building requires a qualified contractor, who understands the importance of the nature of the construction and installs the system sympathetically.
 
With this in mind in this blog, we discuss with you, the implications of lighting protection for historic buildings relating to what you need to know. Read on to find out more!

Where to begin?

Historic England recommends that lightning protection should be used for all churches, tall or prominent historical structures. However there is not a specific system in place that gives full protection, and the significance of a building requires to be balanced against an acceptable amount of protection. Historic England’s recommended guidelines are: 
 

• A risk assessment should be done. 
• Proper consultation with the necessary authorities or denominational bodies is essential. Archaeological supervision of ground-disturbing work may be needed. 
• A tower-only system is likely to offer acceptable protection in most cases. 
• The aesthetic appearance of the lightning protection system has to be carefully carried out. 
• Systems have to be professionally designed, installed and maintained.

 
This guidance offers advice on the design, installation and maintenance of lightning protection systems for architects, surveyors, engineers and others involved in the care and safeguarding of historic buildings or period properties. Lightning protection is specialist work and requires quality design and installation.

Lighting Conductors

An 8mm circular copper conductor is often used on historic buildings. This can be sheathed with coloured PVC so that it doesn’t look out of place in the surroundings of the building. The aim is to make the conductor appear to be part of the building, instead of contrasting with it. It is also essential  that the conductors are put in place to decrease visual impact. It is a possibility for a lightning protection system to be put in place sympathetically, while still adhering to the relevant safety standards. A thorough system can be made by placing the conductors out of sight behind buttresses, leaving the buildings aesthetic appearance undamaged.
 
The air termination is able to be hidden out of place behind parapet walls and the down conductors can be placed behind pinnacles, they should be put in place to follow the lines of the building. They don’t need to be dressed into each contour or crack of the stone on rubble or pitch-faced stonework, as this can make a poor aesthetic finish.
 
The building’s main features can cover the visual effects of the conductor. Moreover, it is effective to shadow a strong feature on a tower or spire by following a stone quoin, as the eye tends to hone in on the more prominent features – not realising a conductor placed next to it.
 
Putting a lightning conductor in place on any historic building will need a qualified contractor, who understands the importance of the nature of the construction and installs the system properly.

Lighting Installation 

The spires and towers of historic churches and other tall buildings are frequently targets for lightning strikes. Although lightning protection isn’t not a legal requirement, insurance companies will likely require churches and prominent historic buildings to have lightning and surge protection. This following information provides advice on the design of new or improved lightning protection and surge protection systems:
 
Lightning damage and thunderstorms and lightning frequently occur when the weather is warmer and more humid. In England thunderstorms are likely to occur in the East Midlands and South East areas. Climate change research indicates that the number and power of lightning storms are more likely to increase over this century in the British Isles. What’s more, lightning strikes are more likely to become common in the future, lightning is a very high current discharge. It can happen between or within highly charged clouds or from a cloud to earth. These discharges can range from about 10 million to 100 million volts.
 
Lightning strikes to earth usually seek out the path with the most little resistance. This will be the highest point in a landscape, such as the top of a mountain, a tree, or a spire or tower. Since lots of historic churches and similar buildings have spires and towers, they can often be prone to lightning strikes although this is unpredictable where lightning will actually hit. If the discharge is uncontrolled or not discharged safely, there is a risk to the structure and its contents.

Direct Effects

Most direct damage caused by lightning is usually small. The weakening of copings, pinnacles and roof tiles, for instance. However, even smaller damage can be costly to repair if high-level access is required. Moreover, masonry damaged by lightning can sometimes fall, posing a significant danger to people. There is some evidence that lightning damage is more extensive on towers or spires where the masonry or jointing is in poor condition. The damage might be caused by the sonic boom effect created by the rapid vaporisation of the moisture in the air. This stresses the need for regular building maintenance and repair. The possibility of fire from a direct lightning strike is low. Most recorded cases of church fires begun by lightning are from the Victoria era. These fires are usually caused when the strike melted lead pipes and ignited the escaping gas. With the advent of electric lighting, this risk was significantly decreased.

