Facade and rope access cleaning in Dubai: safety rules, methods and planning
Dubai's towers, glass and cladding collect sand, dust and run-off quickly, and cleaning them means working at height. This guide explains Dubai Municipality's rope access guideline, the Dubai Building Code's requirements for facade maintenance systems and building maintenance units, how facades of different materials are cleaned, and how owners can check that a contractor works legally and safely.
In Dubai, rope access work must follow Dubai Municipality's guideline DM-HSD-GU35-URAS2: only specialist, EIAC-certified companies and personnel; supervisors holding a valid EIAC-accredited third-party certification such as IRATA Level 3 and technicians IRATA Level 1 or 2; every technician on both a working line and a safety line attached to at least two independent anchors; permanent anchors and all other rope access equipment inspected and certified by an EIAC-accredited third party at least every six months; a calibrated anemometer on site, with work reviewed or postponed when wind exceeds a continuous 25 km/h or gusts occur; and a written rescue plan for each site. The Dubai Building Code requires every building to provide a safe method of maintaining its envelope, with permanent dedicated anchors for rope access and listed safety features on building maintenance units and cleaning cradles.
Updated 17 October 2026. Every rule in this guide links to its official source at the end of the page.
Key facts
- Who: only specialist, EIAC-certified companies and personnel; supervisors e.g. IRATA Level 3, technicians IRATA Level 1 or 2.
- Two ropes: every technician connected to a working line and a safety line, anchored to at least two independent anchors.
- Six-monthly certification: permanent anchors and rope access equipment inspected and certified by an EIAC-accredited third party at least every six months.
- Wind: calibrated anemometer on site; work reviewed or postponed above a continuous 25 km/h or in gusts.
- People: technicians at least 18 years old, medically fit, normally no heavier than 100 kg.
- Buildings: the Dubai Building Code requires a safe method of facade maintenance, permanent rope access anchors and BMU safety features.
Why facade cleaning matters in Dubai
Sand, dust, humidity and construction around Dubai settle on glass, cladding, stone and painted render quickly. Left long enough, the soiling stops being cosmetic: grime holds moisture against sealants and finishes, mineral deposits etch glass, and stains set that cost more to remove than routine cleaning would have. Facade cleaning is also the moment someone looks closely at the building envelope from outside, so it is the natural time to spot failed sealant, cracked panels and leaks, which Power Zone's waterproofing guide covers.
The challenge is height. Most facade cleaning in Dubai happens from ropes, cradles or building maintenance units, and work at height is where the consequences of shortcuts are most serious. That is why Dubai Municipality has a dedicated technical guideline for rope access, and why the Dubai Building Code requires buildings to be designed with a safe way to maintain their facades.
How facades are accessed: rope access, cradles and BMUs
| Method | How it works | Typical use |
|---|---|---|
| Rope access | Technicians descend or ascend on two ropes, a working line and a safety line, each anchored independently | Towers without a BMU, complex shapes, spot cleaning and repairs; fast to set up |
| Building maintenance unit (BMU) | A permanently installed unit, usually on the roof, that carries a working platform around the building envelope | High-rise towers designed with one; large glass areas |
| Cleaning cradle / suspended platform | A platform suspended on wire ropes from roof anchors or a davit system | Mid- and high-rise buildings, repetitive glazing |
| Mobile elevating work platforms and towers | Ground-based platforms reaching lower facades | Low-rise buildings, podiums, villas, shopfronts |
| Cleaning from inside | Opening or reversible windows cleaned from within | Where the facade design allows it |
Dubai Municipality's guideline makes the order of choice clear: for all work at height, the most intrinsically safe means of access should be considered first, and alternatives such as cleaning from inside, suspended access equipment or mobile platforms may be credible alternatives to rope access. The guideline also notes the advantages of rope access: speed and safety in reaching difficult locations, minimal impact on other operations, and lower man-hours and set-up costs than other methods.
