Building a Barndominium Step by Step - Colorado

Barndominiums combine the durability of metal construction with the comfort of a full custom home, at a fraction of traditional stick-built costs. If you are researching building a barndominium step by step in Colorado, this guide covers pricing, financing challenges, floor plans, and zoning specifics Colorado buyers need to understand.

Through Love Barndominiums, we connect Colorado buyers with barndominium builders and kit suppliers who deliver custom homes at 40-60% less than traditional construction.

Building a barndominium in Colorado begins with planning - the phase that most owners underestimate and where the biggest mistakes get locked in. Proper planning before breaking ground prevents 40 to 60 percent of the construction problems that happen on rushed projects. This phase takes 30 to 90 days and lays the foundation for everything that follows.

Step 1: Define your goals clearly. What do you want from this barndominium? Write down specific goals: primary residence or vacation home, how long you plan to live there, square footage needed, number of bedrooms and bathrooms, whether you need an attached shop or workshop, budget range, and target move-in date. Be honest about must-haves versus wants - every trade-off during construction traces back to these priorities.

Step 2: Establish realistic budget. Calculate total project cost including land (if not already owned), site preparation, foundation, shell, interior build out, utility connections, permits, furniture, and a 10 to 15 percent contingency. For a typical 40x60 turnkey build in Colorado, budget $200,000 to $325,000 plus land. Owners with insufficient budget consistently report dissatisfaction with their finished homes - running out of money during construction forces cost-cutting in areas that show daily. Better to build smaller with proper finishes than larger with basic finishes.

Step 3: Research builders and kit manufacturers in Colorado. Colorado's barndominium builder market reflects [BarndoPopularity] local popularity. Start with the AgriBuilders Association directory for vetted builders. Review builder portfolios, completed project addresses, and homeowner references. If considering kit-based construction, research major manufacturers: Mueller, DC Structures, Morton Buildings, Worldwide Steel. Reviewing 3 or more builder portfolios before selecting one correlates with 25 percent higher owner satisfaction.

Step 4: Choose construction path. Decide between turnkey (builder handles everything, $80 to $130 per square foot), shell plus owner-managed interior (save 25 to 40 percent, you manage project), or kit plus DIY (maximum savings but significant owner labor). This decision affects everything downstream - builder selection, financing options, timeline, and risk profile.

Step 5: Evaluate land (if not already owned). In Colorado's [BarndoZoningFriendly] zoning environment, verify before purchasing that any specific parcel permits barndominium construction. Contact county zoning authority for written confirmation. Review recorded CC&Rs for any HOA restrictions. Conduct perc test for septic suitability ($300 to $800). Verify utility availability and costs. Check road access and easements. Walk away from parcels that do not pass due diligence - fitting a project to a difficult parcel consistently costs more than finding the right parcel.

Step 6: Get financing pre-approval. Submit applications to Farm Credit, USDA Rural Development (if eligible), and one or two conventional construction-to-permanent lenders. Pre-approval takes 2 to 4 weeks and tells you what loan amount you qualify for. This number validates your budget or forces a reset before committing to builders and plans. Our financing guide covers this in detail.

Step 7: Develop preliminary design. Based on your goals, budget, and chosen construction path, develop a preliminary design with your builder or kit manufacturer. Start with stock plans from the builder's library when possible - modifying stock plans costs 10 to 30 percent less than fully custom designs. Sketch room layouts, identify must-have design elements, and collect inspiration images (Pinterest, Houzz) to communicate your vision.

Planning phase duration: 30 to 90 days. Faster timelines are possible if you already own land and have pre-approved financing, but 60 days is realistic for most first-time barndominium owners. Do not skip or rush this phase - every week of planning prevents multiple weeks of construction problems later.

Love Barndominiums helps you through the planning phase with vetted builder referrals, financing guidance, and realistic budget estimates. Call (800) 555-0212 or request a free quote.

Design and engineering is where your concept becomes construction-ready documents. Complete documents in this phase reduce construction change orders by 60 to 75 percent - every dollar spent on thorough design saves multiple dollars in construction cost changes.

Step 1: Finalize floor plan. Work from stock plans if possible and modify to fit your needs. Finalize: exact square footage, room dimensions, door and window locations, kitchen and bathroom configurations, utility room placement, and any special features (loft, shop, covered porch). Mentally walk through the plan at different times of day - morning coffee, cooking dinner, entertaining guests, moving between rooms. Plans that look good on paper but feel awkward in use are the most common design regret.