Indirect Effects

Lightning strikes make voltage surges, which in turn can cause an electrical system to break down, malfunction, or even a complete burn out of wiring and equipment. The more vulnerable items are alarms, boiler controls, sound reproduction systems, computers, telephones and electronic organs and so on. Around 60% of insurance claims for lightning damage to historical buildings are for damage to electrical wiring and equipment. The damage may be more common than structural damage, it is essential to realise that it is far less costly. Repairing structural damage is on average three times more expensive.

Risk assessment for lighting protection

Risk assessment is something that is essential for safe lighting installation. Prior to installation or getting a lighting system installed, a fully qualified installer will need to carry out a full risk assessment. This will involve a lengthy process which involved working out a few calculations with computer software being necessary. Owners of the property of custodians are the individuals who are required to to help collate as much of the information as possible. This will in turn make the process much easier and also help assessors in determining the necessary level of protection required.
 
The engineer will need a couple of pieces of information which will include:
 

• The dimensions of the building and information stating what the building is used for
• The type of equipment and the characteristics of what needs to be protected
• Necessary construction details such as floor plans and roofing materials
• Relative locations of the building itself in relation to neighbouring buildings (gas, water and electrical power being considered)
• Information regarding incoming services such as gas, water and electricity
• The cabling used for telecommunications as well as power supply
• Earthing systems
• Fire safety information for the building as well as any fire exits
• Information regarding the historical significance of the building and its contents detailing the value of these items

 
Here at Rodells we’ve been installing and maintaining Lightning Protection Systems within Commercial, Historic and Ecclesiatical buildings going back since the 19th Century. You might not realise it but a great deal of businesses require their buildings to be protected against lightning. You may not necessarily be required to install a lightning protection system, but it is certainly worth getting in touch with our professionals for a thorough risk assessment, this is due to the fact that strikes can cause damage to equipment, power surges and system failures, which can lead to injuries and business downtime. To find out more, please get in touch with us or visit our website. 

​Did you know that lightning strikes are becoming more frequent? Climate change and increased use of electrical technology mean lightning strikes are becoming an increasing concern to tall buildings and exposed structures.
 
Electricity gradually builds up during a thunderstorm and once it has enough energy, a giant spark occurs (like static electricity) this can happen between clouds and air, and often it is routed through the ground in the form of a lightning strike.

What is Lightning Protection?

Lightning looks for the quickest route to the ground, and often this can mean it strikes buildings in its hunt for the path of least resistance. This can pose serious danger if the spark occurs near exposed gas or electricity infrastructure.
 
Many tall buildings; such as churches and skyscrapers, have lightning protection conductors installed, to avoid significant damage and danger should a lightning strike occur.
 
Lightning conductors are not usually installed on homes, as the likelihood of lightning striking houses is relatively low, but it can happen. If your home is exposed or in an area that frequently experiences thunder and lightning storms however, it could be worthwhile investing in lightning protection to avoid any damage.

How Does It Work?

Lightning conductors (also known as lightning arrestor’s, lightning diverters, lightning rods or cables.) are a type of Lightning Protection System. Lightning conductors and special earthing equipment ensure that electrical currents are routed to the ground via a path of least resistance, thereby preventing damage to the building.
 
Usually made out of conductive materials such as copper and aluminium, lightning protection systems are usually installed on the outside of a building or structure to help prevent power surges.
 
Lightning protection cables and equipment will need to be replaced every so often, depending on the amount of wear and tear placed on them over time.

Lightning Protection Law In The UK

Lightning causes millions of pounds worth of damage and hundreds of injuries across the world each year, both as a direct result of lightning strikes and from the resulting electrical surges.
 
Compliance with UK legislation requires that a risk assessment be carried out on the premises first of all (in accordance with BS6651 and BSEN:62305).
 
The risk assessment is a visual inspection and helps to determine the likelihood of lightning striking a building, and the potential dangers this poses. The building is then given a category depending on how high the risk of hazard is to life and the potential damage to physical structures.
 
Lightning Protection Systems have different categories depending on the type of building they are due to be installed on. The Lightning Protection System on a building must be the same grade as the Lightning Protection Level. For example, if the threat level is one, the lightning protection system must be 1 or higher to be within the legal requirements.
 
