David Garvey | 09 2026
Finding a piece of brick, stone or mortar on the pavement below a commercial building is more than a maintenance nuisance. The immediate concern with falling masonry is obvious, but the piece on the ground is only part of the problem. There could be more loose masonry above it, and the point where the material detached may not be where the underlying defect started.
We often find that the most important question isn’t simply, “How do we repair the missing section?” It’s, “Why did this section fail, and what does it tell us about the rest of the elevation?”
For building owners and facilities teams, the response should therefore move through a clear sequence: make the area safe, inspect the surrounding façade, identify the cause and carry out repairs that deal with the defect rather than simply covering up its most visible symptom.
What Should You Do Immediately After Masonry Falls?
Safety comes first. If masonry has detached above an entrance, pavement, loading area or another space people can access, the affected area needs to be kept clear until the risk has been assessed.
Don’t assume the danger has passed because the loose piece has already fallen.
In practice, we’d want to understand what came down, approximately where it came from and whether anything around that location appears unstable. Photographs taken safely from ground level can be helpful, as can keeping the fallen material rather than immediately disposing of it. A fragment of spalling brickwork looks very different from a section of failed mortar joint or part of a coping stone, and that can provide an early clue about what’s happening above.
Where there’s an immediate risk to people, the area may need barriers or another suitable exclusion measure while a professional inspection is arranged. Local authorities also have powers under the Building Act 1984 to deal with structures considered dangerous, including emergency powers where immediate action is needed.
What you shouldn’t do is send somebody up a ladder for a quick look. High-level façade defects need an access method appropriate to the location and condition of the building, with work at height properly planned and carried out by competent people.
Why Does Masonry Fall From a Building?
There isn’t one standard cause of falling masonry from a building. Two elevations can show similar damage at ground level while requiring very different repairs.
One of the most common threads is water.
Rain can enter through deteriorated pointing, cracked brickwork, open joints around coping stones or defects higher up the elevation. Once moisture starts moving through the masonry, repeated wetting and temperature changes can accelerate masonry deterioration. Over time, faces can spall, mortar can lose integrity and individual units may become less secure.
That’s why we’d be cautious about looking only at the exact location of the failure. Damaged masonry several metres below a parapet, for example, could be receiving water from a defect much higher up.
Corroding embedded metalwork is another issue that can be easy to underestimate. Steel lintels, cramps and other metal components can corrode within the wall. As corrosion develops, the expansion can put pressure on the surrounding brick or stone, producing cracking, displacement or spalling. Replacing a damaged brick without investigating what pushed it out in the first place is unlikely to be a lasting repair.
Parapets and coping stones deserve particular attention too. They’re highly exposed to wind-driven rain and changing weather conditions. Open joints, movement or damaged copings can allow moisture into the top of the wall, sometimes creating defects well away from the original entry point.
Severe weather can be the moment when a weakened piece finally comes away, but that doesn’t necessarily mean the weather caused the problem. In many cases, the defect has been developing for much longer.
How Do We Investigate Loose or Dangerous Masonry?
A useful masonry inspection shouldn’t stop at the obvious gap in the wall.
We’d look at the surrounding elevation and ask whether the defect is isolated or part of a wider pattern. That means checking adjacent brickwork or stonework, mortar joints, parapets, copings and areas around openings. Previous repairs can also be revealing. If one section has been repeatedly patched while similar defects keep returning, it’s worth questioning whether the original cause was ever addressed.
Ground-level photography and drone surveys can help locate external wall defects, particularly across large or difficult elevations. They do have limits, though. An image can show cracked brickwork or façade damage, but it can’t always tell you whether something is physically loose.
Sometimes close access is needed.
Depending on the building, that might involve scaffolding, a mobile elevating work platform or rope access. For high-level repairs and inspections, rope access can be particularly useful where the affected areas are difficult to reach and installing extensive scaffolding would be disproportionate to the work required.
The access method shouldn’t dictate the diagnosis, however. It needs to be chosen around the building, the defect and the work required.
Once close to the area, a competent specialist can inspect features that weren’t clear from ground level and determine the extent of potentially dangerous masonry. Where appropriate, this may include carefully checking suspect areas to establish whether adjacent material is secure.
There’s an important distinction here: a visual survey can tell us what looks wrong. Close-access investigation can help establish what is actually failing.
Does Falling Masonry Mean the Whole Façade Needs Repair?