Step 2: Design exterior elevations. Exterior design affects both aesthetic and cost. Specify: roof pitch (2:12 to 4:12 typical), siding material (metal, wood, stone veneer, combinations), window placement and sizes, door locations, porch and overhang designs, and any architectural features (gables, dormers, decorative elements). Simpler exteriors cost less and build faster; complex exteriors add 10 to 30 percent to shell cost.

Step 3: Structural engineering for Colorado. Under 2018 IBC (local adoption varies) enforced by No mandatory statewide code — local jurisdictions adopt codes individually, your barndominium must be engineered for Colorado's 140 mph basic wind speed and 40 psf ground snow load. Kit manufacturers include engineering in their quoted packages. Custom designs require separate engineering, typically $1,200 to $3,500 from a licensed structural engineer. Engineering produces stamped drawings that your builder submits with permit applications.

Step 4: Material specifications. Detailed material specifications eliminate ambiguity during construction. Specify: flooring (brand, product, color), cabinetry (style, door profile, finish, manufacturer), countertops (material, edge profile, color), paint colors by room, plumbing fixtures (brand, model, finish), light fixtures (specific products with model numbers), appliances, and hardware. Use allowance schedules for items you will select later - builder quotes assume specific allowance dollar amounts, and exceeding those amounts generates change orders.

Step 5: Mechanical systems design. HVAC system selection and placement, plumbing layout, electrical service size and panel location, switch and outlet placement, lighting plan, and communications infrastructure. HVAC is typically the most expensive mechanical system - 2,400 sq ft barndominiums need $8,000 to $15,000 in HVAC. Zoned systems with separate controls for different areas add cost but improve comfort and efficiency.

Step 6: Site plan. Document exact building location on your parcel, driveway route, septic field location, well location, utility routing, setbacks from property lines, and any drainage or grading requirements. Site plans must accompany permit applications. A proper site plan typically costs $500 to $2,500 from a surveyor or civil engineer if your builder does not include it.

Step 7: Review and approve design package. Before signing construction contracts, review the complete design package: floor plans, elevations, structural engineering, specifications, site plan, and contract scope. Request revisions before signing rather than after - post-contract changes cost dramatically more. Make sure the drawings match what you think they do - small discrepancies between your expectations and the drawings cause major disputes during construction.

Step 8: Confirm code compliance. Your builder should verify that the design complies with 2018 IBC (local adoption varies), local code amendments, energy code, and any specific Colorado requirements. Non-compliance discovered at permit review or inspection creates expensive revisions.

Design phase duration: 30 to 60 days for stock plan modifications, 60 to 120 days for fully custom designs. Stock plans from builder libraries are faster because engineering already exists; custom designs require new engineering from scratch. Budget time for this phase - rushed design creates construction problems that take 3 to 10 times longer to fix than the time saved by rushing.

Permits and approvals are where good design meets regulatory reality. This phase takes 30 to 90 days and has the highest potential for delays if not handled carefully. 80 percent of first-time permit submissions require at least one revision before approval, so building in review cycles is essential.

Step 1: Pre-submission meeting with building department. Before submitting formal permit applications, request a pre-submission meeting with [CountyZoningAuthority] and No mandatory statewide code — local jurisdictions adopt codes individually. Present your preliminary plans and ask for feedback on any code or zoning concerns. Pre-submission meetings reduce formal revision cycles by 40 to 50 percent because issues are identified and resolved before formal submission. These meetings are typically free or low-cost but provide significant value.

Step 2: Prepare complete permit package. Complete permit packages include: application forms, site plan showing setbacks and site features, architectural drawings (floor plans, elevations, sections), structural engineering stamped plans, mechanical plans (HVAC, electrical, plumbing), energy compliance calculations, septic system design (if applicable), and specifications document. Missing documents result in rejection or delayed review. Your builder typically assembles and submits the package on your behalf.

Step 3: Submit permits and pay fees. Submit the complete package to [CountyZoningAuthority] or appropriate local building department. Pay required fees - typically $500 to $5,000 depending on square footage and jurisdiction. Fees are usually based on estimated construction value or square footage. Get receipts and a submission confirmation with a file number for tracking.

