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    Cable Railing on a North Vancouver Cedar Deck

    A matte black stainless frame, a staircase that turns twice, and a backyard that stays in view.

    LOUEI Metal ArtsCompletion confirmed: North Vancouver, BCUpdated:

    A completed LOUEI Metal Arts project · Design, supply & installation

    Two-level North Vancouver deck with matte black stainless cable railings on the upper guard and staircase, cedar pergola posts overhead

    Completed · July 2026 · North Vancouver

    A two-level deck. A turning staircase. An open view of the garden. LOUEI Metal Arts delivered a matte black stainless-steel cable railing for Stuart's North Vancouver home, with approximately 47 linear feet in the revised project scope.

    47 ft

    revised scope

    3D

    design preview

    July

    completion confirmed

    The design brought the upper deck, stair flights and landing together in one dark frame, with cable infill that keeps the backyard visible. Stuart reviewed the 3D design before choosing a stainless-steel frame in place of the original aluminum proposal.

    The project ran from May to July 2026. Follow the homeowner's questions, material selection, design views and feedback on the finished railing below.

    At a glance

    Project specifications

    Key specifications of the North Vancouver cable railing project
    LocationNorth Vancouver, BC
    ClientStuart — homeowner
    ScopeUpper deck and exterior stairs — approximately 47 linear feet in the revised written scope
    LayoutHorizontal cable deck railing with a turning staircase and mid-landing
    Frame selectionStainless steel; proposal specified 1½″ × 1½″ posts and a 1″ × 2″ top rail
    FinishMatte black powder coat
    MountingFascia-mounted posts, as shown in the installation photos
    Design3D views and dimensioned corner and stair drawing excerpts
    TimelineMay–July 2026; completion confirmed July 15
    01 — The brief

    A deck worth looking out from

    The upper deck overlooks a planted backyard. Cedar pergola posts and a glass canopy frame the space; the exterior staircase turns through a mid-landing before reaching the lawn. The railing needed to follow those changes in direction without making the deck feel closed in.

    The visual goal was a dark frame that worked with the home's charcoal siding and cedar details, while keeping the garden visible through the railing. The installed photos show that relationship across the deck and stairs. Explore our cable railing design and installation service for similar layouts.

    02 — Due diligence

    The three questions Stuart asked before signing

    The next day after the May 19 quotation, Stuart asked three practical questions before making his decision:

    • “How high are the railings, 42″?”Guard height was part of the discussion from the start. A proposed dimension still needs to be checked against the actual deck, stair geometry and applicable requirements.
    • “What's the spacing between cables?”Cable spacing was discussed again during design. A requested spacing is not, on its own, proof of compliant clear openings or performance after installation.
    • “Confirming they are fascia mounted posts?”The installation photos show fascia-mounted posts at the deck edge, leaving the top of the deck free of post base plates. Structure and connection details remain specific to each deck.

    A measurement visit was arranged for May 23, and a further check of measurements and angles was requested on June 1 before fabrication. For the considerations behind mounting and cable layouts, see our top-mount vs fascia-mount guide and our deep dive on whether horizontal cable railing is legal in Vancouver.

    03 — The material decision

    From an aluminum quote to powder-coated stainless

    The project was first quoted as a black powder-coated aluminum cable railing. Then Stuart saw the 3D design and asked the question that changed the build: what would it take to do the posts and top rail in stainless steel?

    The stainless-steel proposal specified 1½″ × 1½″ posts and a 1″ × 2″ top rail. Stuart wanted stainless steel and a black finish: he confirmed that choice on May 28. The revised scope the following day recorded approximately 47 linear feet, including supply and installation. Learn more about our stainless steel railings for Metro Vancouver or explore the look of black cable railing for a deck or stair project.

    “Let’s do all powder coated stainless.”

    — Stuart, by email
    04 — Design first

    Modelled in 3D before any metal was cut

    On May 28, LOUEI sent Stuart the 3D design. He responded positively that morning and asked about the stainless-steel upgrade. The views below show how the deck guard, stair flights and landing were brought together before fabrication.

    “Design looks great !! Thanks”

    — Stuart, by email
    3D design model showing the full deck guard and stair cable railing layout
    3D design model of the cable railing stair run and landing, produced before fabrication
    3D elevation of the deck cable guard with post positions and cable rows

    Existing 3D design views for this project. These are design renderings, not installation photographs.