What the Dubai Building Code requires of buildings
Section E.12 of the Dubai Building Code covers the maintenance of the building envelope. It defines a building maintenance unit as a permanently installed unit that provides easy and safe access to the building envelope for maintenance, inspection and cleaning, and requires:
| Item | What Dubai Building Code E.12 requires |
|---|---|
| Safe method | A method of safely maintaining the building envelope shall be provided; manual systems such as rope access and power-operated systems such as cleaning cradles and BMUs conform to E.12 |
| Rope access anchors | Rope access or abseiling systems have permanent dedicated fixed anchors; anchors extending beyond the face are free of sharp edges and do not interfere with ropes; anchors and fasteners are corrosion resistant |
| Loads | Permanent building maintenance equipment on roofs or facades is included as permanent fixture loading, and envelope design considers loads from cleaning cradles, anchor restraint points, equipment and operators |
| Cable stabilisation | Lifelines and untensioned cables stabilised when vertical travel exceeds 61 m and every 61 m or less; tensioned hanging cables every 183 m; anchors sustain at least four times the maximum anticipated load, with a design wind load of at least 1,334 N per anchor or the building's design wind load if higher |
| Power circuit | Power-operated systems on an independent electrical circuit, which may connect to emergency power; a lockable disconnect switch in the operating area, locked ON during use |
| Communication | An effective two-way voice system between operators and people stationed inside the building, manned whenever the equipment is used |
| Impact protection | Hard or sharp parts of equipment covered with soft protection; the envelope able to withstand maintenance impacts without unrepairable damage |
| Rope access safety | Rope access follows safety guidelines such as IRATA, with a back-up fall arrest system, which may be two ropes: a working line and a safety line |
As guidance, these rules are why older buildings without certified roof anchors are slower and more expensive to clean: contractors must find, verify or install suitable anchorage before every job, while a building designed to E.12 has it ready.
Building maintenance units and cleaning cradles: required safety features
For power-operated systems, the code requires means to move all carriages and suspended equipment to a safe area for maintenance and storage, a working platform that can be lowered to a safe surface for access and egress as part of normal operation, and a safe means of access to that surface. Before a building maintenance unit or glass cleaning cradle is installed, it lists safety features that must be included:
| Safety feature (Dubai Building Code E.12.7.2) | Purpose (guidance) |
|---|---|
| Provisions in case of power failure | Safe recovery of the platform when power is lost |
| Overload safety device | Stops operation above the rated load |
| Wire rope equaliser limit switch | Detects uneven rope loading |
| Emergency stop | Immediate stop of all motion |
| Secondary brake with over-speed protection (mechanical) | Arrests the platform if the primary system fails |
| Slack rope device | Detects a slack or failed rope |
| Lanyard restraint trip assembly | Part of the personal fall protection arrangement |
| Rotational slew limits | Limits movement of the jib or arm |
| Factor of safety for wire rope | Rope strength margin over working load |
| Cradle details | Anti-collision bar, handrail and mid-rail height and similar |
| Horizontal traversing wheel locking device | Prevents unintended travel |
| Working environment limits | Weather conditions such as temperature, humidity and wind speed |
As guidance, a BMU is maintained to the manufacturer's instructions, and owners should confirm with an EIAC-accredited inspection body how Dubai Municipality's certification rules for lifting equipment, explained in Power Zone's lift and escalator guide, apply to it. A cradle whose overload device, secondary brake or slack rope device has been bypassed should not be used.
