Home Insurance Preparation

Per EN 1991-1-1 and national building regulations, guards (balustrades) are required on all elevated walking surfaces. Minimum guard heights vary by country but generally require 1000 mm (1100 mm in Germany per DIN 18065 for drops over 12 m, 1100 mm in France per NF P01-012 for drops over 1 m). Openings in guards must not allow passage of a 100 mm sphere (child safety, per most national codes). Horizontal loads on guards must resist 0.5–1.0 kN/m per EN 1991-1-1 Table 6.12. Insurers flag non-compliant or deteriorated guards as significant liability.

1. Measure guard/balustrade height — minimum 1000 mm in most EU countries (1100 mm in Germany/France for higher drops)

2. Test opening spacing with a 100 mm sphere (approximately 4 inches) — it must not pass through

3. Verify no horizontal bars or climbable elements that could allow children to climb (some national codes prohibit horizontal rungs below 600 mm)

4. Check structural integrity — push firmly; guards must resist horizontal loads per EN 1991-1-1

5. Inspect for corrosion on metal railings, rot on timber, or cracking on glass balustrades

6. Verify glass balustrades use laminated safety glass per EN 12150/EN 14449

7. Check stairway handrails — must be between 900–1000 mm height and continuously graspable

8. Confirm guards are present on all open sides where the drop exceeds the national threshold (typically 600 mm–1000 mm depending on country)

- Guard height below 1000 mm on older buildings (built to previous national standards)

- Wide baluster spacing on pre-1990 buildings exceeding 100 mm

- Corroded metal balcony railings, particularly on coastal properties

- Non-laminated glass panels in balustrades (shattering risk)

- Missing guards on raised terraces that owners consider ground-level

Smoke detector requirements vary by EU member state but are increasingly mandatory. Germany (DIN 14676) requires detectors in all bedrooms, hallways, and escape routes. France requires at least one detector per dwelling (Loi Morange/DAAF NF EN 14604). UK Building Regulations Part B require interconnected alarms in new builds. All detectors must comply with EN 14604 (smoke alarm devices). Many EU insurers require functional smoke detection as a condition of household coverage.

1. Verify smoke detectors are installed per your country's requirements (bedrooms + hallways in DE, at least one per dwelling in FR, every floor in NL)

2. Test each detector using the test button — ensure audible alarm sounds (minimum 85 dB at 3 m per EN 14604)

3. Check manufacture/expiry date — EN 14604 compliant detectors have a maximum 10-year life

4. Confirm mounting position — ceiling-mounted, at least 500 mm from walls and light fixtures per DIN 14676

5. Verify detectors are present on each level including basement and attic if habitable

6. Check for interconnection where required by national code (wireless interconnection modules available for retrofits)

7. In buildings with gas appliances: verify CO detector installation (EN 50291 compliant) near boiler/gas appliances

8. Document detector locations, types, and test dates for insurance records

- Missing detectors in countries where they became mandatory recently (France 2015, Germany state-by-state 2013–2017)

- Expired detectors beyond 10-year lifespan still installed

- Detectors placed in kitchens causing nuisance alarms (relocated or removed by residents)

- Non-EN 14604 compliant detectors purchased from non-EU marketplaces

- No CO detectors despite gas heating systems

Per Eurocode 1 (EN 1991-1-3 for snow loads, EN 1991-1-4 for wind loads), roofs must withstand local climatic loads. Roofing products must hold CE marking under the Construction Products Regulation (EU) 305/2011. Fire classification per EN 13501-5 (external fire exposure to roofs) applies. Insurers evaluate roof age, material condition, and storm resistance as primary underwriting factors. The Energy Performance of Buildings Directive (EPBD) also incentivizes well-insulated roofing.

1. Determine roof age from building records or Energieausweis/DPE/EPC energy certificate

2. Inspect tiles, slates, or membrane for cracking, displacement, moss overgrowth, or missing sections

3. Check ridge tiles and hip caps for secure mortar or mechanical fixings

4. Inspect flashings at chimneys, dormers, skylights, and wall abutments for deterioration

5. Examine gutters and downspouts for blockages, corrosion, or detachment

6. Check attic/loft space for daylight penetration, water stains, or timber rot in rafters

7. Verify storm clips or mechanical fixings in high-wind zones (coastal areas, exposed sites)

8. Document roof material, estimated age, and condition with photographs for insurer

- Clay or concrete tile roofs over 50 years with crumbling mortar at ridges

- Flat roof membranes (bitumen/EPDM) with blistering, ponding, or seam failures

- Missing or slipped slates on older properties (common in UK, Ireland, Northern Europe)

- Blocked gutters causing fascia rot and water penetration into walls

- Inadequate wind fixings on exposed or coastal properties

Electrical installations must comply with the national wiring regulations based on IEC 60364 (HD 60364 in CENELEC countries). In Germany: DIN VDE 0100. In France: NF C 15-100. In the Netherlands: NEN 1010. RCD (residual current device) protection of 30 mA is mandatory for socket circuits in most EU countries. Periodic inspection certificates (e.g., Certificat de conformité in France, NICEIC in UK, E-Check in Germany) are increasingly required by insurers. Installations over 25 years old without inspection are flagged as high-risk.