Not necessarily.
A single failed section doesn’t automatically mean an elevation requires wholesale rebuilding. Equally, carrying out one small brickwork repair because only one piece has fallen can create false reassurance.
The extent of the repair needs to follow the evidence.
If the problem is genuinely localised, remedial work may involve removing unstable material, replacing damaged brick or stone and repairing failed mortar joints. If several failures are linked to the same feature, such as deteriorating areas around multiple window heads, dealing with each one as an isolated patch may make little sense.
Widespread masonry deterioration calls for a different approach again. Where an inspection identifies recurring cracks, extensive pointing failure, displaced masonry or defects linked to water ingress, repairs may need to form part of a broader façade maintenance programme.
For heritage buildings, there’s another consideration. Repairing damaged masonry isn’t simply about replacing old material with something new. The repair needs to take account of the existing construction, including compatible mortars and the condition of the surrounding historic fabric. An unnecessarily hard or incompatible repair can introduce its own problems.
The principle we come back to is simple: repair the failure mechanism, not just the place where the symptom appeared.
If loose bricks are being caused by water entering through defective copings above, replacing those bricks while leaving the water path untouched doesn’t solve much.
How Can You Reduce the Risk of Masonry Falling Again?
Prevention becomes easier once you stop treating each façade defect as a separate job.
Keeping records of where cracking, water ingress and previous repairs have occurred can reveal patterns that are easy to miss when maintenance is dealt with reactively. If the same elevation develops problems after periods of heavy rain, or the same line of masonry repeatedly requires attention, that information can guide the next inspection.
Particular attention should go to areas where even a relatively small failure could have serious consequences. Masonry above entrances and pedestrian routes carries a different risk profile from the same defect in an inaccessible part of an elevation.
Inspection frequency should also reflect the actual building rather than an arbitrary timetable. Age is relevant, but so are exposure, construction type, known defects, previous repairs and changes in condition. Following severe weather or the discovery of fragments at ground level, an additional inspection may be sensible rather than simply waiting for the next planned maintenance visit.
Our view is that the most effective façade maintenance programmes build a history of the building. Over time, you stop seeing a loose brick as an isolated event and start understanding how particular elevations behave, where water enters and which details repeatedly deteriorate.
That makes it far easier to intervene before damaged masonry reaches the point of becoming a safety risk.
Conclusion
When masonry falls from a commercial building, removing the debris and replacing the missing section isn’t enough on its own. The priority is to secure the area, establish whether more material is unstable and identify what caused the failure.
That may reveal a straightforward local defect. It may uncover failed pointing, water ingress or deterioration affecting a larger section of the façade. Either way, the repair should follow the diagnosis rather than the other way around.
At Crown Services, we use specialist access techniques to inspect and carry out high-level building repairs in difficult-to-reach locations. If you’ve found fallen material, loose bricks or other signs of façade deterioration, speak to our team about inspecting the affected area and identifying the appropriate next steps.
Safety comes first. If masonry has detached above an entrance, pavement, loading area or another space people can access, the affected area needs to be kept clear until the risk has been assessed.
Don’t assume the danger has passed because the loose piece has already fallen.
In practice, we’d want to understand what came down, approximately where it came from and whether anything around that location appears unstable. Photographs taken safely from ground level can be helpful, as can keeping the fallen material rather than immediately disposing of it. A fragment of spalling brickwork looks very different from a section of failed mortar joint or part of a coping stone, and that can provide an early clue about what’s happening above.
Where there’s an immediate risk to people, the area may need barriers or another suitable exclusion measure while a professional inspection is arranged. Local authorities also have powers under the Building Act 1984 to deal with structures considered dangerous, including emergency powers where immediate action is needed.
What you shouldn’t do is send somebody up a ladder for a quick look. High-level façade defects need an access method appropriate to the location and condition of the building, with work at height properly planned and carried out by competent people.
Why Does Masonry Fall From a Building?
There isn’t one standard cause of falling masonry from a building. Two elevations can show similar damage at ground level while requiring very different repairs.
One of the most common threads is water.
Rain can enter through deteriorated pointing, cracked brickwork, open joints around coping stones or defects higher up the elevation. Once moisture starts moving through the masonry, repeated wetting and temperature changes can accelerate masonry deterioration. Over time, faces can spall, mortar can lose integrity and individual units may become less secure.
