RICS Level 2 Homebuyers Survey Chiddingstone

Our RICS Level 2 Homebuyers Survey gives you a detailed inspection of the property's condition, picking up defects that could affect value or lead to costly repairs. We inspect all accessible parts of the building, including the roof, walls, floors, windows, doors, and services. The report uses a straightforward condition rating system, Condition Rating 1 means no repair is needed, Condition Rating 2 means repairs are needed but not urgently, and Condition Rating 3 highlights urgent repairs needing immediate attention. That makes it easier to prioritise maintenance and set a realistic budget.

In Chiddingstone, where much of the housing stock is older, we pay close attention to the issues that tend to come with historic homes. We inspect timber-framed construction for rot or woodworm, assess brickwork for deterioration or penetrating damp, and check the condition of the clay tile roofs so typical of Wealden properties. Many houses still have the traditional hand-made orange/red clay tiles hung on pegs or nibs, and our surveyors know the usual weak points in these historic coverings. We also review any extensions or alterations, as plenty of village properties have been adapted over the centuries.

The survey also provides a market valuation figure and an insurance rebuild cost, both useful for mortgage requirements and for arranging suitable cover. In Chiddingstone's Conservation Area, which extends to approximately 24 hectares and includes 16 Listed Buildings, our surveyors record features of architectural or historic interest and flag anything that may need Listed Building Consent if renovations are planned. That matters all the more because much of the village is owned by the National Trust for preservation.

We look out for poor insulation and outdated services too, both common in period homes. A number of properties in Chiddingstone still retain original wiring or lead pipework that falls short of modern safety standards, and we point these issues out clearly so you can budget for upgrades. Single-pane windows with leaded lights can be attractive, but they also mean more heat loss and higher energy bills.

• Structural integrity and visible defects
• Roof condition and drainage
• Damp and timber decay assessment
• Electrical and plumbing visible condition
• Boundary and exterior inspection
• Energy efficiency observations

Chiddingstone is best known for its historic homes, but there has been some limited new development in recent years. One example is Auster Court at Betram Cottages on Chiddingstone Causeway, built by Canham Homes. The scheme includes three-bedroom semi-detached houses completed from March 2021 with a 10-year NHBC Warranty. Even in newer developments like this, a Level 2 survey is worthwhile, as we can spot construction defects that have appeared since completion or issues where the specification does not meet building regulations.

The English Rural Housing Association has completed an affordable housing scheme at Bough Beech, nearing completion in May 2025, and a second development at Land adjacent to Bassett is providing eight affordable rent homes and three shared ownership properties. There are also proposed schemes at Land opposite Penshurst Station, 300 dwellings, and Station Yard, 43 dwellings, which could change the local property picture over the next few years. New builds are not immune from defects, so a Level 2 survey still gives buyers useful protection in these developments.

Newer properties need careful checking as well. Our surveyors assess how effective the modern construction methods are, review the state of any shared infrastructure, and look for possible drainage or foundation issues linked to the local clay soil. Where new builds sit close to mature trees or heavy vegetation, we also consider the potential for subsidence risk.

Local construction knowledge makes a real difference, and our surveyors know Chiddingstone's building traditions well. The village is widely recognised as one of the best-preserved Tudor villages in England, with many homes dating from the 1500s and 1600s and built using traditional timber-framed methods. These houses often have close-studded frames, with vertical timber posts set closely together, giving the black and white appearance seen across much of the village.

Brickwork in Chiddingstone varies with the period of construction. Ground floors commonly have coursed brick infill, 17th-century red brick can be seen in buildings such as the Chiddingstone Castle stables, and 18th-century properties often show red and blue brickwork with decorative brick arches over the windows. Many timber-framed buildings are also set on brick plinths, lifting the timber frame above ground level to guard against damp. Our surveyors can tell the difference between age-appropriate wear and a defect that needs attention.

Sandstone is another key local material. It is seen most clearly at Chiddingstone Castle and at St. Mary the Virgin Church, a Grade II* listed sandstone church. The "Chiding Stone" itself, a large sandstone outcrop, gives the village its name. Where a property includes sandstone cladding or detailing, we assess it with weathering and deterioration in mind, drawing on our understanding of how the local geology responds to prevailing weather conditions, including issues such as erosion or spalling.

Across Chiddingstone, roofing is usually clay tile, often the familiar plain orange/red hand-made type hung on pegs or nibs. Kent peg roof tiles last well, but they do need regular maintenance. We check tile condition, mortar state, and flashing details, watching for slipped tiles, moss growth, and deteriorating ridge lines that may allow water ingress. In Chiddingstone Hoath, some properties may also have weatherboarding, and we assess that for rot and paint condition.

Chiddingstone properties come with a few local risks that our Level 2 surveys are designed to pick up. The village sits on the River Eden, so flood risk matters in lower-lying spots. The River Eden, Eden Brook, and Kent Ditch from Blindley Heath to Penshurst can all be subject to flood alerts, especially after persistent rainfall. We inspect exterior ground levels, drainage systems, and any signs of past flooding or water ingress, and we note the state of soakaways and drainage infrastructure, which may be inadequate in older homes.

Beneath Chiddingstone, the Wealden clay found in this part of Kent is another major point to consider. It is prone to shrink-swell behaviour, expanding in wet conditions and contracting during dry spells. That movement can lead to subsidence or heave, especially in properties with shallow foundations or homes standing near large trees. Climate change is expected to raise this risk through more frequent drought periods. Our inspectors look for movement indicators including cracking to walls, uneven floors, and doors that stick, and where concerns are serious we will recommend a specialist structural engineer's report.

With over 70% of buildings in Chiddingstone dating from before 1919, many homes have solid walls rather than modern cavity construction. These older buildings often have no damp-proof courses, which leaves them more open to rising damp. We check carefully for dampness at ground floor level and assess any existing ventilation. Historic windows are noted too, especially the traditional leaded lights common in the area. Condensation can become a problem in poorly ventilated period homes, particularly where modern double-glazing has been installed without adequate background ventilation.

Buyers also need to think about the effect of the village's conservation designation. Approximately 24 hectares of Chiddingstone are designated as a Conservation Area, and there are 16 Listed Buildings within it, so future alterations or renovations may need Listed Building Consent or planning permission. Our reports flag conservation-relevant features and explain what they could mean for your intended use of the property. Much of the village is owned by the National Trust as well, and that can affect certain homes and their maintenance obligations.