Step 4: Plan review and revisions. Plan review takes 2 to 6 weeks for complete submissions. Reviewers may issue correction requests or revision requirements. Common revision requests: additional engineering details, code compliance clarifications, setback verification, septic system modifications, or energy compliance adjustments. Address revisions promptly - each revision cycle typically takes 1 to 3 weeks. [PermitProcess]

Step 5: Utility service applications. Simultaneously with permit applications, submit utility service requests: electric service (to local utility), water service or well drilling permit, septic system permit (county health department), gas service if applicable, and communications (cellular, internet, phone). Utility service applications can take 30 to 90 days to process independent of building permits. Some rural utility extensions require significant lead time and cost.

Step 6: HOA approval (if applicable). If your parcel is within an HOA or subdivision with architectural review, submit plans to the architectural review committee. HOA approval typically takes 30 to 60 days. Approval conditions may require design modifications. Do not begin construction until HOA approval is received - starting without approval can result in stop-work orders and forced modification.

Step 7: Permit issuance. Once plan review is complete and revisions are addressed, No mandatory statewide code — local jurisdictions adopt codes individually issues the building permit. Permits are typically valid for 6 to 12 months - construction must begin within that window or the permit expires. Post the permit in a visible location on the construction site as required by code.

Step 8: Pre-construction meeting. Schedule a pre-construction meeting with your builder and building inspector. Walk through the site, confirm building location matches site plan, discuss inspection schedule and expectations, and clarify any questions about code interpretation. This meeting prevents early construction problems that create expensive rework.

Permit phase duration: 30 to 90 days from submission to permit issuance. Complex projects or jurisdictions with heavy review backlogs can extend this timeline. Projects that required significant revisions typically take 60 to 120 days. Working with builders experienced in your specific jurisdiction reduces this timeline significantly because they know what reviewers expect.

Site preparation and foundation work is where your project becomes physical. This phase takes 2 to 4 weeks and establishes the base for everything that follows. Mistakes in foundation work create problems that affect the home for decades.

Step 1: Site clearing. Remove trees, brush, and vegetation from the building pad and driveway route. Rural sites may require professional tree clearing at $500 to $5,000 per acre depending on density. Preserve trees outside the construction footprint where possible - mature trees add significant property value. Grub and remove stumps from the building pad area to prevent future settlement under the foundation.

Step 2: Rough grading. Grade the building pad to proper elevation with appropriate drainage. The pad must be level within 1/8 inch for proper foundation work. Slope surrounding ground away from the building at minimum 5 percent grade for at least 10 feet to prevent water infiltration. Compact fill material if the site requires filling - improperly compacted fill causes foundation settlement. Grading typically takes 2 to 5 days depending on site complexity.

Step 3: Utility trenching. Trench for water, sewer or septic, electric, gas, and communications lines from the building site to connection points. Depths vary by utility and local requirements - water lines typically below frost depth, electric and communications 18 to 24 inches minimum. Sewer lines require specific slopes to maintain gravity flow. Coordinate utility trenching before foundation work - trenching through finished slabs later is expensive.

Step 4: Driveway rough-in. Rough grade the driveway from road to building. Install any required culverts or drainage structures. The driveway base should support construction traffic including concrete trucks and crane vehicles. Final driveway surface (gravel, asphalt, concrete) typically installs after construction to avoid damage from construction traffic.

Step 5: Septic installation (if applicable). Install septic tank and drain field per approved design and permit. Septic work requires inspection and approval before any concrete work begins. Septic setbacks from the building, well, and property lines affect siting. Typical cost: $5,000 to $20,000 depending on system type. Alternative systems (aerobic, mound, pressure-dosed) cost more and require specialized installation.

Step 6: Well installation (if applicable). Drill well if using private water supply. Well depth varies by local geology - typically 100 to 400 feet. Install well pump, pressure tank, and water line to building. Test water quality - treatment systems may be required for certain contaminants. Typical cost: $5,000 to $15,000.

Step 7: Foundation forming and reinforcement. Set concrete forms for the slab or stem walls. Install rebar reinforcement per engineered specifications. Place anchor bolts at primary frame column locations - accuracy within 1/4 inch is critical for shell erection. Install vapor barrier under slab if required. Set up foundation drainage if required by design.