1. Locate the consumer unit (fuse board) — verify it has modern MCBs (miniature circuit breakers), not rewirable fuses

2. Verify 30 mA RCD protection on all socket circuits and wet area circuits (mandatory in most EU states)

3. Test RCDs using the test button — they must trip within 300 ms (preferably 40 ms per IEC 61008)

4. Check for a valid electrical inspection certificate — periodic inspection is required every 10 years for owner-occupied (varies by country)

5. Look for signs of outdated wiring: fabric-insulated cables, aluminum wiring, or two-core without earth

6. Check that the installation is properly earthed (TN-S or TN-C-S system) — verify earth bonding at consumer unit

7. Inspect visible wiring for damage, overheating marks (brown discoloration), or improper DIY modifications

8. Verify outdoor electrical installations (garden lighting, EV chargers) have IP-rated enclosures and dedicated RCDs

- Consumer units with old rewirable fuses or no RCD protection (pre-1990s installations)

- Missing earth connection on older properties (TT system without proper RCD)

- Aluminum wiring in 1960s–1970s buildings (fire risk from oxidized connections)

- No periodic inspection certificate (some insurers may reduce or deny claims)

- Overloaded circuits from added appliances without electrical upgrade

Plumbing installations must comply with national standards derived from EN 806 (Specifications for installations inside buildings conveying water for human consumption) and EN 12056 (Gravity drainage systems inside buildings). Pipe materials must meet EN ISO 15874 (PP), EN ISO 15875 (PE-X), or EN 1057 (copper). Water damage is the most common household insurance claim in the EU. Insurers increasingly offer discounts for water leak detection systems (EN 15154 related). Boilers must be serviced annually per national gas safety regulations.

1. Inspect visible supply pipes for material and condition — look for corroded galvanized steel, lead pipes (pre-1970), or deteriorated rubber/PVC connections

2. Check under all sinks, WCs, and around washing machine/dishwasher for active leaks or water stains

3. Inspect the boiler/water heater — verify age (15–20 year typical lifespan), annual service sticker, and pressure relief valve operation

4. Check for a valid gas safety certificate if gas appliances are present (annual inspection required in most EU countries)

5. Test main water shutoff valve — ensure it turns fully and stops water flow

6. Look for damp patches on walls and ceilings indicating hidden leaks or rising damp

7. Inspect bathroom sealing — check silicone/grout around bathtub, shower tray, and tile junctions

8. Verify washing machine hoses are in good condition — replace after 5 years or if showing signs of deterioration

- Lead supply pipes still present in pre-1970 buildings (health and insurance risk)

- Corroded galvanized steel pipes with reduced flow and leak potential

- Boiler without current service certificate (may void gas-related claims)

- Failed bathroom sealing causing hidden water damage to structure below

- No accessible main shutoff valve or seized valve that cannot close

Pool safety requirements vary by EU member state. France has the strictest rules (Loi Raffarin 2003): private pools must have at least one of four approved safety devices — barrier (NF P90-306), alarm (NF P90-307), cover (NF P90-308), or enclosure (NF P90-309). Pool barriers must be at least 1100 mm high. Spain requires fencing per CTE (Código Técnico de la Edificación). Germany regulates under state building codes (Landesbauordnung). Trampolines and garden play equipment must comply with EN 1176 (playground equipment) or EN 71 (toy safety). Insurers routinely assess pool and garden liability.

1. Verify pool barrier/fence meets national requirements — minimum 1100 mm height in France, with self-closing/self-latching gate

2. In France: confirm one of the four NF-certified safety devices is installed and functional

3. Check pool cover mechanism operates correctly and can support a child's weight if rated as a safety cover (NF P90-308)

4. Inspect pool alarm system if used as safety device — test activation (NF P90-307)

5. Check trampoline for structural integrity, safety netting, and adequate clearance from fences/structures

6. Inspect garden play equipment for rot, corrosion, sharp edges, and adequate impact-absorbing surfacing

7. Verify garden sheds and outbuildings are structurally sound and not a collapse risk

8. Document all pool/garden safety measures with photographs for insurance file

- Pool without any of the four required safety devices (France — significant legal and insurance liability)

- Pool fence below 1100 mm or with gaps allowing child access

- Trampoline without safety enclosure (common insurance exclusion)

- Deteriorated garden play equipment with exposed bolts or rotted timber

- Unsecured garden pond presenting drowning risk for small children

Fire safety in residential buildings is regulated nationally within the EU framework. Construction products must meet EN 13501-1 fire classification (A1 to F, replacing national classes). Party walls and floor separations must achieve fire resistance ratings per national codes (typically EI 30 to EI 90). Germany's MBO §14 requires fire-resistant materials between dwelling units. France's Arrêté du 31 janvier 1986 sets requirements for residential buildings. Fire extinguishers (EN 3) are recommended. In wildfire-prone regions (Southern Europe), defensible space and fire-resistant construction per national forestry and building codes apply.