That’s why we’d be cautious about looking only at the exact location of the failure. Damaged masonry several metres below a parapet, for example, could be receiving water from a defect much higher up.
Corroding embedded metalwork is another issue that can be easy to underestimate. Steel lintels, cramps and other metal components can corrode within the wall. As corrosion develops, the expansion can put pressure on the surrounding brick or stone, producing cracking, displacement or spalling. Replacing a damaged brick without investigating what pushed it out in the first place is unlikely to be a lasting repair.
Parapets and coping stones deserve particular attention too. They’re highly exposed to wind-driven rain and changing weather conditions. Open joints, movement or damaged copings can allow moisture into the top of the wall, sometimes creating defects well away from the original entry point.
Severe weather can be the moment when a weakened piece finally comes away, but that doesn’t necessarily mean the weather caused the problem. In many cases, the defect has been developing for much longer.
How Do We Investigate Loose or Dangerous Masonry?
A useful masonry inspection shouldn’t stop at the obvious gap in the wall.
We’d look at the surrounding elevation and ask whether the defect is isolated or part of a wider pattern. That means checking adjacent brickwork or stonework, mortar joints, parapets, copings and areas around openings. Previous repairs can also be revealing. If one section has been repeatedly patched while similar defects keep returning, it’s worth questioning whether the original cause was ever addressed.
Ground-level photography and drone surveys can help locate external wall defects, particularly across large or difficult elevations. They do have limits, though. An image can show cracked brickwork or façade damage, but it can’t always tell you whether something is physically loose.
Sometimes close access is needed.
Depending on the building, that might involve scaffolding, a mobile elevating work platform or rope access. For high-level repairs and inspections, rope access can be particularly useful where the affected areas are difficult to reach and installing extensive scaffolding would be disproportionate to the work required.
The access method shouldn’t dictate the diagnosis, however. It needs to be chosen around the building, the defect and the work required.
Once close to the area, a competent specialist can inspect features that weren’t clear from ground level and determine the extent of potentially dangerous masonry. Where appropriate, this may include carefully checking suspect areas to establish whether adjacent material is secure.
There’s an important distinction here: a visual survey can tell us what looks wrong. Close-access investigation can help establish what is actually failing.
Does Falling Masonry Mean the Whole Façade Needs Repair?
Not necessarily.
A single failed section doesn’t automatically mean an elevation requires wholesale rebuilding. Equally, carrying out one small brickwork repair because only one piece has fallen can create false reassurance.
The extent of the repair needs to follow the evidence.
If the problem is genuinely localised, remedial work may involve removing unstable material, replacing damaged brick or stone and repairing failed mortar joints. If several failures are linked to the same feature, such as deteriorating areas around multiple window heads, dealing with each one as an isolated patch may make little sense.
Widespread masonry deterioration calls for a different approach again. Where an inspection identifies recurring cracks, extensive pointing failure, displaced masonry or defects linked to water ingress, repairs may need to form part of a broader façade maintenance programme.
For heritage buildings, there’s another consideration. Repairing damaged masonry isn’t simply about replacing old material with something new. The repair needs to take account of the existing construction, including compatible mortars and the condition of the surrounding historic fabric. An unnecessarily hard or incompatible repair can introduce its own problems.
The principle we come back to is simple: repair the failure mechanism, not just the place where the symptom appeared.
If loose bricks are being caused by water entering through defective copings above, replacing those bricks while leaving the water path untouched doesn’t solve much.
How Can You Reduce the Risk of Masonry Falling Again?
Prevention becomes easier once you stop treating each façade defect as a separate job.
Keeping records of where cracking, water ingress and previous repairs have occurred can reveal patterns that are easy to miss when maintenance is dealt with reactively. If the same elevation develops problems after periods of heavy rain, or the same line of masonry repeatedly requires attention, that information can guide the next inspection.
Particular attention should go to areas where even a relatively small failure could have serious consequences. Masonry above entrances and pedestrian routes carries a different risk profile from the same defect in an inaccessible part of an elevation.
Inspection frequency should also reflect the actual building rather than an arbitrary timetable. Age is relevant, but so are exposure, construction type, known defects, previous repairs and changes in condition. Following severe weather or the discovery of fragments at ground level, an additional inspection may be sensible rather than simply waiting for the next planned maintenance visit.
