RICS Level 2 Survey in Easby

Our RICS Level 2 survey provides a thorough visual inspection of all accessible areas of the property. We examine the main structural elements including walls, roof, floors, doors, and windows, checking for signs of damp, rot, subsidence, or other defects that could affect the property's value or safety. The survey follows RICS guidelines strictly, ensuring you receive a consistent, professional assessment regardless of where in the Easby area the property is located.

In common with many properties across North Yorkshire, homes in Easby often feature traditional construction methods including solid wall builds, stone facades, and older roof structures that can present specific challenges. Our surveyors know what to look for, whether it's the condition of original timber windows common in period properties or signs of movement in older solid-walled houses. We also inspect services such as plumbing, electrical installations, and heating systems where visible.

The report includes clear ratings for each area inspected - Condition Rating 1 (no repair needed), Condition Rating 2 (defects requiring attention), or Condition Rating 3 (defects requiring serious attention). This straightforward system helps you prioritise any remedial work and negotiate appropriately with sellers based on our findings. We also provide practical advice on ongoing maintenance that can prevent small issues from becoming costly problems.

Our surveyors pay particular attention to issues prevalent in the local area. Properties in and around Easby often sit on clay soils that can shrink and swell with moisture changes, potentially causing subsidence or foundation movement. We inspect for signs of this, including cracking to external walls, doors and windows that stick, and uneven floor levels. Understanding these local ground conditions helps us give you accurate advice about the property's long-term stability.

• Structural walls and foundations
• Roof structure and covering
• Windows, doors, and joinery
• Damp and timber condition
• Plumbing and water supply
• Electrical installations
• Heating systems
• External surfaces

Based on our experience surveying properties across the Richmondshire district, several recurring themes emerge. Properties built before 1930 often have solid walls rather than cavity insulation, which can lead to condensation issues if ventilation is inadequate. Many older homes in the area feature original timber windows that, while characterful, may require ongoing maintenance or restoration work.

Roof conditions are another common area of concern. Older properties may have traditional slate or stone tile roofs that, while durable, can develop leaks as fixings deteriorate or mortar degrades. Our surveyors inspect roof spaces accessibly, checking for signs of past or current water ingress, adequate insulation, and structural integrity. We often find that loft insulation in older Easby properties falls below current standards, which is something we note in our reports.

Given the rural nature of the Easby area, issues with drainage are occasionally encountered. Properties may use septic tanks or private water supplies rather than mains connections, and our survey includes observations on these systems where visible. We also check for signs of subsidence or movement, which can affect properties on certain soil types common in North Yorkshire, particularly those built on clay substrates that are prevalent in this area.

Electrical installations in older properties frequently require attention. Many homes in Easby still have original fuse boards and wiring that may not meet current regulations or cope with modern electrical demands. Our survey includes visual inspection of the electrical consumer unit, wiring age assessment, and identification of potential safety hazards. We recommend a qualified electrician conduct a more detailed inspection before completion.

• Roof condition and aging tiles
• Damp and condensation in solid-walled properties
• Timber window deterioration
• Drainage and septic tank condition
• Subsidence or structural movement
• Electrical safety concerns
• Missing or inadequate insulation