Feature

How to Choose a Cedar Fence That Preserves Privacy as the Wood Moves

By Hank Osei · 7 August 2026 · 28 min read

A cedar privacy fence is not defined by its pickets alone. Its long-term appearance depends on the board layout, the materials behind the visible face, the post and footing system, drainage, fasteners, gate framing, and how well the design anticipates natural wood movement.

Start by deciding how much screening and airflow you want. Then verify every component in the proposed fence, compare prices using identical scopes, and adapt the construction to local soil, frost, drainage, wind, terrain, product instructions, and code requirements. A “cedar fence” label cannot make those decisions for you.

Start With the Privacy Design, Not the Wood Label

The first question is not simply “Do I want cedar?” It is “How should the fence keep interrupting sightlines after its boards shrink, cup, or shift?”

Design	Initial sightline control	Exposure to shrinkage gaps	Airflow	Material use	Slope adaptability	Framing demands	Typical appearance
Tongue-and-groove	Tight when properly fitted	Interlocking edges help cover joints, but movement can affect fit	Low	Moderate to high	Rigid panels can be difficult to fit to changing grades	Accurate alignment and stable rails matter	Formal and architectural
Side-by-side solid picket or stockade	Strong when boards are tightly arranged	Openings can develop between individual boards	Low initially	Lower than overlapping layouts	Component-built sections can be stepped or cut to grade	Conventional posts and rails	Traditional vertical privacy fence
Board-on-board	Strong because boards overlap	Overlap can continue covering joints as boards contract	Low to moderate, depending on overlap	Higher than a single layer	Adaptable when assembled board by board	Rails support two overlapping layers	Substantial, layered finish
Shadowbox	Moderate straight-on screening	Movement changes angled sightlines	Higher than solid layouts	Higher than a basic single layer	Generally adaptable when component-built	Alternating boards require consistent layout	Finished appearance on both sides
Horizontal board-on-board	Strong while overlaps remain adequate	Overlap masks many direct gaps, but long boards can bow	Low to moderate	High	Grade changes need careful transitions	Often needs intermediate attachment points	Modern and linear
Cedar frame with metal or other infill	Depends on whether the infill is solid or spaced	Cedar can move even if the infill does not	Design-dependent	Varies	Often panel-dependent	Connections between unlike materials need planning	Contemporary mixed-material look

Tongue-and-groove

Tongue-and-groove boards interlock instead of merely meeting edge to edge. That makes the layout attractive where tight visual screening and a refined face are priorities.

One made-to-order example uses vertical 1x4 cedar tongue-and-groove boards, three 2x4 back rails, top trim, a cedar cap, and 304 stainless-steel ring-shank nails. Its seller describes the panel as providing full visual privacy, strength, stability, and longevity, but those are commercial product claims rather than independent performance findings. The seller also warns that weather can cause expansion, contraction, checking, splitting, and warping, so even an interlocking layout should not be treated as permanently gap-proof. See the seller’s panel construction and natural-movement terms.

Side-by-side solid pickets and stockade layouts

A solid stockade-style fence places boards tightly together to block direct views. It is economical in board count because it uses one face layer, but that layer has no backup coverage. If adjacent boards contract, the joint can become visible.

That does not mean every board should be forced together regardless of its moisture condition or the supplier’s instructions. Initial placement should account for the board condition, expected movement, airflow strategy, and installation guidance. The important distinction is that a single side-by-side layer has no overlap to conceal a joint that later opens.

Board-on-board

Board-on-board construction uses overlapping boards. A first layer is installed with spaces or staggered joints, and a second layer covers those openings. As an individual board contracts, the other layer can continue interrupting the sightline.

That resilience requires more boards and fasteners than a single-layer layout. It also creates a more solid surface, so the framing and wind exposure deserve attention. The overlap must be calculated from the boards’ actual width and expected movement rather than from nominal size alone.