1. Verify fire separation between garage/storage and living areas — check for fire-rated doors (minimum EI 30) and sealed penetrations

2. Inspect chimney and flue — verify recent cleaning certificate (annual sweeping required in DE, FR, and most EU countries)

3. Check that gas boiler flue is properly sealed and in good condition

4. Ensure at least one fire extinguisher (ABC powder or foam, EN 3 compliant) is accessible — kitchen and garage areas

5. Verify fire blanket is available in or near the kitchen

6. In Mediterranean/wildfire zones: check defensible space around structure, fire-resistant shutters, ember-proof vents

7. Inspect dryer vent for lint buildup and proper routing to exterior

8. Check that escape routes (corridors, stairs) are clear and doors open in direction of escape per national fire codes

- No fire-rated separation between attached garage and dwelling

- Chimney without current cleaning certificate (insurance may deny fire claims)

- Missing fire extinguisher or blanket in kitchen area

- Blocked escape routes with stored items in corridors or stairways

- Vegetation or combustible storage against exterior walls in fire-prone regions

EU member states impose premises liability (Verkehrssicherungspflicht in Germany, responsabilité civile in France) requiring property owners to maintain safe conditions for visitors and passers-by. Door and window security standards include EN 1627–EN 1630 (resistance classes RC1–RC6 for burglar resistance). Alarm systems should comply with EN 50131 (graded 1–4). Insurers typically offer 5–15% discounts for certified alarm systems and security doors. Winter maintenance obligations (snow/ice clearance) apply in most Northern/Central European countries.

1. Verify exterior doors have multi-point locking systems — check EN 1627 resistance class (RC2 minimum recommended by insurers)

2. Check that ground-floor and accessible windows have lockable handles and, ideally, security glass (EN 356 P4A minimum)

3. Inspect walkways, paths, and entrance steps for trip hazards (uneven pavement, moss, cracked tiles)

4. Verify handrails on exterior stairs — required where there are 3+ steps in most national codes

5. Check exterior lighting at all entry points, pathways, and parking areas

6. If alarm system is installed, verify it is EN 50131 compliant and serviced — document for insurer discount

7. Verify compliance with winter maintenance obligations — salt/grit supply for ice conditions, snow clearance tools

8. Check boundary walls and fences for structural integrity — leaning or collapsed boundaries are a liability

- Single-point locks on exterior doors (easily compromised, insurer may reduce theft claims)

- Missing handrails on exterior steps leading to slip-and-fall liability

- Uneven walkway surfaces, especially in older town/city properties

- No documented alarm system despite paying for insurance security discount

- Neglected winter maintenance obligation (Streupflicht in DE) — liable for pedestrian injuries

Structural design and assessment follow the Eurocodes (EN 1990 basis of design, EN 1992 concrete structures, EN 1995 timber structures, EN 1996 masonry structures). National annexes provide country-specific parameters for loads, materials, and safety factors. Foundation requirements depend on soil conditions per Eurocode 7 (EN 1997 — Geotechnical design). Insurers may require structural engineering assessment for visible foundation distress. In seismic zones (Southern Europe, parts of Central Europe), Eurocode 8 (EN 1998) requirements apply.

1. Walk the exterior and inspect foundation/plinth walls for cracks — note width, direction, and pattern

2. Distinguish between settlement cracks (vertical, often cosmetic if under 2–3 mm) and structural cracks (horizontal, diagonal stair-step, or wider than 5 mm)

3. Check for moisture penetration — look for damp patches, efflorescence (white salt deposits), or mold at foundation level

4. Verify basement or cellar is dry with no standing water or chronic dampness

5. Check that ground level slopes away from the building to direct surface water away from foundations

6. Look for signs of subsidence — doors/windows that stick, diagonal cracks above openings, uneven floors

7. In seismic zones (Italy, Greece, parts of Spain/Portugal): verify compliance with national seismic retrofit requirements if applicable

8. Document foundation condition with measurements and photographs for insurance records

- Subsidence cracks from clay soil shrinkage (common in Southern and Western Europe)

- Rising damp through foundations without adequate damp-proof course (DPC) — especially pre-1950 buildings

- Structural cracks from differential settlement in mixed-soil areas

- Basement water infiltration due to failed or absent waterproofing membrane

- Historic buildings without modern foundations (rubble footings) in seismic regions

Heating installations must comply with national regulations implementing EU directives. The Energy Performance of Buildings Directive (EPBD 2010/31/EU, recast 2024) requires Energy Performance Certificates (EPC/DPE/Energieausweis). Gas boilers must be serviced annually per national gas safety regulations and EN 15502 (gas-fired heating boilers). Oil storage must comply with national water protection regulations (e.g., TRÖl in Germany, EN 12285). Heat pumps and renewable installations fall under EN 14511 and Ecodesign Directive 2009/125/EC. Insurers factor heating system age and condition into underwriting.