Our view is that the most effective façade maintenance programmes build a history of the building. Over time, you stop seeing a loose brick as an isolated event and start understanding how particular elevations behave, where water enters and which details repeatedly deteriorate.
That makes it far easier to intervene before damaged masonry reaches the point of becoming a safety risk.
Conclusion
When masonry falls from a commercial building, removing the debris and replacing the missing section isn’t enough on its own. The priority is to secure the area, establish whether more material is unstable and identify what caused the failure.
That may reveal a straightforward local defect. It may uncover failed pointing, water ingress or deterioration affecting a larger section of the façade. Either way, the repair should follow the diagnosis rather than the other way around.
At Crown Services, we use specialist access techniques to inspect and carry out high-level building repairs in difficult-to-reach locations. If you’ve found fallen material, loose bricks or other signs of façade deterioration, speak to our team about inspecting the affected area and identifying the appropriate next steps.
There isn’t one standard cause of falling masonry from a building. Two elevations can show similar damage at ground level while requiring very different repairs.
One of the most common threads is water.
Rain can enter through deteriorated pointing, cracked brickwork, open joints around coping stones or defects higher up the elevation. Once moisture starts moving through the masonry, repeated wetting and temperature changes can accelerate masonry deterioration. Over time, faces can spall, mortar can lose integrity and individual units may become less secure.
That’s why we’d be cautious about looking only at the exact location of the failure. Damaged masonry several metres below a parapet, for example, could be receiving water from a defect much higher up.
Corroding embedded metalwork is another issue that can be easy to underestimate. Steel lintels, cramps and other metal components can corrode within the wall. As corrosion develops, the expansion can put pressure on the surrounding brick or stone, producing cracking, displacement or spalling. Replacing a damaged brick without investigating what pushed it out in the first place is unlikely to be a lasting repair.
Parapets and coping stones deserve particular attention too. They’re highly exposed to wind-driven rain and changing weather conditions. Open joints, movement or damaged copings can allow moisture into the top of the wall, sometimes creating defects well away from the original entry point.
Severe weather can be the moment when a weakened piece finally comes away, but that doesn’t necessarily mean the weather caused the problem. In many cases, the defect has been developing for much longer.
How Do We Investigate Loose or Dangerous Masonry?
A useful masonry inspection shouldn’t stop at the obvious gap in the wall.
We’d look at the surrounding elevation and ask whether the defect is isolated or part of a wider pattern. That means checking adjacent brickwork or stonework, mortar joints, parapets, copings and areas around openings. Previous repairs can also be revealing. If one section has been repeatedly patched while similar defects keep returning, it’s worth questioning whether the original cause was ever addressed.
Ground-level photography and drone surveys can help locate external wall defects, particularly across large or difficult elevations. They do have limits, though. An image can show cracked brickwork or façade damage, but it can’t always tell you whether something is physically loose.
Sometimes close access is needed.
Depending on the building, that might involve scaffolding, a mobile elevating work platform or rope access. For high-level repairs and inspections, rope access can be particularly useful where the affected areas are difficult to reach and installing extensive scaffolding would be disproportionate to the work required.
The access method shouldn’t dictate the diagnosis, however. It needs to be chosen around the building, the defect and the work required.
Once close to the area, a competent specialist can inspect features that weren’t clear from ground level and determine the extent of potentially dangerous masonry. Where appropriate, this may include carefully checking suspect areas to establish whether adjacent material is secure.
There’s an important distinction here: a visual survey can tell us what looks wrong. Close-access investigation can help establish what is actually failing.
Does Falling Masonry Mean the Whole Façade Needs Repair?
Not necessarily.
A single failed section doesn’t automatically mean an elevation requires wholesale rebuilding. Equally, carrying out one small brickwork repair because only one piece has fallen can create false reassurance.
The extent of the repair needs to follow the evidence.
If the problem is genuinely localised, remedial work may involve removing unstable material, replacing damaged brick or stone and repairing failed mortar joints. If several failures are linked to the same feature, such as deteriorating areas around multiple window heads, dealing with each one as an isolated patch may make little sense.
Widespread masonry deterioration calls for a different approach again. Where an inspection identifies recurring cracks, extensive pointing failure, displaced masonry or defects linked to water ingress, repairs may need to form part of a broader façade maintenance programme.