Shadowbox

Shadowbox and solid privacy fencing are not equivalent. Shadowbox boards alternate across opposite sides of the rails. The offset arrangement interrupts straight-on views and permits more airflow, but angled visibility remains possible. Board-on-board and tightly joined stockade layouts are intended to provide more complete sightline coverage. Hurricane Fence distinguishes board-on-board, shadowbox, and stockade construction.

Shadowbox may be the better choice when airflow, a finished appearance on both sides, or neighbor-facing symmetry matters more than screening from every angle.

Horizontal board-on-board

Horizontal cedar can create a clean, modern face, but long boards have greater unsupported spans. Intermediate attachment points can help restrain bowing and keep their visual lines aligned.

In one personal DIY project—not an engineering specification—the builder used 5.5-inch cedar pickets. The first layer had 4-inch gaps, and the second layer overlapped each side by 3/4 inch. Center vertical supports allowed every horizontal board to be attached at both ends and in the middle. Review the project’s horizontal board-on-board layout.

Those dimensions document one project only. They do not establish the correct overlap, support spacing, post layout, footing design, or wind capacity for another site.

Mixed-material cedar-frame designs

Some fences use cedar as a frame around corrugated metal, wire, or another infill. Others place cedar boards on steel posts. These systems can retain cedar’s visual warmth without being all-cedar structures.

Mixed construction can separate functions effectively: cedar provides the visible face, while treated wood, steel, or manufactured panels perform other roles. Buyers should still ask how the different components are connected, replaced, finished, and treated under the warranty.

No cedar privacy-fence layout guarantees permanent full privacy. Shrinkage, warping, installation gaps, changing terrain, loose framing, and angled views can all alter screening. Greater solidity also means less airflow. A tall, nearly gap-free fence in an exposed location may need site-specific structural review rather than a copied retail or DIY detail.

What Is Actually Cedar? Audit Every Fence Component

A product called a “cedar privacy fence” may have cedar pickets, an all-cedar panel, or a mixed system with cedar only on its visible face. Break the proposal into components before comparing it:

Pickets, boards, or infill
Horizontal rails or panel framing
Line, corner, end, and gate posts
Trim, cap, lattice, or kickboards
Nails, screws, brackets, and connectors
Concrete, gravel, sleeves, anchors, or other footing materials
Gate frame, hinges, latch, and anti-sag hardware
Stain, sealer, primer, or other finish

Mixed packages are common

A captured 100-foot package illustrates why the title is not enough. It was marketed as a six-foot-tall cedar solid-privacy package, but its listed contents were 230 cedar pickets, 39 Douglas fir rails, and 13 green-treated posts. The pickets were described as 1 by 5.5 inches by 6 feet, while the posts were listed as 3.5 inches square by 8 feet. See the 100-foot package’s listed components.

The corresponding 200-foot package listed 459 cedar pickets, 81 Douglas fir rails, 27 green-treated posts, two latches, and two pairs of 8-inch strap hinges. That is reasonably described as cedar-facing fencing, but not as an all-cedar structural system. See the 200-foot package quantities and hardware.

Other systems use steel posts or cedar frames around corrugated-metal infill. These may be suitable choices, but the buyer should know which material performs each job.

An all-cedar description should still be specific

The cited tongue-and-groove panel discloses:

1x4 cedar tongue-and-groove boards
Three 2x4 back rails
1x4 top trim
A 1x4 cedar cap
304 stainless-steel ring-shank nails

That is more useful than “premium cedar panel,” but it does not answer every question. Nominal dimensions are not necessarily actual measured dimensions, and the supplied evidence does not identify one universally superior cedar species, grade, or board thickness.

For every component, request:

Wood species
Grade
Nominal dimensions
Actual dimensions
Treatment status
Moisture or conditioning information, if available
Intended exterior or ground-contact use
Finish status
Product and workmanship warranty terms

Retail category labels can also be ambiguous. “Cedar” may describe a material category, product family, or color. The individual product specification—not a search filter, photograph, or page heading—should control.