Dubai Municipality's rope access guideline: who may do the work
Dubai Municipality's Technical Guidelines for Usage of Rope Access System (DM-HSD-GU35-URAS2, version 2.1, 11 January 2021) apply to all establishments using rope access systems in the Emirate of Dubai. The guideline states that rope access operations should only be undertaken by specialist and EIAC-certified companies and personnel, and that companies must comply with UAE and Dubai Municipality regulations including Federal Law No. 8 of 1980 and Dubai Local Orders No. 61 of 1991 and No. 11 of 2001, which require employers to provide a safe work area. It sets roles and competencies:
| Role | What the guideline requires |
|---|---|
| Rope access manager (appointed person) | Appointed by the employer to manage all aspects of rope access work: management system, risk recognition, method statements, equipment selection and inspection, supervision and monitoring |
| Rope access supervisor | On every work site; trained and holding a valid EIAC-accredited third-party certification such as IRATA Level 3; competent in rescue; valid first aid certificate; knowledge of OHS and legislation; not suffering from fear of heights |
| Rope access technician | Valid EIAC-accredited third-party certification such as IRATA Level 1 or 2, with practical skills in controlled descent, back-up systems, ascent, rope changes, knots and rigging, anchor selection, equipment checks, third-party safety and elementary rescue |
The guideline adds that newly trained technicians should be closely supervised and introduced to rope access work gradually, and that a technician who has not used access techniques for more than six months needs refresher training and closer supervision.
Fitness and age of rope access technicians
The guideline requires rope access technicians to be at least 18 years of age and normally to weigh no more than 100 kg. People working at height should be physically fit and in good health, and generally should not have conditions such as heart disease or chest pain, high blood pressure, epilepsy, fits or blackouts, fear of heights or vertigo, giddiness or balance problems, impaired limb function, alcohol or drug dependence, psychiatric illness, or diabetes. Technicians undergo regular medical examination to confirm their fitness. As guidance, building managers can reasonably ask a contractor to confirm that these checks are in place for the team on their building.
Risk assessment and the safe system of work
Before any work at height, the guideline requires the employer to carry out a thorough hazard identification and risk assessment, recorded by a competent person, to decide whether rope access is appropriate, considering at least the duration of work, the rope and accessories to be used, electrical lines and overhead hazards, weather conditions and the user. Based on it, a written safe system of work covers suitable equipment, method statements, safe operation and maintenance, inspection and testing, control and communication arrangements, competent supervision, selection of competent people, monitoring of wind speed, documents such as inspection reports and test certificates, and emergency and rescue arrangements. It must be communicated to everyone involved, and technicians follow the manufacturers' instructions for their equipment.
Equipment standards
| Item | What the guideline requires |
|---|---|
| Conformity | Compatible equipment complying with Emirates Authority for Standardization and Metrology (ESMA) or international standards such as BS, EN, ISO or ANSI, with a valid certificate of conformity, individually marked and traceable |
| Harness | Full body type suitable for a twin rope working system |
| Descending device | Stops if the user loses control, or allows only slow, automatically controlled descent hands-off |
| Back-up device | Withstands foreseeable forces without catastrophic damage and works without the technician's intervention; meets EN 12841 Type A or equivalent |
| Rope | Kernmantle, semi-static (low-stretch), 10.5 mm to 11.5 mm diameter, to EN 1891 |
| Dynamic rope | Mountaineering rope to EN 892 is not suitable for suspension or as a back-up rope, though it may be used for personal lanyards |
Where other UAE standards or legislation require a higher level of protection, the guideline says the higher level should be followed.
Anchors: six-monthly certification and what never to use
Anchors are where rope access safety starts. The guideline requires permanent anchorage, such as chemical resin or mechanical anchor bolts, and all anchorages to be thoroughly inspected and certified by an EIAC-accredited third-party company upon installation, at least once every six months, and after modification, with pre-use inspection by an in-house competent person as best practice. All other rope access equipment, such as harnesses, karabiners and slings, is also inspected and certified by an EIAC-accredited third party at least every six months depending on frequency of use and wear. Each anchorage complies with ESMA requirements or standards such as BS 8610 and EN 795, and the rope access system is attached to at least two independently anchored systems of sufficient strength, with the guideline citing a 15 kN minimum under IRATA requirements.