    05 — Fabrication

    Working through the corner and stair geometry

    The two drawing excerpts already published for this project show the transition from the level guard into the stair run, plus the angled top rail and cable positions. Sheet A-105 annotates the 144°, 126° and 36° angles. These are drawing values, not a claim that the installed geometry was independently measured.

    Shop drawing excerpt A-103 showing the dimensioned deck guard corner and stair transition
    Sheet A-103 — the corner and stair transition, drawn cable by cable.
    Excerpt from shop drawing sheet A-105: stair guard elevation for the corner and raking run with 144, 126, and 36 degree top-rail bends
    Sheet A-105 — the raking run and annotated top-rail angles.

    Published drawing excerpts, not an as-built survey or inspection certificate.

    Project details and the evidence shown on this page
    ItemDocumented detailBasis
    Frame members1½″ × 1½″ posts; 1″ × 2″ top railWritten stainless-steel proposal
    Corner transitionLevel guard meets the stair runPublished drawing excerpt A-103
    Top-rail angles144°, 126° and 36° annotationsPublished drawing excerpt A-105; design values, not site measurements
    Installed layoutDeck edge, turning stair and landingExisting completed-project photographs
    Looking up the composite stairs between matte black cable stair guards, cables running parallel to the stair rake
    On the raking runs, every cable tracks the stair pitch in parallel.
    Powder-coated stainless cable railing wrapping the stair landing, with the lower flight continuing down to the backyard lawn
    The mid-landing joins the upper and lower stair flights, with the dark frame continuing around the corner.
    06 — Build & install

    Project updates, a final follow-up, then completion

    Stuart received project updates while the railing moved through fabrication. His June 5 reply to the project update was short and enthusiastic:

    “Pretty slick, thanks Ash!”

    — Stuart, by email

    The railing was reported ready on June 22, but that was not the end of the project. On July 8, Stuart asked when the last piece would be installed. LOUEI acknowledged a crew scheduling delay and proposed July 13 for the remaining piece. Completion was confirmed on July 15, followed by Stuart's positive feedback the same day.

    Field notes

    The project timeline — May to July 2026

    1. 01

      May 19–23 — Quote & questions

      The initial quote proposed an aluminum frame. The next day, Stuart asked about guard height, cable spacing and fascia-mounted posts.

      A measurement visit was arranged for May 23 so the deck and stair layout could be reviewed.

    2. 02

      May 28–29 — Design & material choice

      Stuart responded positively to the 3D design and chose stainless-steel posts and top rail with black powder coat.

      The revised written scope recorded approximately 47 linear feet of railing, including supply and installation.

    3. 03

      June 1–22 — Preparation & installation planning

      A further measurement check was requested before fabrication. Project updates followed, and the June 8 correspondence confirmed that cutting was already complete.

      On June 22, LOUEI reported the railing ready and arranged installation. Readiness and a scheduled visit are not the same as final completion.

    4. 04

      July 8–15 — Remaining piece & completion

      Stuart followed up about the last piece on July 8. LOUEI acknowledged a crew scheduling delay and proposed a July 13 installation visit for that piece.

      On July 15, LOUEI confirmed that the railing was finished and installed. Stuart replied with thanks for the workmanship and permission to use the railing photos on the website.

    07 — The result

    The finished railing

    Fascia-mounted cable railing posts along the upper deck edge, seen from the covered patio below
    Fascia-mounted posts bolt to the deck edge — no base plates on the walking surface, and the covered patio below stays open.
    View along the slim matte black top rail of the deck cable railing toward the staircase and garden below
    The dark top rail follows the deck edge, with the garden visible through the cable infill.
    Deck-level view through the horizontal stainless cables toward the backyard, hot tub visible below the rail
    Deck-level view through the horizontal cables toward the backyard.
    In the client's words

    Feedback from design to the finished railing

    “Design looks great !! Thanks”

    May 28 · On the 3D design

    “Pretty slick, thanks Ash!”

    June 5 · On a project update

    “Really happy with how everything turned out! Huge thanks for the high quality workmanship !!”

    July 15 · After completion

    Quoted from project correspondence with the homeowner's first name only.

    Questions this project answers

    North Vancouver cable railing FAQ

    How long did this North Vancouver cable railing project take?

    The documented project ran from May to July 2026. The first quote was sent on May 19, the 3D design and stainless-steel selection were confirmed on May 28, and the railing was reported ready for installation on June 22. A remaining piece required a July follow-up; completion and the homeowner’s satisfaction were confirmed on July 15. This is this project’s history, not a promised lead time for another build.