For heritage buildings, there’s another consideration. Repairing damaged masonry isn’t simply about replacing old material with something new. The repair needs to take account of the existing construction, including compatible mortars and the condition of the surrounding historic fabric. An unnecessarily hard or incompatible repair can introduce its own problems.
The principle we come back to is simple: repair the failure mechanism, not just the place where the symptom appeared.
If loose bricks are being caused by water entering through defective copings above, replacing those bricks while leaving the water path untouched doesn’t solve much.
How Can You Reduce the Risk of Masonry Falling Again?
Prevention becomes easier once you stop treating each façade defect as a separate job.
Keeping records of where cracking, water ingress and previous repairs have occurred can reveal patterns that are easy to miss when maintenance is dealt with reactively. If the same elevation develops problems after periods of heavy rain, or the same line of masonry repeatedly requires attention, that information can guide the next inspection.
Particular attention should go to areas where even a relatively small failure could have serious consequences. Masonry above entrances and pedestrian routes carries a different risk profile from the same defect in an inaccessible part of an elevation.
Inspection frequency should also reflect the actual building rather than an arbitrary timetable. Age is relevant, but so are exposure, construction type, known defects, previous repairs and changes in condition. Following severe weather or the discovery of fragments at ground level, an additional inspection may be sensible rather than simply waiting for the next planned maintenance visit.
Our view is that the most effective façade maintenance programmes build a history of the building. Over time, you stop seeing a loose brick as an isolated event and start understanding how particular elevations behave, where water enters and which details repeatedly deteriorate.
That makes it far easier to intervene before damaged masonry reaches the point of becoming a safety risk.
Conclusion
When masonry falls from a commercial building, removing the debris and replacing the missing section isn’t enough on its own. The priority is to secure the area, establish whether more material is unstable and identify what caused the failure.
That may reveal a straightforward local defect. It may uncover failed pointing, water ingress or deterioration affecting a larger section of the façade. Either way, the repair should follow the diagnosis rather than the other way around.
At Crown Services, we use specialist access techniques to inspect and carry out high-level building repairs in difficult-to-reach locations. If you’ve found fallen material, loose bricks or other signs of façade deterioration, speak to our team about inspecting the affected area and identifying the appropriate next steps.
A useful masonry inspection shouldn’t stop at the obvious gap in the wall.
We’d look at the surrounding elevation and ask whether the defect is isolated or part of a wider pattern. That means checking adjacent brickwork or stonework, mortar joints, parapets, copings and areas around openings. Previous repairs can also be revealing. If one section has been repeatedly patched while similar defects keep returning, it’s worth questioning whether the original cause was ever addressed.
Ground-level photography and drone surveys can help locate external wall defects, particularly across large or difficult elevations. They do have limits, though. An image can show cracked brickwork or façade damage, but it can’t always tell you whether something is physically loose.
Sometimes close access is needed.
Depending on the building, that might involve scaffolding, a mobile elevating work platform or rope access. For high-level repairs and inspections, rope access can be particularly useful where the affected areas are difficult to reach and installing extensive scaffolding would be disproportionate to the work required.
The access method shouldn’t dictate the diagnosis, however. It needs to be chosen around the building, the defect and the work required.
Once close to the area, a competent specialist can inspect features that weren’t clear from ground level and determine the extent of potentially dangerous masonry. Where appropriate, this may include carefully checking suspect areas to establish whether adjacent material is secure.
There’s an important distinction here: a visual survey can tell us what looks wrong. Close-access investigation can help establish what is actually failing.
Does Falling Masonry Mean the Whole Façade Needs Repair?
Not necessarily.
A single failed section doesn’t automatically mean an elevation requires wholesale rebuilding. Equally, carrying out one small brickwork repair because only one piece has fallen can create false reassurance.
The extent of the repair needs to follow the evidence.
If the problem is genuinely localised, remedial work may involve removing unstable material, replacing damaged brick or stone and repairing failed mortar joints. If several failures are linked to the same feature, such as deteriorating areas around multiple window heads, dealing with each one as an isolated patch may make little sense.
Widespread masonry deterioration calls for a different approach again. Where an inspection identifies recurring cracks, extensive pointing failure, displaced masonry or defects linked to water ingress, repairs may need to form part of a broader façade maintenance programme.
For heritage buildings, there’s another consideration. Repairing damaged masonry isn’t simply about replacing old material with something new. The repair needs to take account of the existing construction, including compatible mortars and the condition of the surrounding historic fabric. An unnecessarily hard or incompatible repair can introduce its own problems.
