Victoria Elite Roofing brings over 20 years of experience working with cedar shake and cedar shingle roofing on character homes throughout Victoria, BC. Western red cedar provides a distinctive natural roofing material valued for its dimensional texture, architectural appearance, and compatibility with many of the region's Craftsman, Arts and Crafts, Tudor Revival, and traditional West Coast homes. Proper cedar roofing incorporates carefully selected shakes or shingles, appropriate exposure, corrosion-resistant fasteners, ridge units, and installation details that allow individual pieces to shed water while accommodating the natural characteristics of wood.
Cedar roofing behaves differently from manufactured roofing materials because its moisture content changes with surrounding environmental conditions. Wood grade, grain orientation, shake or shingle thickness, spacing, felt interlayment where specified, stainless steel fasteners, and preservative treatments can all influence how the roof weathers over time. Maintaining appropriate drainage and drying conditions is particularly important because cedar repeatedly absorbs and releases moisture as Victoria moves between prolonged wet periods and warmer, drier weather.
In addition to Victoria, we provide cedar shake and shingle roofing expertise throughout Oak Bay, Saanich, Central Saanich, North Saanich, Sidney, Esquimalt, View Royal, Colwood, Langford, Highlands, Metchosin, Sooke, Mill Bay, Cobble Hill, Shawnigan Lake, Duncan, and surrounding communities across southern Vancouver Island. Cedar remains especially relevant to established neighbourhoods, rural properties, waterfront homes, and character residences where the roof contributes significantly to the building's architectural identity and must also withstand the region's persistent rainfall, tree cover, and coastal moisture.
✓ 20+ Years of Residential & Commercial Roofing Experience
✓ Roof Replacement, Roof Repair & Emergency Roof Repair
✓ Asphalt Shingle, Metal Roofing & Flat Roofing Systems
✓ Cedar Roof Conversion, Roof Inspections & Roof Maintenance
✓ Character Home, Heritage Property & Architectural Roofing Expertise
✓ Coastal Rainfall, Wind-Driven Rain & Moisture Protection Solutions
✓ Roof Preservation, Replacement Planning & Property Value Protection
We'll contact you within 24 hours to discuss your roofing project, evaluate repair or replacement options, review roofing materials and preservation strategies, and help you maximise roof lifespan, performance, curb appeal, and long-term property value.

Although the terms are sometimes used interchangeably, shakes and shingles create different roofing profiles. Cedar shingles are generally sawn on both faces for a thinner, more uniform appearance, while cedar shakes are typically thicker and can have a more textured surface. This difference affects roof appearance, material exposure, installation detailing, and the architectural styles each product complements.
Western red cedar is widely associated with premium wood roofing because of its natural dimensional stability, relatively low density, and inherent resistance to decay. Grade also matters: higher-quality roofing products limit defects such as knots and sapwood in critical portions of the piece, while edge-grain material can provide improved dimensional stability as the cedar repeatedly wets and dries.
Cedar roofing relies on overlapping courses rather than creating an impermeable surface. The amount of each shake or shingle left exposed must correspond with its length, roof slope, product specifications, and installation requirements. Correct course spacing and side-joint placement allow water to move down the roof without creating direct pathways into the underlying assembly.
The performance of a cedar roof depends on components that are largely hidden after installation. Corrosion-resistant nails—often stainless steel where appropriate for coastal exposure—secure individual pieces, while felt interlayment may be incorporated into certain shake assemblies. Purpose-made cedar ridge units protect hips and ridges while maintaining the dimensional appearance of the field roofing.