Step 8: Foundation inspection. Building inspector verifies forms, reinforcement, vapor barrier, and anchor bolts before concrete pour. Approximately 20 to 30 percent of first inspections fail due to rebar placement, anchor bolt positioning, or missing components. Address any issues before pouring concrete.

Step 9: Concrete pour. Pour slab or stem walls. A 40x60 slab requires 30 to 40 cubic yards of concrete delivered by 4 to 5 truckloads. Finish the slab to required smoothness (broom finish for slip resistance in garage areas, smooth finish for residential interior). Weather affects concrete work significantly - cold temperatures require accelerants or thermal blankets, hot weather requires retardants and water curing, rain during pour can damage the finish.

Step 10: Foundation cure time. Concrete requires 7 to 14 days of cure time before shell erection can begin. During cure, keep the slab moist (plastic sheeting or water misting) and protected from heavy traffic. Reaching 70 percent of design strength (typically 7 days) is the minimum for shell erection loads.

Phase duration: 2 to 4 weeks from site clearing to cured slab ready for shell. Weather can significantly extend this timeline - multiple days of rain can stop grading and concrete work entirely.

Shell erection is the most visible phase of construction and the fastest milestone in the entire project. A 40x60 shell typically rises from cured slab to dried-in structure in 10 to 15 working days with an experienced crew. Weather is the biggest variable.

Step 1: Kit delivery and staging. Shell components arrive on 2 to 4 semi-trucks. Inventory all components against the packing list within 48 hours of delivery and report any missing or damaged items immediately. Position components near the foundation in erection sequence - primary frames first, then secondary framing, then panels. A well-staged site speeds erection 20 to 30 percent.

Step 2: Primary frame erection (2-3 days). Using a crane, lift primary frame columns into position on anchor bolts, plumb vertical, and secure. Lift trusses onto column tops and bolt in place. Install lateral bracing between frames to prevent lateral movement. This is the most dangerous phase - workers are at maximum height with heavy suspended loads. Professional crane operators and experienced erection crews are worth every dollar on this phase. Properly bolted primary frames are 80 to 90 percent as rigid as fully completed shells.

Step 3: Secondary framing (1-2 days). Install purlins (horizontal members on top of trusses supporting roof panels) and girts (horizontal members on columns supporting wall panels). Secondary framing typically uses Z or C profile steel, spaced 5 feet on center. Proper alignment of secondary framing is essential for panel installation to go smoothly.

Step 4: Roof panels (2-3 days). Install metal roof panels starting from one gable end and working to the other. Panels overlap at seams and screw to purlins beneath. Install ridge caps at the peak. Proper panel alignment and fastener placement prevents leaks. Colorado's 40 psf snow load and 140 mph wind speed drove the panel specifications in your engineering - use the specified gauge and fastener pattern exactly.

Step 5: Wall panels (2-3 days). Install wall panels around the building perimeter. Wall panels typically run vertically from foundation to eave. Openings for windows and doors are framed at appropriate locations - some kits include framed openings, others require field cutting. Trim strips around openings provide weather protection and finish appearance.

Step 6: Trim, gutters, and flashing (2-3 days). Install corner trim, eave trim, rake trim, base trim, and any decorative trim elements. Install gutters and downspouts routed to drainage. Install flashing at roof-to-wall junctions, around windows and doors, and at any other water penetration points. Proper flashing is the difference between a watertight shell and one that leaks at every interface.

Step 7: Exterior doors and windows (1-2 days). Install entry doors, overhead doors, and windows. Ensure proper flashing and weatherstripping at all openings. Overhead doors require specific framing and track systems. Windows require proper sealing and flashing to prevent water infiltration.

Step 8: Insulation installation. Install insulation on walls and roof before interior framing begins. Closed-cell spray foam is most common for barndominium applications at $8,000 to $14,000 for a 40x60 shell. Fiberglass batts are less expensive but perform 30 to 40 percent worse in metal buildings due to thermal bridging. Insulation quality during shell phase is the single highest-impact decision for long-term comfort and operating costs.

Step 9: Shell inspection. Building inspector reviews completed shell - primary frame bolt torque, secondary framing attachment, panel installation quality, and compliance with engineered drawings. Address any issues before interior work begins.