Quote-audit table

Field	Quote A	Quote B	Questions to resolve
Picket species and grade			Is the exact species stated? What natural variations or defects are allowed?
Board dimensions			Nominal or actual? What are the thickness, width, and length?
Rail material			Cedar, Douglas fir, treated lumber, steel, or unspecified?
Post material			Cedar, treated wood, steel, or another system?
Fastener type			What metal, coating, length, shank, and exterior rating?
Footing method			Concrete, gravel, sleeve, anchor, dry-set product, or combination?
Gate frame			Wood frame, steel kit, diagonal brace, or anti-sag system?
Cap and trim			Included on panels, posts, both, or neither?
Finish			Unfinished, factory finished, or field applied? How many coats?
Warranty exclusions			Are checking, warping, color change, movement, posts, and finish covered?

Do not accept “cedar fence” as a complete material schedule. Boards, rails, posts, and trim can have different species, dimensions, treatment levels, and warranty terms.

Cedar Privacy Fence Cost: Compare Equal Scopes

Cedar-fence prices commonly appear in four incompatible formats:

A single panel or decorative screen
A yard-length material package
Separately priced additions such as gates and posts
A professionally installed project estimate

A material-package price should not be compared directly with an installed contractor quote. Two panel prices are also not comparable if one listing omits the dimensions or intended use.

The evidence supplied for this article does not provide reliable retrieval dates for the captured retail prices below. Treat them as historical listing snapshots, not current offers. Recheck the live listing, local availability, taxes, delivery, and written scope before budgeting.

Individual panels and screens

A made-to-order tongue-and-groove cedar panel was captured at $219.99, with a stated production lead time of one to two weeks. Its dimensions were not clearly disclosed in the supplied page text, so the listing cannot support a reliable price per square foot or linear foot. The seller’s lead time, price, and availability may change.

A Fairfax, Virginia, retail snapshot displayed a 3.5-by-8-foot Western Red Cedar privacy panel kit at $135.61 and a 5-by-3.2-foot cedar privacy screen at $94.99. Prices, ratings, availability, and result counts are location- and time-sensitive, and a live category page may no longer reproduce the snapshot. Review the Fairfax cedar-panel category listing.

A screen intended to hide bins or equipment is not interchangeable with a boundary fence panel. Compare height, width, structural use, mounting method, species, board thickness, framing, and hardware.

Yard-length material packages

The captured 100-foot, six-foot-tall package was displayed at $2,114.66, equivalent to approximately $21.15 per advertised foot. It combined cedar pickets, Douglas fir rails, and treated posts; it was not an installed all-cedar fence.

The captured 200-foot, six-foot-tall package was displayed at $4,370.92, or approximately $21.85 per advertised foot. The same page listed extra fencing at $17.97 per foot, an additional four-foot gate at $200.55, and extra corner or end posts at $26.74 each.

The supplied package pages do not establish inclusion of every fastener, concrete, delivery charge, tax, permit, finish, demolition task, grading expense, disposal fee, or installation service. The 100-foot listing also does not establish gate inclusion. “Complete” is a product description, not proof that the package contains everything required for a particular property.

Installed project estimates

A Portland and Vancouver-area contractor reports $60 to $120 per linear foot for installed wood privacy fencing and $7,000 to $17,000 for cedar privacy-fence projects. The company does not define one standard length or scope for those totals, so they are regional commercial estimates rather than national benchmarks. See the contractor’s regional estimates.

Do not average those figures with retail material prices. Contractor pricing may include labor, equipment, footing work, business overhead, project management, cleanup, and warranty obligations that a material package does not.

Total-budget worksheet

Budget item	Quantity or assumption	Unit price	Extended cost
Total layout length
Fence height and style
Line, corner, end, and gate posts
Rails or framing
Boards or pickets
Extra boards required for overlap
Caps and trim
Fasteners and brackets
Footing materials
Gates
Hinges, latches, and anti-sag hardware
Finish and application supplies
Waste and cut allowance
Delivery or freight
Existing-fence demolition
Disposal
Permit or review fees
Taxes
Labor
Difficult access
Rock excavation
Grading or slope work
Contingency

Record the date of every quote, service area, fence height, style, board dimensions, post system, number of gates, finish scope, and exclusions. Without those fields, a per-foot number can conceal more than it reveals.