Existing structural features such as structural steel or reinforced concrete columns can serve as anchors only when a competent person verifies their capacity, with edges protected by softeners. The guideline lists structures never to use as anchors: TV antennas, metal chimneys, small pipes and ducts, roof vents or hatches, stair or balcony railings, fixed access ladders, and anything unstable, movable or inadequate for the loads.
Working on the ropes: two lines and dropped objects
The guideline requires each technician to be connected to both the working line and the safety line through a full body harness, even when using a work seat, with the back-up device kept as high as possible to limit any fall. Ropes are protected from abrasion, chemicals, hot surfaces, sharp edges, wet conditions and direct sunlight; anchor lines of two or more workers must not cross or tangle; connection to the system is made where there is no risk of falling; and an efficient communication system, such as phones, two-way radios or whistles, is provided. Tools and equipment such as buckets and squeegees are secured against falling, and items over 8 kg are suspended on an additional haul rope.
Wind and weather
The guideline requires a calibrated anemometer on site, and all rope access activities are reviewed or postponed if the wind speed exceeds a continuous 25 km/h or if gusts and local eddies exist. The Dubai Building Code similarly lists working environment limits, including temperature, humidity and wind speed, among the safety features of building maintenance units. As guidance, wind and dust storms can change within a day in Dubai, so facade cleaning is scheduled flexibly, and summer heat adds the need for rest, shade and hydration for technicians.
Electrical hazards and overhead lines
The guideline requires transmitter antennae to be switched off and electrical supplies or high voltage equipment to be de-energised or insulated under an electrical work permit before rope access work nearby. Near overhead high voltage lines, a minimum safe distance must be kept according to DEWA's or the relevant authority's requirements, all lines treated as live unless declared dead and safe by DEWA or the line operator, and technicians guided by an experienced signaller, remembering that strong winds can make lines sway closer.
Rescue plans and emergency drills
The guideline requires a specific rescue plan for each worksite, with teams practising rescue techniques from time to time, so that technicians can always recover themselves or be recovered quickly by the work team or an on-site rescue team, with rescue equipment suited to the site. It sets out a hierarchy of rescue methods: lowering a remote suspended person, raising a remote suspended person, self-evacuation by descent, and rescuing another person in descent. Periodic drills are required, with adequate first aiders and fire wardens as required by the Dubai Corporation of Ambulance Services and Dubai Civil Defence, and emergency calls on 998 or 999. As guidance, a building manager can reasonably ask to see the rescue plan before work starts on their building.
Inspections, discard and records
| Item | What the guideline requires |
|---|---|
| Before each use | A competent person visually inspects the rope access system, continuing during the job; buddy checks of harness buckles, lanyards and connectors after kitting up, on attaching to the lines and throughout the day |
| Defective equipment | Removed from service if any defect, damage or deterioration is found, or after the manufacturer's lifespan; isolated, tagged and reported; no unauthorised repairs or modifications |
| Subcontractors | Cleaning companies using subcontracted rope access technicians confirm that the subcontractor meets the inspection and examination requirements |
| Training records | Induction, procedures and toolbox talks recorded and kept for at least five years |
| Documents | Operating manuals, inspection, third-party testing and maintenance records kept and available to Dubai Municipality OHS inspectors on request |
Cleaning methods by facade material
| Material | Typical approach (guidance) |
|---|---|
| Glass and curtain walling | Purified or soft water with squeegee or water-fed poles; avoid abrasive pads that scratch coatings; check sealant lines while on the facade |
| Aluminium composite and metal cladding | Neutral cleaners and soft washing; avoid solvents and harsh alkalis that dull coatings |
| Natural stone | Low-pressure washing and stone-appropriate cleaners; acids avoided on calcium-based stone |
| Concrete and painted render | Soft wash or controlled pressure suited to the finish; check for cracks and failed paint |
| Mineral deposits and run-off stains | Targeted stain treatment tested on a small area first |
As guidance, pressure is a tool, not a method: high pressure can force water through joints, damage sealant and strip coatings, so it is used only where it helps. Manufacturers' cleaning instructions for glass coatings and cladding finishes should be followed to protect warranties.