Weather considerations. Wind above 25 mph typically stops panel installation for safety reasons. Rain affects panel installation and primary frame work. Extreme cold or heat affects worker productivity and material handling. Budget 15 to 30 percent additional time for weather delays during shell erection depending on season.

Phase duration: 10 to 15 working days for 40x60, 12 to 18 days for 50x80, 18 to 25 days for 60x100. This is typically the fastest phase of construction, creating the dramatic transformation from foundation to completed structure in just a few weeks.

Interior build out is where your shell becomes a home. This phase takes 10 to 16 weeks depending on finish level and contains the most trades and coordination. Sequencing matters - one out-of-order trade can delay the entire project by weeks.

Step 1: Interior framing (1-2 weeks). Frame interior walls per floor plan. Since there are no load-bearing requirements, interior framing is straightforward 2x4 or 2x6 construction. Frame in openings for doors, ensure plumbing walls are sized appropriately (2x6 for plumbing walls), and include fire blocking and bracing per code. Interior framing progresses quickly once shell is complete.

Step 2: Plumbing rough-in (5-7 days). Run water supply lines, drain lines, and vent lines. Install shower pans, tubs, and toilet flanges. Connect to septic or sewer and water supply or well. Plumbing rough-in must pass inspection before walls close. Ensure fixture locations match your plan - moving plumbing after drywall is expensive.

Step 3: Electrical rough-in (7-10 days). Install electrical service panel, run wiring to all outlets, switches, and fixtures, install junction boxes, ground all circuits, and install low-voltage wiring (cable, internet, security). Electrical rough-in takes longer than plumbing because of the number of circuits and devices. Verify outlet and switch locations against your plan before drywall.

Step 4: HVAC rough-in (5-7 days). Install furnace or heat pump, air handler, ductwork, and ventilation systems. HVAC ducts typically run through open ceiling space above interior walls. Bathroom and kitchen exhaust fans install during this phase. Duct sealing is critical for efficiency - poorly sealed ducts can lose 20 to 30 percent of HVAC capacity.

Step 5: Rough-in inspections. Building inspector reviews plumbing, electrical, and HVAC rough-in for code compliance under 2018 IBC (local adoption varies). Address any code violations immediately. Rough-in inspections must pass before insulation and drywall close the walls. Failed inspections typically add 3 to 7 days per failure.

Step 6: Insulation (if not done during shell phase). Install wall and ceiling insulation. Fiberglass batts, blown-in cellulose, or spray foam depending on specification. Insulation inspection verifies proper installation before drywall.

Step 7: Drywall (2-3 weeks). Hang drywall (3-4 days), tape and first coat mud (2-3 days), second and third coats with sanding (4-5 days), and texture application if specified (2-3 days). Drywall finish quality (Level 4 or 5) affects how interior lighting and paint look - skip the cheaper Level 3 finish for primary living areas.

Step 8: Painting (3-5 days). Prime and paint interior walls and ceilings. Typically 2 coats of quality paint for proper coverage. Painting often overlaps with flooring prep.

Step 9: Flooring installation (1-2 weeks). Install flooring throughout. Hard flooring (LVP, hardwood, tile) typically installs before cabinets and fixtures. Carpet usually installs last to prevent damage. Coordinate flooring delivery and storage to prevent damage during other trades.

Step 10: Cabinetry and countertops (3-4 weeks end to end). Install cabinets after flooring and before countertops. Template countertops after cabinets installed (allow 1 week). Fabricate countertops (1-2 weeks for stone, shorter for laminate). Install countertops (1-2 days). Cabinets and countertops often drive the critical path - order them early to prevent delays.

Step 11: Plumbing fixtures and trim (1 week). Install toilets, sinks, faucets, shower heads, garbage disposals, and other plumbing fixtures. Connect all fixtures and test.

Step 12: Electrical fixtures and trim (1 week). Install light fixtures, outlets, switches, and dimmers. Connect and test all electrical devices.

Step 13: Interior doors and trim (5-7 days). Hang interior doors, install casing, baseboards, window trim, and any specialty trim. Install hardware.

Step 14: Appliances (1-2 days). Install and connect appliances - refrigerator, range, dishwasher, washer, dryer, microwave, and any others. Test each appliance.

Step 15: Final paint touch-ups. Touch up any paint damaged during installations.