Plan the Line Before Buying Materials

A fence built in the wrong place is not corrected by better cedar. Complete the legal, site, and layout work before ordering panels or authorizing excavation.

Preconstruction sequence

Define the purpose. Identify the views to block, areas needing airflow, gate access, preferred appearance, and which sides need a finished face.
Locate the legal boundary. Use a current survey or qualified local professional rather than relying on an old fence, landscaping edge, informal marker, or recollection.
Review setbacks and easements. Ask the relevant local authority or qualified professional how they affect the proposed line.
Check municipal and HOA requirements. Confirm height, location, materials, finished-side rules, corner visibility, and approval procedures.
Determine permit requirements. Pool barriers, retaining conditions, corner lots, gates, and unusually tall fences may be governed separately.
Plan gates. Establish the clear opening, swing direction, latch location, grade clearance, and required post support.
Request utility marking before excavation. In the United States, the cited retailer guide directs builders to call 811 before digging; elsewhere, use the applicable utility-location service. Confirm the current procedure through the official service for your jurisdiction. Review the planning and pre-dig guidance.
Map the site. Mark corners, ends, gate openings, grade changes, obstructions, utility conflicts, and restricted equipment access.
Only then calculate materials.

Height limits, corner sight restrictions, pool-barrier rules, setbacks, gates, and materials may be governed by different local provisions. Approval under one requirement should not be assumed to satisfy all others.

Gate placement deserves its own plan

A narrow gate may serve a walkway but block a mower, trailer, or future landscaping equipment.

Identify:

Required clear opening
Gate leaf width and number
Swing direction
Ground clearance through the full swing
Latch access
Equipment turning room
Snow, mulch, or vegetation interference
Gate-post and frame requirements

Gate posts experience repeated moving loads. Their design should be specified separately rather than assumed to match ordinary line posts.

Establish the bay layout

Retailer and contractor guides commonly use 6 to 8 feet on center as a planning range, but not as a universal specification. Actual spacing depends on panel width, fence height, rails, post material, soil, frost, slope, wind exposure, and gate loads.

Preassembled panels can reduce field assembly and provide a consistent factory layout. They are easiest to use where the grade is reasonably uniform and planned post spacing matches the panel width.

Component-built fencing requires more field work but is generally easier to adapt to:

Irregular bay widths
Corners that do not divide evenly
Changing grades
Obstacles
Custom board overlap
Gate transitions
Individual-board repairs

On slopes, a stepped fence keeps each section level while changing elevation between sections. That can create triangular openings below some sections unless the bottom is trimmed or otherwise resolved. A racked fence follows the grade more continuously. Contractor guidance describes both methods, but not every rigid panel can accommodate racking. See the cited discussion of post layout and slope methods.

Stop-work checklist

Do not order final quantities, dig, or permit construction to begin while any of these remain unresolved:

The legal boundary is uncertain
Utility marks are missing, expired, or unclear
Permit or HOA status is unknown
An easement has not been identified or interpreted
Gate width or swing has not been confirmed
The selected panel system cannot accommodate the slope
A tall, highly solid, or exposed design has not received appropriate local review
The quote assumes a footing design without addressing site conditions or product instructions

The cited planning sources are retail and contractor guidance, not local legal authorities. Final requirements must come from the governing jurisdiction, utility-location service, product manufacturer, and qualified site professionals.

Posts, Drainage, Framing, and Fasteners Determine the Build

Many visible fence problems begin in less visible parts of the system. Leaning posts, bowed boards, stained faces, and sagging gates can originate in framing, footing, connection, or water-management decisions rather than in the cedar face itself.

There is no universal post depth

Examples in the supplied DIY and commercial guidance range from about 24 inches to more than 42 inches. Those numbers reflect different regions, soils, fences, frost conditions, and personal methods. They should not be blended into an average or treated as a specification.

Post-hole depth and diameter must be reconciled with:

Local code and frost conditions
Soil and drainage
Fence height and solidity
Wind exposure
Post material and length
Gate loads
Footing-product instructions
The structural design

The same applies to post spacing. A 6-to-8-foot range can help with preliminary estimating, but panel width, rail capacity, board orientation, terrain, and exposure may require a different layout.