    Can I use this project’s dimensions for my own deck?

    No. Guard height, cable openings, connections and mounting details need to be assessed for your own deck, stairs and applicable requirements. The drawing excerpts here show this project’s design geometry; they are not a standard detail to copy or an inspection certificate for the installed railing.

    Why choose powder-coated stainless steel instead of bare stainless or aluminum?

    For this project, Stuart chose stainless-steel posts and a stainless-steel top rail while keeping the black powder-coated appearance. The original quote had proposed an aluminum frame. The final choice combined his preferred frame material with the dark finish he wanted for the house and deck.

    Are fascia-mounted posts better than top-mounted posts for a deck like this?

    The installed photos show posts mounted to the vertical deck edge rather than base plates sitting on the deck surface. Whether that approach suits another deck depends on its structure, edge condition and connection design. It should not be treated as a universal waterproofing solution.

    Planning something similar?

    Start with your deck or stair project

    We fabricate and install custom railings in North Vancouver and across Metro Vancouver. Tell us what you are planning and share photos or drawings if you have them. For work in Vancouver itself, explore our Vancouver custom railing team service. If cable is on your shortlist, our guide to cable tension and sag explains the maintenance questions worth asking before choosing a system.

    Prefer a conversation? Contact LOUEI Metal Arts.

    Primary-source code reference · checked September 24, 2026

    Code references for this page

    These links go to governments, regulators and the original professional or certification bodies—not other railing businesses. Code text, older local bulletins and advisory guidance are labelled separately. This is an editorial source check, not a professional sign-off, product certification or approval of your project.

    Which code applies?

    BC province versus the City of Vancouver

    Use BCBC 2024 with its published amendments outside the City of Vancouver, and VBBL 2025 inside the city. Vancouver is not the same jurisdiction as North Vancouver or West Vancouver. Permit dates and transition rules matter. A newer national model code does not automatically replace the locally adopted edition.

    Guard height and openings

    Ordinary Part 9 guards; exceptions must be read with the clause

    Articles 9.8.8.1, 9.8.8.3 and 9.8.8.5 cover when a guard is required, its height and openings. The usual trigger is a drop over 600 mm within 1.2 m of the walking surface. Default height is 1,070 mm; qualifying residential guards can use 900 mm, including certain exterior guards at no more than 1,800 mm above finished ground. The ordinary required-guard opening rule prevents a 100 mm sphere passing. Exactly 4 inches is 101.6 mm: metric limits control.

    Horizontal cable: the 4.2 m rule and its limits

    Separate Part 9, Part 3, exit and pool conditions

    For ordinary Part 9 guards, 9.8.8.6.(1) applies the anti-climb requirement above 4.2 m. At or below 4.2 m, horizontal cable is not prohibited by that clause merely because it is climbable; height, openings, loads and connections still apply. Part 3 clause 3.3.1.18.(4) also says more than one storey. Vancouver exit clause 3.4.6.6.(7) has no 4.2 m exception. Pool fencing is separate. 4.2 m is about 13 ft 9.35 in, not 14 ft.

    Loads, anchors and structural materials

    The whole assembly and its supporting structure

    Use the applicable row of Table 9.8.8.2 or Article 4.1.5.14, not one load for every railing. The Part 9 residential top-load row is 0.5 kN/m OR 1.0 kN concentrated, whichever is critical, with 1.5 kN/m vertical and separate infill loading. Handrail loads under 9.8.7.7 differ. Article 9.8.8.2.(2) refers to adjacent vertical elements; it is not a universal horizontal-cable tension test. Cable diameter, post spacing and pretension need system-specific design. Structural steel, aluminium and glass have separate design references in Part 4.

    North Vancouver: City and District are different authorities

    DNV deck bulletin and complex-building closeout documents

    The District’s single-family deck bulletin states a top-cap requirement and disallows fibreglass deck membranes within its scope. Its summary omits some qualification in the full guard-climbability clause; read BCBC 9.8.8.6 and obtain District confirmation rather than treating the summary as a province-wide amendment. GEN 111 lists a glazed-guardrail cover letter for applicable complex-building closeout. Neither document is the City of North Vancouver’s permit policy.

    Read the applicable clause and its exceptions, referenced standards and amendments together. The municipal consolidated PDFs are convenience copies; enacted text controls. Proprietary standards are linked through their issuing authorities—we do not claim access to, or reproduce, paywalled standards. Explore the complete topic-by-topic official-source register.

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