The potential thermal and explosive effects of a building are taken into consideration in both internal and external Lightning Protection Systems. An external system must have all three requirements: an air termination system, a down conductor system and an earth termination system in accordance with BS EN/IEC 62305 codes.

Penalties For Non-Compliance

Although it is not a legal requirement for all buildings and structures to have lightning protection, it is mandatory to have a risk assessment done annually to ensure that all LP systems meet statutory compliance. The Electricity at Work Regulations 1989 apply to businesses in the UK, and Lightning Protection Systems that do no meet the current standard pose a serious risk of injury and potential loss of life.

Structures Most Likely to Be Struck by Lightning

Parts of a structure most likely to be struck by lightning are those that protrude from the surrounding structure.
 
Some examples of common structures likely to be struck by lightning:
 
●Flagpoles
●Chimneys
●Towers
●Elevated Water Tanks;
●Roof Structures;
●Steeples
●Radio, Television, Mobile Phone and Microwave masts.
●Bridges

How Does Lightning Testing Work?

Your lightning protection system should be tested no more than 12 months apart. However, it is highly recommended that your system is tested throughout the year to ensure it can withstand the elements of all seasons.
 
A properly maintained lightning system will last for many years and will ensure your building is protected from lightning strikes and the consequent power surges.

What Do Lightning Tests Or Recommendations Involve? 

●Inspection of current lightning conductors including joints and parts of the system
●Continuity testing across the whole lightning protection system
●Earth resistance testing on individual electrodes and the complete system
●Reports on the condition of the system
●Recommendations of required repairs, with reliable estimates included
 
A lightning protection test is a great opportunity to understand if your building is at risk to lightning, or if your lightning protection system requires servicing and maintenance to be deemed safe and in good working condition.

Lightning Damage Insurance

Although lightning striking houses and phone lines is quite rare, it definitely happens. Insurance policies can vary depending on the company and level of cover you have.
Most insurance providers do include damage caused to property and possessions by lightning in their policy, but it is certainly worth looking into it to be absolutely sure.
 
Many lightning protection companies offer insurance and warranty on lightning protection systems, so it is worth checking whether this is included when deciding on a company to install lightning protection on your building.

How To Protect Your Home From Lightning Damage

Unplug DevicesIf
lightning strikes your house or nearby power lines, it can follow the wiring or phone lines and cause a power surge to the circuits in your home. This can ruin TV’s, stereos and anything else plugged into the mains. To avoid your gadgets being “fried” by lightning, unplug them during a thunderstorm and disconnect internet, antenna and satellite-dish connections, even if they are grounded.
 
Invest In Surge Protectors
These are electrical devices which you plug your appliances. These are very low cost, considering the possible impact of lightning damage is potentially hundreds of pounds. Surge protectors are most effective for indirect lightning strikes (such as to powerlines and the electrical grid) but in serious cases where lightning directly strikes a building which is far more drastic and dangerous, surge protection is not likely to be of much use.

Myths Around Lightning Protection

Do Lightning Protection Systems Attract Lightning?
Many people think lightning protection systems attract lightning. This is simply not the case. A lightning protection system doesn’t attract lightning or dilute the power of a storm, nor does it act as a building surge protector that means all electronics will be protected. It works to protect the building from fire or serious structural damage in the event it is struck by lightning.

Lightning Can’t Strike The Same Place Twice
This is another myth surrounding lightning that is untrue. Thunder and lightning storms usually travel through an area quickly, and once it has struck one place the likelihood of it striking again is lower, but it is certainly still a possibility. Exposed objects that are effective electrical conductors are usually prime targets for lightning to strike twice, as they provide the path of least resistance for lightning to reach the earth.

You Are Safer Outdoors
This is also incorrect. During a lightning storm, you are not safe anywhere outdoors. Ensure you get under a substantial building or hard-topped vehicle. Avoid touching anything electronic plugged into the mains and certainly avoid roofs!
 
If you need reliable lightning protection for commercial, domestic or any other type of building, get in touch with Rodell’s today. We have a wealth of industry experience offering lightning protection services; including design, testing and inspection. We have provided safe and reliable lightning protection to schools, churches, colleges, commercial, domestic buildings and many more, so no matter what building type, we can help plan a solution that works for you.