Footing guidance conflicts

The supplied guides describe several approaches:

Posts embedded in wet concrete
Gravel below a concrete footing
Dry gravel-and-cement mixtures
Ground-line sleeves or barriers
Concrete focused on end and gate posts
Steel-post or anchored systems

The evidence does not establish one method as universally best. One Midwest contractor guide, for example, describes holes commonly 36 to 42 inches deep in its region and recommends a dry-set mixture for cedar posts, while also directing readers to check local requirements. See the contractor’s regional footing guidance.

Choose the footing as a complete system. Reconcile it with local requirements, frost movement, soil, drainage, post material, wind exposure, and the instructions for the concrete, anchor, sleeve, or footing product.

Manage water at every transition

Common water-management details described across the supplied guides include:

Drainage material below a post where the selected system calls for it
Concrete or surrounding grade shaped to shed water
Ground-line protection where specified
Clearance between untreated boards and soil
Caps that reduce direct water entry at post tops
Grade that does not trap runoff or irrigation against the fence
Gate clearance that avoids continuous soil contact

These details address different exposure points. A cap does not correct standing water at the footing, and drainage below a post does not compensate for untreated boards buried in damp soil.

Basic frame sequence

A practical workflow is:

Establish the fence line and post locations.
Set corner, end, and gate posts as designed.
Align and plumb the posts.
Brace them for the specified setting or curing period.
Install rails, brackets, or horizontal framing.
Add intermediate support where board span and orientation require it.
Attach boards while checking spacing or overlap.
Install trim and caps.
Build, hang, and adjust gates.
Apply finish if included in the selected system.

This is a workflow, not an engineering specification. Horizontal boards deserve particular attention because their long visual lines expose misalignment and can make bowing more noticeable. A center attachment point may help, but the appropriate support arrangement remains site- and material-specific.

Choose fasteners by connection

Several supplied guides recommend corrosion-resistant exterior hardware for cedar. The cited tongue-and-groove panel and horizontal DIY project use stainless-steel ring-shank nails, with the DIY author recommending them to reduce rust and dark staining.

That does not make one nail suitable for every connection.

Confirm:

Exterior-use rating
Compatibility with cedar, treated framing, and connectors
Nail or screw length
Shank or thread design
Head style
Withdrawal resistance
Board thickness
Splitting risk near board edges
Compatibility with brackets and gate hardware

Do not assume every galvanized product is interchangeable or that all galvanized fasteners produce the same result. Obtain the hardware manufacturer’s compatibility guidance for the specific wood, treatment, connector, and application.

Treat the gate as a separate structure

A dependable gate generally needs:

Gate posts selected for the moving load
A square frame, often using 2x4 members in the cited wood-gate examples
Diagonal bracing, a steel frame kit, or anti-sag hardware
Exterior-rated connections
Hinges sized for the gate’s weight and width
A reliably positioned latch
Clearance for grade, mulch, and seasonal movement

Build and square the supporting structure before using pickets to match the fence face.

Construction hold points

Pause and inspect before hiding or loading each stage:

After post placement: line, spacing, plumb, elevation, and gate opening
Before completing footings: depth, drainage, and footing method
Before adding rails: required set or cure conditions
After rails: level, alignment, connection security, and rail count
During boarding: overlap, spacing, ground clearance, and fastener placement
Before final gate fastening: frame square, reveal, swing clearance, and hinge alignment
At completion: latch operation, caps, exposed untreated wood, cleanup, and drainage at grade

Expect Cedar to Move and Change Appearance

Cedar is a natural material. Boards can vary in color, grain, knot pattern, and texture, even within one order. Buyers should agree in writing on the species and grade rather than expecting every board to resemble a product photograph.

Wood movement can take several forms:

Graying: The exposed surface changes toward a weathered gray.

The cited panel seller treats natural variation, expansion, contraction, checking, splitting, warping, and surface movement as expected wood behavior rather than product failure. Warranty and return terms should therefore be reviewed before purchase.