Victoria's wet season can expose cedar roofs to repeated rainfall with limited drying time between weather systems. North-facing slopes and areas shaded by mature trees can remain damp even longer. When cedar stays wet for extended periods, the repeated moisture exposure can accelerate surface weathering and create conditions more favourable to biological growth.
Cedar absorbs moisture during wet conditions and releases it as the roof dries, causing individual shakes and shingles to expand and contract. Proper spacing allows for this dimensional movement without placing unnecessary pressure on neighbouring pieces. Over many years, repeated wet-dry cycles can contribute to splitting, checking, curling, and changes in the cedar's surface profile.
Victoria's combination of rainfall, moderate temperatures, tree cover, and shaded roof surfaces creates favourable conditions for moss, algae, and lichen. Heavy organic growth can trap moisture against cedar and interfere with natural drainage and drying. Valleys and areas beneath overhanging trees can be particularly susceptible when needles, leaves, and other debris accumulate between roofing courses.
Waterfront and highly exposed properties around southern Vancouver Island can experience airborne salt that increases corrosion risk for susceptible metals. Cedar roofing in these environments requires careful selection of nails, flashing, and other metal components, with compatible corrosion-resistant fasteners such as stainless steel often specified where appropriate. Protecting these concealed attachment points is important because fastener deterioration can compromise otherwise serviceable cedar roofing.

Leaves, needles, branches, and other organic material can collect between cedar courses and in valleys, particularly on properties surrounded by mature trees. Debris can slow drainage and hold moisture against the wood after rainfall. Keeping these areas clear allows cedar shakes and shingles to shed water and dry more consistently between wet-weather periods.
When preservative treatments are appropriate, products should be specifically compatible with cedar roofing and allow the wood to manage moisture naturally. Film-forming coatings that trap moisture can interfere with drying and potentially accelerate deterioration. Treatment decisions should consider the cedar's age, existing condition, previous products applied, and manufacturer recommendations rather than treating every wood roof the same way.
Cedar changes naturally as it ages, but certain conditions can indicate declining performance. Excessive splitting, curling, erosion, loose pieces, exposed fasteners, and deteriorated ridge units can create increasingly vulnerable areas within the roof. Periodic condition assessments help distinguish normal weathering from defects that may compromise water shedding or secure attachment.
Chimneys, dormers, valleys, skylights, roof-to-wall intersections, and shaded roof sections can remain wet longer than open roof slopes. Maintaining clear drainage around these areas and monitoring flashing interfaces helps prevent localized moisture from remaining against the cedar. Good drainage and adequate drying are fundamental to maximizing the useful service life of a natural wood roofing system.
Cedar roofing is graded according to characteristics such as grain orientation, knots, defects, and the portion of clear wood within each piece. Higher roofing grades generally contain fewer defects in the exposed portion, while edge-grain Western red cedar is valued for dimensional stability. The appropriate grade should match the roofing application and applicable product grading standards rather than being selected solely by appearance.
Cedar contains natural extractives that can react with unsuitable metals, while Victoria's salt-laden coastal air can further accelerate corrosion. Stainless steel fasteners provide strong corrosion resistance and help prevent premature fastener deterioration and staining. Fastener type should be compatible with the cedar product, flashing materials, and exposure conditions of the property.
A quality cedar roof can often provide approximately 30–50 years of service, but lifespan varies considerably. Wood grade, installation quality, roof pitch, sun exposure, surrounding trees, ventilation, moisture retention, maintenance, and proximity to salt water can all influence ageing. Two cedar slopes on the same house can therefore deteriorate at noticeably different rates.
Treatment processes vary by cedar product and manufacturer. Factory-applied preservative systems are designed to improve resistance to biological deterioration while maintaining characteristics necessary for roofing applications. Homeowners should verify the treatment used, applicable product certification, expected maintenance requirements, and whether subsequent field treatments are compatible rather than applying generic wood preservatives to the roof.
Have a cedar shake or shingle roof that needs professional evaluation? Contact Victoria Elite Roofing to discuss your cedar roofing system and its long-term performance in Victoria's coastal climate.
✓ 20+ Years of Residential & Commercial Roofing Experience
✓ Roof Replacement, Roof Repair & Emergency Roof Repair
✓ Asphalt Shingle, Metal Roofing & Flat Roofing Systems
✓ Cedar Roof Conversion, Roof Inspections & Roof Maintenance
✓ Character Home, Heritage Property & Architectural Roofing Expertise
✓ Coastal Rainfall, Wind-Driven Rain & Moisture Protection Solutions
✓ Roof Preservation, Replacement Planning & Property Value Protection
We'll contact you within 24 hours to discuss your roofing project, evaluate repair or replacement options, review roofing materials and preservation strategies, and help you maximise roof lifespan, performance, curb appeal, and long-term property value.