The principle we come back to is simple: repair the failure mechanism, not just the place where the symptom appeared.
If loose bricks are being caused by water entering through defective copings above, replacing those bricks while leaving the water path untouched doesn’t solve much.
How Can You Reduce the Risk of Masonry Falling Again?
Prevention becomes easier once you stop treating each façade defect as a separate job.
Keeping records of where cracking, water ingress and previous repairs have occurred can reveal patterns that are easy to miss when maintenance is dealt with reactively. If the same elevation develops problems after periods of heavy rain, or the same line of masonry repeatedly requires attention, that information can guide the next inspection.
Particular attention should go to areas where even a relatively small failure could have serious consequences. Masonry above entrances and pedestrian routes carries a different risk profile from the same defect in an inaccessible part of an elevation.
Inspection frequency should also reflect the actual building rather than an arbitrary timetable. Age is relevant, but so are exposure, construction type, known defects, previous repairs and changes in condition. Following severe weather or the discovery of fragments at ground level, an additional inspection may be sensible rather than simply waiting for the next planned maintenance visit.
Our view is that the most effective façade maintenance programmes build a history of the building. Over time, you stop seeing a loose brick as an isolated event and start understanding how particular elevations behave, where water enters and which details repeatedly deteriorate.
That makes it far easier to intervene before damaged masonry reaches the point of becoming a safety risk.
Conclusion
When masonry falls from a commercial building, removing the debris and replacing the missing section isn’t enough on its own. The priority is to secure the area, establish whether more material is unstable and identify what caused the failure.
That may reveal a straightforward local defect. It may uncover failed pointing, water ingress or deterioration affecting a larger section of the façade. Either way, the repair should follow the diagnosis rather than the other way around.
At Crown Services, we use specialist access techniques to inspect and carry out high-level building repairs in difficult-to-reach locations. If you’ve found fallen material, loose bricks or other signs of façade deterioration, speak to our team about inspecting the affected area and identifying the appropriate next steps.
Prevention becomes easier once you stop treating each façade defect as a separate job.
Keeping records of where cracking, water ingress and previous repairs have occurred can reveal patterns that are easy to miss when maintenance is dealt with reactively. If the same elevation develops problems after periods of heavy rain, or the same line of masonry repeatedly requires attention, that information can guide the next inspection.
Particular attention should go to areas where even a relatively small failure could have serious consequences. Masonry above entrances and pedestrian routes carries a different risk profile from the same defect in an inaccessible part of an elevation.
Inspection frequency should also reflect the actual building rather than an arbitrary timetable. Age is relevant, but so are exposure, construction type, known defects, previous repairs and changes in condition. Following severe weather or the discovery of fragments at ground level, an additional inspection may be sensible rather than simply waiting for the next planned maintenance visit.
Our view is that the most effective façade maintenance programmes build a history of the building. Over time, you stop seeing a loose brick as an isolated event and start understanding how particular elevations behave, where water enters and which details repeatedly deteriorate.
That makes it far easier to intervene before damaged masonry reaches the point of becoming a safety risk.
Conclusion
When masonry falls from a commercial building, removing the debris and replacing the missing section isn’t enough on its own. The priority is to secure the area, establish whether more material is unstable and identify what caused the failure.
That may reveal a straightforward local defect. It may uncover failed pointing, water ingress or deterioration affecting a larger section of the façade. Either way, the repair should follow the diagnosis rather than the other way around.
At Crown Services, we use specialist access techniques to inspect and carry out high-level building repairs in difficult-to-reach locations. If you’ve found fallen material, loose bricks or other signs of façade deterioration, speak to our team about inspecting the affected area and identifying the appropriate next steps.
When masonry falls from a commercial building, removing the debris and replacing the missing section isn’t enough on its own. The priority is to secure the area, establish whether more material is unstable and identify what caused the failure.
That may reveal a straightforward local defect. It may uncover failed pointing, water ingress or deterioration affecting a larger section of the façade. Either way, the repair should follow the diagnosis rather than the other way around.
At Crown Services, we use specialist access techniques to inspect and carry out high-level building repairs in difficult-to-reach locations. If you’ve found fallen material, loose bricks or other signs of façade deterioration, speak to our team about inspecting the affected area and identifying the appropriate next steps.