How often facades are cleaned
As guidance, frequency depends on height, material, location and nearby construction. Glass on towers is commonly cleaned once or twice a year, more often on prestige buildings, hotels and buildings near active construction or major roads; cladding and stone are cleaned less often unless soiling is heavy. Buildings by the coast see more salt deposits. After sandstorm season or major construction nearby, an extra clean may be needed. A documented cycle in the building's maintenance plan, rather than reacting to complaints, keeps the facade in good condition and gives regular opportunities to inspect the envelope. See Power Zone's Dubai property maintenance schedule.
Protecting people below: exclusion zones
The guideline requires exclusion zones as appropriate, which may be needed at locations other than the top and bottom of the rope access work, and measures to avoid dangers to third parties. As guidance, that means barriers and signs at ground level below the work, protection over entrances, coordination with security to divert pedestrians and vehicles, and attention to balconies and terraces of occupied units. In busy streets, permits from the relevant authorities may be needed for barriers or vehicles, and building management should notify residents before work starts so windows and balconies are managed.
Water, chemicals and run-off
As guidance, facade cleaning uses water and sometimes chemicals that end up on balconies, landscaping and pavements. Good practice uses the least aggressive cleaner that works, protects plants and finishes below, prevents run-off from carrying chemicals into storm drains, and manages water use, especially on large towers. Building managers should ask which products will be used and request their safety data sheets, particularly where residents' balconies or pools are below the work.
Choosing the method: rope access, cradle, platform or inside
Dubai Municipality's guideline starts from a hierarchy: consider the most intrinsically safe means of access first, eliminate the hazard where reasonably practicable, and only then control the remaining risk. As guidance, that translates into practical choices: windows that can be cleaned from inside are cleaned from inside; low facades, podiums and shopfronts are cleaned from the ground or from mobile platforms; buildings with a working BMU or cradle use it for large repetitive glazing; and rope access is chosen where its speed, reach and low disruption make it the best option, such as complex shapes, buildings without BMUs, or spot cleaning and repairs. Each choice still needs its own risk assessment and competent people.
Inspecting the facade while cleaning
The Dubai Building Code warns that any part of the building envelope presents a hazard if it becomes detached, and requires the envelope to be securely fixed with both vertical support and horizontal restraint, to accommodate movement, to use durable products with fixings that are corrosion-resistant and last at least as long as the envelope's design life, and not to detach fully or partially. Cleaning teams are often the only people who see the facade up close. As guidance, a useful cleaning contract asks them to photograph and report:
- failed, cracked or missing sealant around glazing and panel joints;
- cracked or chipped glass, and loose or rattling panels;
- corrosion on visible fixings, brackets and anchors;
- water staining that suggests leaks into the building;
- damaged balcony balustrades or guardrails;
- birds' nests, debris or vegetation in gutters and ledges.
Findings are passed to the building's maintenance team or facade specialist, because cleaners are not inspecting structural fixings, only recording what they can see. Power Zone's waterproofing guide covers what happens next for joints and leaks.
Villas, low-rise buildings and shopfronts
As guidance, most villa and low-rise facade cleaning is done from the ground, with water-fed poles, or from mobile access towers or elevating work platforms, rather than ropes. These still involve work at height: platforms and towers must be set up on firm ground, used within their limits and by trained operators, and Dubai Municipality publishes separate technical guidelines for mobile access towers and mobile elevating work platforms. For shopfronts and podiums, cleaning is often scheduled outside trading hours with simple barriers to keep the public away from wet surfaces and equipment.
Planning a facade cleaning project
- Survey: heights, materials, access points, anchors and their certification dates, BMU condition, ground-level constraints.