Design can manage movement, not eliminate it

In a side-by-side layout, contraction can expose a direct opening between boards. Board-on-board construction places another board behind or over that joint. Tongue-and-groove edges are intended to maintain a more continuous visual plane.

Neither method guarantees permanent coverage. Insufficient overlap, severe warping, unstable framing, loose fasteners, poor installation, or moving terrain can still create sightlines.

Different details address different problems:

Overlap helps conceal contraction gaps
Intermediate support helps restrain long boards
Compatible fasteners hold boards while limiting avoidable corrosion problems
Drainage reduces prolonged wet exposure
Post caps reduce direct water entry at post tops
Gate bracing addresses sag and racking
Stable posts preserve overall alignment

No single detail establishes a guaranteed service life.

Unfinished versus finished cedar

Leaving cedar unfinished is an appearance choice. It allows the surface color to weather, but it does not promise that the fence will never need cleaning, inspection, adjustment, or board replacement.

Stain or sealer can be used to manage appearance and surface exposure. The supplied retail, contractor, and DIY guidance conflicts on whether finishing is optional or necessary and how often it should be renewed. Those sources do not use consistent assumptions about climate, preparation, product chemistry, or exposure. Lowe’s, for example, presents wood as customizable and repairable while also describing it as requiring more recurring finish maintenance than vinyl. Review the retailer’s wood-versus-vinyl comparison.

Instead of adopting a universal calendar, follow the finish manufacturer’s instructions for:

Surface preparation
Wood moisture condition
Temperature and weather window
Compatibility with existing coatings
Number of coats
Drying time
Treatment of cut ends
Inspection and recoating triggers

A finish can change appearance and exposure, but it cannot guarantee that wood will not check, split, cup, or warp.

Annual inspection list

Inspect the fence regularly and after site conditions have visibly changed:

Leaning or heaving posts
Standing water or soil buildup at grade
Loose, backed-out, or corroded fasteners
Opening sightlines or lost overlap
Warped, cupped, checked, or split boards
Soft or visibly damaged wood
Missing or damaged post caps
Rails pulling away from posts
Gate sag or frame distortion
Hinge movement
Latch misalignment
Finish fading, peeling, or uneven wear
Vegetation or irrigation holding moisture against the fence

Photographs can help distinguish gradual movement from a recent change.

Cedar, Treated Wood, or Vinyl: Choose by Priorities

There is no universal winner among cedar, pressure-treated wood, and vinyl. The best fit depends on appearance, maintenance tolerance, structural design, repair preferences, local exposure, and equal-scope local pricing.

Priority	Cedar	Mixed cedar and treated framing	Vinyl
Natural wood appearance	Strong fit	Strong visible fit when cedar is the face	Manufactured rather than natural wood
On-site cutting and customization	Generally flexible	Flexible, with material-specific precautions	More dependent on the system and manufacturer
Finish choices	Can weather naturally or be finished	Cedar face and treated components may have different requirements	Usually supplied in a manufactured color
Individual-part repair	Individual boards are generally replaceable	Cedar face boards are generally replaceable	May require system-specific parts or sections
Initial expense	Market- and design-dependent	Depends on component allocation	Market- and system-dependent
Recurring finish upkeep	A consideration	Applies to exposed wood components	Commonly promoted as lower-maintenance
Visible weathering	Color and surface change should be expected	Cedar face still weathers	Does not weather like natural wood
Structural material choice	Can be all cedar but need not be	Explicitly combines materials by function	Uses a manufactured post, rail, and panel system

Cedar’s practical appeal is its natural appearance, finish flexibility, and ability to be cut or adapted on site. Individual damaged boards can generally be replaced without removing an entire run. Commercial sources also promote cedar’s resistance and longevity, but the supplied evidence does not independently establish a universal lifespan or prove that cedar will outperform every alternative in every climate.

The decision is therefore not always “all cedar” versus “all treated wood.” It can be a component-by-component choice involving cedar facing, treated rails or posts, or steel structural elements.