1. Record boiler/heating system age and type — typical lifespan: gas boiler 15–20 years, oil boiler 20–25 years

2. Verify current annual service certificate for gas boiler (Wartungsprotokoll in DE, Attestation d'entretien in FR)

3. Check oil tank condition if applicable — inspect for corrosion, leaks, and proper containment/bunding

4. Verify the property has a valid Energy Performance Certificate (EPC) — required for sale/rental in all EU countries

5. Inspect flue/chimney for proper condition and sealing (chimney sweep certificate — Feuerstättenbescheid in DE)

6. Check radiators and piping for leaks, corrosion, or air locks

7. Verify thermostat and heating controls function properly (programmable controls per EPBD requirements)

8. If solar thermal or heat pump installed, verify proper installation certification and maintenance records

- Gas boiler without current annual service certificate (may void fire/explosion claims)

- Oil tank corrosion or missing secondary containment (bunding) — environmental liability

- Heating system exceeding expected service life without upgrade plan

- Missing or expired Energy Performance Certificate

- Poorly maintained chimney/flue leading to carbon monoxide risk

Tree safety in the EU follows national arboricultural standards (e.g., ZTV-Baumpflege in Germany, BS 3998 in UK). Property owners have a duty of care (Verkehrssicherungspflicht) to ensure trees on their property do not pose a hazard to persons or neighboring properties. Retaining walls over 2 m typically require structural engineering per Eurocode 7 (EN 1997). Boundary and party wall regulations vary by country. Insurers assess tree risk as part of storm and liability coverage.

1. Inspect all trees within falling distance of the house and boundaries for dead branches, fungal fruiting bodies, or trunk cavities

2. Check for branches overhanging the roof or neighboring properties — prune to safe clearance

3. Verify compliance with local tree protection ordinances (Baumschutzsatzung in DE) before any pruning or removal

4. Inspect retaining walls for structural soundness — check for bulging, cracking, or leaning

5. Check drainage behind retaining walls (weep holes must be clear to prevent hydrostatic pressure buildup)

6. Inspect boundary walls and fences for stability, particularly after storm events

7. Verify outbuildings (garden sheds, garages) are structurally sound and properly anchored

8. Check for any standing water, subsidence, or erosion that could indicate drainage problems

- Dead or dying trees near the property (storm damage risk to building and neighbors)

- Root damage to foundations, drainage, or boundary walls from trees planted too close

- Leaning retaining walls without proper drainage (common failure mode)

- Unsecured garden structures vulnerable to wind damage

- Blocked drainage or surface water flowing toward neighbor's property (legal liability)

EU insurers assess risk based on verifiable property condition and maintenance history. Key documents include the Energy Performance Certificate (EPC), electrical inspection certificate, gas safety certificate, chimney sweep certificate, and building permits for modifications. The Insurance Distribution Directive (IDD) 2016/97/EU requires insurers to provide transparent policy information. Various safety upgrades qualify for premium discounts depending on the country and carrier.

1. Gather and organize all property certificates: EPC, electrical inspection, gas safety, chimney sweep

2. Collect building permits and completion certificates for any extensions, renovations, or conversions

3. Verify building insurance Summenermittlung/estimation of rebuild cost is current (construction costs increase annually)

4. Document home security system with EN 50131 compliance certification (5–15% discount potential)

5. Compile proof of safety devices: smoke detectors, fire extinguishers, water leak sensors, security locks

6. Photograph overall condition of roof, exterior walls, electrical panel, boiler, and major systems

7. Collect receipts for recent maintenance: boiler service, chimney sweep, tree work, roof repairs

8. Review existing policy for Unterversicherung/sous-assurance (underinsurance) — rebuild value should reflect current construction costs

9. Check if natural hazard coverage (Elementarschadenversicherung) is included or available — flooding, landslide, earthquake

- Underinsurance — rebuild value not updated to reflect current construction costs (common across EU)

- Missing certificates that could void claims (especially gas and chimney certificates)

- Unpermitted building works creating coverage gaps (extensions, loft conversions)

- Not claiming available discounts for existing safety features and security systems

- Missing natural hazard/flood coverage (not automatically included in standard policies in many EU countries)