- Method and documents: access method chosen, risk assessment, method statement, rescue plan, certificates for people and equipment.
- Approvals: building management approval, notices to residents, and any permits needed for barriers or vehicles outside the plot.
- Schedule: elevations sequenced around wind, sun and building use, with weather contingency days.
- Execution: daily toolbox talks, pre-use checks, buddy checks, exclusion zones and wind monitoring.
- Close-out: before and after photos per elevation, findings report on sealants, glass and fixings, and records filed.
As guidance, this is the same planning logic the rope access guideline asks for, applied to the whole project.
Training, toolbox talks and refreshers
The guideline treats work at height as a dangerous activity requiring recognised training. All employees are trained on the organisation's procedures in addition to induction; workers receive a toolbox talk before starting any work at height; newly trained individuals are supervised closely and introduced to rope access gradually; technicians who have not used access techniques for more than six months receive refresher training and closer supervision; and training records are kept for at least five years. The guideline also reminds companies that training is not a substitute for experience.
Different buildings, different priorities
| Building type | Main considerations (guidance) |
|---|---|
| Hotels | Guest experience: work timed around occupancy and views, exclusion zones at entrances and pool decks, quick completion of each elevation |
| Office towers | Glass appearance and light, work before or after office hours on lower floors, coordination with security |
| Residential towers | Notices to residents, balconies and windows, laundry and plants on balconies, privacy |
| Malls and retail | Public safety at entrances, night or early morning work, signage and canopies |
| Villas | Ground-based or platform access, protection of gardens and pools, soft-wash methods |
Signs a facade needs more than cleaning
- Stains that return quickly in the same places, often from failed sealant or water paths.
- Water marks inside the building at window heads or sills.
- Glass with cracks, chips or failed seals showing condensation between panes.
- Panels that move, rattle in wind or have visible gaps.
- Rust streaks below fixings or brackets.
- Paint or render that is peeling, blistering or cracked.
As guidance, these need inspection by the building's facade or maintenance specialist rather than another round of cleaning.
Equipment care in Dubai's heat and sun
The guideline requires ropes and components to be protected from abrasion and kept away from chemicals, hot surfaces, sharp objects, wet environments and the direct heat of sunlight, and equipment to be removed from service when its manufacturer's lifespan expires or any damage is found. As guidance, Dubai's roofs and facades are exactly where those conditions meet: ropes run over hot parapets, cleaning chemicals drip onto lines, and sun and heat degrade textiles over time. Edge protection on parapets, careful rope routing, shaded storage, rinsing and drying gear after chemical work, and strict tracking of each item's manufacture and inspection dates keep equipment fit for purpose.
Subcontracting and the chain of responsibility
The guideline addresses subcontracting directly: where cleaning companies employ subcontracted rope access technicians, they must confirm that the subcontractor carries out the inspection and examination requirements so all equipment is fit for purpose. Supervisors must be instructed in and supplied with the safe system of work they are expected to control, monitor the work and help revise the risk assessment as it progresses, and organisations may audit implementation, keeping records available to Dubai Municipality OHS inspectors. As guidance, building managers who appoint a main facility management contractor should ask who will actually be on the ropes, and see the same certificates for any subcontracted team.
After a dust storm
As guidance, dust storms leave a fine layer on glass and cladding that can streak badly if only partly washed by light rain or dew. Buildings often schedule an extra clean of the most visible elevations after major storms, but the same wind limits apply: the guideline's 25 km/h threshold and gust rule mean work waits until conditions settle. Anchors and roof edges should also be checked for debris and damage before rigging after a storm.
Records building managers should keep
- Certificates for permanent anchors, with installation date and each six-monthly EIAC-accredited third-party inspection.
- BMU or cradle maintenance and examination records.
- For each cleaning job: the contractor's certifications, method statement, rescue plan and equipment certificates.
- Cleaning dates by elevation, before and after photos, and findings on sealant, glass and fixings.