Vinyl is commonly promoted for lower routine finish maintenance. Wood is commonly promoted for its appearance, modification options, and individual-board repairability. Commercial comparisons disagree about long-term value because they use different climates, installation prices, maintenance schedules, and service-life assumptions.

Published cedar and wood lifespan estimates vary too widely to function as promises. Species, grade, dimensions, post system, drainage, installation, exposure, maintenance, and the definition of end-of-service all affect the result. One Southern Wisconsin contractor, for example, frames its comparison around local snow, moisture, storms, and freeze-thaw movement rather than a universal climate. See the climate-specific Wisconsin comparison.

Reader-fit matrix

Choose cedar when natural wood appearance, finish choice, custom dimensions, and individual-board repair matter more than minimizing maintenance.
Consider cedar facing with treated or steel structural components when you accept component-specific materials and want to separate appearance from the post system.
Investigate a broader treated-wood system when you are comfortable with its appearance, treatment, fastening, and finishing requirements.
Investigate vinyl when reducing recurring finish maintenance is the leading priority and a suitable system is available for the site, style, and grade changes.

For a lifecycle comparison, obtain local quotes using the same:

Layout length and height
Privacy style
Number and width of gates
Demolition and disposal scope
Post and footing system
Slope treatment
Finish scope
Warranty terms
Maintenance assumptions
Evaluation period

Without equal assumptions, a long-term-value comparison is mainly a comparison of sales claims.

Use a Package and Quote Checklist Before You Buy

A package can be convenient without being complete for your property. The captured 100-foot and 200-foot packages identify important lumber quantities, but their supplied listings do not establish inclusion of every fastener, footing material, charge, service, or installation task.

Package-completeness checklist

Confirm all of the following in writing:

[ ] Advertised fence length and finished height
[ ] Board layout and privacy style
[ ] Board species and grade
[ ] Nominal and actual board dimensions
[ ] Board quantity
[ ] Extra quantity required for overlap
[ ] Waste and cut allowance
[ ] Line-, corner-, end-, and gate-post counts
[ ] Post material and dimensions
[ ] Rail count, material, and dimensions
[ ] Caps and trim
[ ] Nails, screws, brackets, and connectors
[ ] Concrete, gravel, sleeves, anchors, or other footing materials
[ ] Gate leaves or gate-building materials
[ ] Hinges, latches, handles, and anti-sag hardware
[ ] Finish and application materials
[ ] Delivery and unloading
[ ] Taxes
[ ] Permit handling and fees
[ ] Demolition and disposal
[ ] Installation labor
[ ] Cleanup and grading restoration

Require a material schedule that identifies the species and grade of pickets, rails, and posts. If the seller cannot state what the rails and posts are made from, “cedar privacy fence” remains an incomplete specification.

Questions for a contractor

Ask the bidder to state:

Post dimensions and material
Planned post spacing
Footing method
Planned depth and how it relates to local requirements
Number, dimensions, and material of rails
Board layout and overlap
Fastener metal, type, and exterior rating
Gate-post and gate-frame design
Hinge, latch, and anti-sag hardware
Finish preparation, product, coats, and exclusions
Cleanup, grading repair, and disposal
Product and workmanship warranty exclusions

Then ask how the design addresses:

Board contraction and expansion
Long horizontal-board support
Drainage at grade
Post-top exposure
Untreated wood near soil
Slope transitions
Wind exposure
Gate sag
Future board replacement

Request separate pricing for gates, demolition, difficult access, rock excavation, permit handling, delivery, finishing, and disposal. Separate line items make scope changes easier to evaluate and reduce the risk of mistaking an allowance for a guaranteed price.

Inspect at pickup or delivery

Before accepting or installing materials:

Count boards, rails, posts, caps, and hardware
Measure representative components
Check species and grade documentation
Inspect board straightness
Look for visible moisture damage
Identify major splits or severe checking
Check milled edges and tongue-and-groove fit where applicable
Confirm gate hardware and fasteners
Compare delivered materials with the written order
Photograph defects and shortages

Review inspection, return, exchange, warranty, and natural-movement terms before delivery. The cited made-to-order seller states that wood sales are final and requires inspection at pickup or delivery.