- Any incidents, near misses and the actions taken.
As guidance, keeping these together lets the building show it provides a safe method of facade maintenance, as the Dubai Building Code expects, and makes the next contractor's survey faster.
Communication on site
The guideline requires an efficient communication system for everyone concerned, such as mobile phones, two-way radios or whistles, and the Dubai Building Code requires an effective two-way voice system between operators of power-operated maintenance equipment and people stationed inside the building, manned whenever the equipment is used. As guidance, the practical set-up is a supervisor on the roof in radio contact with each technician, a ground person watching the exclusion zone, and a named contact in the building's security or management office who can stop work, call emergency services and manage residents.
What owners should ask a facade cleaning contractor
- Is your company EIAC-certified for rope access, and can you show the certifications of the supervisor (for example IRATA Level 3) and technicians (Level 1 or 2) for our job?
- Can you show the six-monthly EIAC-accredited third-party certificates for your equipment, and have our building's anchors been certified within the last six months?
- Can we see the risk assessment, method statement and site-specific rescue plan before work starts?
- How will you monitor wind, and what happens when it exceeds 25 km/h?
- How will you protect people below, entrances and balconies?
- Which cleaning methods and products will you use for each material, and how will you protect sealants and coatings?
Who is responsible
| Party | Responsibility |
|---|---|
| Facade of a jointly owned building | The owners association through its Management Entity, as part of the common parts under Law No. 6 of 2019 |
| Rope access contractor | Its own compliance with the rope access guideline: competent people, certified equipment, risk assessment, rescue plan and records |
| Building owner or manager | Providing a safe method of facade maintenance and anchors as the Dubai Building Code requires, and ensuring permanent anchors are certified every six months |
| Employers generally | Federal Law No. 8 of 1980 and Dubai Local Orders No. 61 of 1991 and No. 11 of 2001 require a safe work area |
Dubai prices for glass and facade cleaning
Indicative starting prices from Power Zone's official Dubai rate card, in AED and excluding 5% VAT; full facade cleaning is quoted after a site survey, based on height, area, materials, access and anchors:
| Service | Unit | Starting price |
|---|---|---|
| Window / glass cleaning, accessible | per m² | from AED 8 |
| Window / glass cleaning, high access | per m² | from AED 15 |
See the full Power Zone Dubai rate card.
Facade cleaning with Power Zone
Power Zone provides facade and rope access cleaning in Dubai, part of all seven emirates, 20 in-house teams: cleaning by material for glass, aluminium cladding, stone, concrete and painted render; rope-access rigging with anchor inspection and safety documentation; pressure and soft-wash methods matched to the surface; window and frame detailing with a visual check of sealant lines; stain treatment; and before and after photos for each elevation. As with any contractor, owners can ask to see the certifications, equipment certificates and rescue plan listed above before work starts. See also waterproofing, deep cleaning and Power Zone Dubai, or request a site survey.
Frequently asked questions
Who can do rope access work in Dubai?
Only specialist, EIAC-certified companies and personnel, under Dubai Municipality's guideline DM-HSD-GU35-URAS2.
What certification does a rope access supervisor need in Dubai?
A valid EIAC-accredited third-party certification such as IRATA Level 3, plus rescue competence and a valid first aid certificate.
What certification do rope access technicians need?
A valid EIAC-accredited third-party certification such as IRATA Level 1 or 2.
How often must rope access anchors be certified in Dubai?
Upon installation, after modification and at least once every six months, by an EIAC-accredited third-party company.
How often must harnesses and rope access gear be certified?
At least every six months by an EIAC-accredited third party, depending on frequency of use and wear, with a visual check before every use.
What wind speed stops rope access work in Dubai?
Work is reviewed or postponed if wind exceeds a continuous 25 km/h or if gusts and local eddies exist, measured with a calibrated anemometer on site.
How many ropes must a technician use?
Two: a working line and a safety line, attached to at least two independently anchored systems.
What rope is required for rope access?
Kernmantle, semi-static rope of 10.5 to 11.5 mm diameter to EN 1891; dynamic rope to EN 892 is not used for suspension or back-up.
What should never be used as a rope access anchor?
TV antennas, metal chimneys, small pipes and ducts, roof vents or hatches, stair or balcony railings, fixed ladders, or anything unstable or inadequate.
Is there a minimum age for rope access technicians?
Yes. Dubai Municipality's guideline requires technicians to be at least 18 years old, medically fit, and normally no heavier than 100 kg.
Does every Dubai building need a facade maintenance system?
The Dubai Building Code requires a method of safely maintaining the building envelope, with permanent dedicated anchors for rope access systems.
What safety features must a BMU or cleaning cradle have?
The Dubai Building Code lists power-failure provisions, overload device, rope equaliser limit switch, emergency stop, mechanical secondary brake, slack rope device and more.
Is a rescue plan required for rope access?
Yes. The guideline requires a specific rescue plan for each worksite and periodic rescue drills.
How long must rope access training records be kept?
At least five years, available to Dubai Municipality OHS inspectors.
How often should a tower's glass be cleaned?
As guidance, commonly once or twice a year, more often near construction, major roads or the coast.
How much does high-access window cleaning cost in Dubai?
Power Zone's rate card lists high-access window and glass cleaning from AED 15 per m², excluding VAT; full facades are quoted after a survey.
Is rope access always the best way to clean a facade?
No. Dubai Municipality's guideline asks for the most intrinsically safe means of access to be considered first, such as cleaning from inside, cradles or platforms, with rope access chosen where it is the best option.
Should facade cleaners report defects?
As guidance, yes: they can photograph failed sealant, cracked glass, corrosion and water staining for the building's maintenance team, without inspecting structural fixings themselves.
What does the Dubai Building Code say about cladding fixings?
The envelope must be securely fixed with vertical support and horizontal restraint, using corrosion-resistant fixings that last at least as long as the envelope's design life.
Do rope access technicians need refresher training?
Yes. If access techniques have not been used for more than six months, the guideline requires refresher training and closer supervision.
Can a cleaning company subcontract rope access technicians?
Yes, but under Dubai Municipality's guideline it must confirm that the subcontractor meets the inspection and examination requirements for all equipment.
When must rope access equipment be discarded?
When any defect, damage or deterioration is found during inspection, or when the manufacturer's lifespan date has passed.
Can facade cleaning continue in strong wind?
No. Work is reviewed or postponed above a continuous 25 km/h or in gusts and eddies, measured with a calibrated anemometer.
Is a communication system required during rope access?
Yes. The guideline requires an efficient communication system such as phones, two-way radios or whistles for everyone concerned.
What emergency numbers apply in Dubai for rope access incidents?
The guideline gives 998 or 999 for emergency calls, alongside the site-specific rescue plan.
Must tools be tied off during facade cleaning?
Yes. The guideline requires tools and equipment to be secured against falling, with items over 8 kg suspended on an additional haul rope.
What harness is required for rope access?
A full body harness suitable for a twin rope system, connected to both the working and safety lines even when using a work seat.
Does a BMU need its own power circuit?
Yes. The Dubai Building Code requires power-operated maintenance systems on an independent circuit with a lockable disconnect switch in the operating area.
Does Power Zone clean facades in Dubai?
Yes. Power Zone provides facade and rope access cleaning in Dubai with documentation, and owners can request the certifications and rescue plan before work starts.
Sources
- Dubai Municipality, Technical Guidelines for Usage of Rope Access System (DM-HSD-GU35-URAS2, version 2.1, 11 January 2021)
- Dubai Building Code, 2021 Edition, Part E Building envelope: E.2 definitions, E.4 loads, E.12 Maintenance
- Dubai Legislation Portal, Law No. 6 of 2019 concerning ownership of jointly owned real property