Red flags

Pause before purchasing or signing if you see:

Undefined cedar species
Unspecified post or rail material
A “complete” price without an inclusions list
Nominal dimensions presented as verified actual dimensions
One post depth prescribed for every site
No utility-marking or permit plan
No strategy for slope or grade changes
No gate-frame description
Unsupported lifetime or permanent-privacy guarantees
Natural movement disclosed only after the sale
A tall, solid fence proposed without considering local exposure
A quote that cannot separate materials, labor, gates, demolition, and extras

Cedar Privacy Fence FAQ

How much does a cedar privacy fence cost per linear foot?

There is no defensible single national price. One captured 100-foot material package was displayed at $2,114.66, or approximately $21.15 per advertised foot, but it combined cedar pickets with Douglas fir rails and treated posts and did not establish a complete installed scope. See the package price and listed composition.

A captured 200-foot package was displayed at $4,370.92, or approximately $21.85 per advertised foot, with the same mixed-material structure. Its listing did not establish inclusion of installation, concrete, all fasteners, taxes, or permits. See the 200-foot package listing.

A Portland and Vancouver-area installer reports $60 to $120 per linear foot for installed wood privacy fencing, but that is a regional commercial estimate rather than a national benchmark. Compare local quotes using the same height, style, post system, gates, demolition, finish, permits, delivery, and site work. The evidence pack does not provide exact capture dates for these prices, so verify current figures directly.

Which cedar fence style provides the most lasting privacy?

Board-on-board and tongue-and-groove designs are intended to maintain stronger sightline coverage as boards move. Board-on-board uses overlap to conceal joints, while tongue-and-groove boards interlock. A side-by-side fence can provide strong initial screening but may reveal openings as boards contract.

Shadowbox construction allows more airflow and some angled visibility. No layout guarantees permanent full privacy because warping, shrinkage, insufficient overlap, terrain, and installation quality can change sightlines.

Does a cedar privacy fence need to be stained or sealed?

Not as a universal rule established by the supplied evidence. Cedar can be left unfinished to weather and change color, or it can be stained or sealed to manage appearance and exposure. Retail, contractor, and DIY guidance disagrees about whether finishing is optional or necessary and about renewal intervals.

Choose according to the desired appearance, local exposure, warranty, and maintenance tolerance. Follow the finish manufacturer’s preparation, moisture, weather, application, and recoating instructions rather than adopting a universal calendar.

How deep and how far apart should cedar fence posts be?

There is no one correct depth or spacing for every cedar fence. The supplied project and contractor examples range from about 24 inches to more than 42 inches deep, while several guides use 6 to 8 feet on center as a preliminary spacing range. These are examples, not universal specifications.

Actual dimensions must reflect local requirements, frost conditions, soil, drainage, fence height, panel or rail design, wind exposure, gate loads, post material, and footing-product instructions. Gate, corner, and end posts may also require different treatment from ordinary line posts.

What fasteners should be used with cedar fence boards?

Use exterior-rated, corrosion-resistant fasteners confirmed as compatible with the cedar, any treated framing, and the connection hardware. Stainless-steel ring-shank nails appear in both the cited commercial panel specification and horizontal DIY project; the DIY author recommends them to reduce rust and dark staining.

Do not assume one fastener suits boards, rails, brackets, hinges, and gates. Confirm the metal, length, shank or thread, head style, withdrawal requirements, board thickness, treatment compatibility, and structural demands of each connection.

Make the Final Choice in the Right Order

Choose the privacy layout first. Then verify the material used for every component and compare quotes with identical inclusions. Let local frost, soil, drainage, wind, code requirements, manufacturer instructions, and site conditions determine the structural details.

Cedar’s natural appearance and customization are meaningful advantages. Lasting privacy, however, depends on adequate overlap, stable framing, drainage, compatible fasteners, gate support, inspection, and realistic expectations about wood movement—not on the cedar label alone.