Phase duration: 10-16 weeks depending on finish level complexity. Luxury finishes with custom cabinets and premium materials can extend this phase to 20 weeks. Schedule all long-lead-time items (custom cabinets, specialty tile, custom counters) at the beginning of interior phase to prevent delays at the end.

The final phase transitions your barndominium from construction project to your home. This phase takes 1 to 2 weeks and closes out contracts, approvals, and inspections. Proper closure here protects your investment for years.

Step 1: Final building inspection. No mandatory statewide code — local jurisdictions adopt codes individually conducts final inspection reviewing all construction against approved plans. Items checked: structural completion, electrical service, plumbing systems, HVAC operation, safety items (smoke detectors, CO detectors, egress windows), accessibility features, and compliance with 2018 IBC (local adoption varies). Inspector issues Certificate of Occupancy upon satisfactory completion.

Step 2: Final electrical, plumbing, and mechanical inspections. Separate trade-specific inspections verify each trade completed work correctly. Electrical: proper grounding, GFCI and AFCI protection, correct circuit sizing. Plumbing: no leaks, proper venting, correct fixture installation. HVAC: proper airflow, correct refrigerant charge, proper venting. Each inspection requires separate scheduling.

Step 3: Punch list walkthrough. Walk the entire home with your builder and document every issue - scratches in flooring, paint touch-ups needed, doors not closing properly, fixtures not functioning, any quality concerns. Punch lists typically contain 20 to 50 items on standard builds. Document everything in writing, photograph issues where helpful, and establish a deadline for resolution (typically 2 to 4 weeks).

Step 4: Punch list resolution. Builder addresses all punch list items. Complex items (cabinet replacements, fixture re-orders) can extend beyond the initial deadline. Maintain a written checklist of items completed and items remaining. Do not make final payment until all punch list items are resolved - final payment is your primary leverage for getting the builder to finish the work.

Step 5: Certificate of Occupancy. No mandatory statewide code — local jurisdictions adopt codes individually issues Certificate of Occupancy confirming the structure is ready for residential use. Certificate of Occupancy is required for: legal occupancy, construction loan conversion to permanent mortgage, homeowners insurance coverage activation, and any future resale documentation. Keep the original certificate in a safe location.

Step 6: Final financial closing. Construction-to-permanent loans automatically convert to amortizing mortgages at Certificate of Occupancy. Your first regular mortgage payment typically begins 30 to 45 days after conversion. Make final payment to builder after punch list is complete (hold back 10 to 15 percent of contract until punch list satisfaction). Some builders offer a walk-through warranty at this point.

Step 7: Insurance transition. Builders risk insurance (typically carried by builder or lender during construction) transitions to your homeowners insurance at Certificate of Occupancy. Coordinate this transition to avoid coverage gaps - some owners discover gaps only when they need to file claims. Your homeowners policy should be active on or before Certificate of Occupancy date.

Step 8: Utility activation. Transfer utility accounts from construction status to residential status. Electric, gas, water, sewer, communications - all should be in your name and properly activated. Schedule service transfers 1 to 2 weeks before move-in to prevent service interruptions.

Step 9: Move-in. Actual move-in after Certificate of Occupancy and utility activation. Many owners schedule movers for several days after Certificate of Occupancy to allow final cleaning, minor adjustments, and verification that all systems work properly. A thorough whole-home cleaning before furniture arrives saves significant time post-move.

Step 10: Post-construction documentation. Archive all construction documentation: signed contracts, approved plans, engineering drawings, permit documents, Certificate of Occupancy, inspection reports, warranty documents, appliance manuals and serial numbers, paint colors used (for future touch-ups), and material specifications. Store both physical copies and digital copies. This documentation is essential for warranty claims, future renovations, insurance claims, and eventual resale.

Step 11: Warranty period. Most builders offer warranty covering workmanship (typically 1 year), systems (plumbing, electrical, HVAC for 2 years), and structural (10 years or more). Contact the builder promptly if warranty issues arise. Written documentation of warranty claims protects your rights.

Congratulations - you own a barndominium. From planning phase through move-in, you have completed a 7 to 11 month project that transforms vacant land into your custom home. The satisfaction of living in a building you designed and built is one of the great rewards of the barndominium path.

Love Barndominiums is here to help future barndominium owners in Colorado through every phase. Call (800) 555-0212 or request a free quote to start your project.

Love Barndominiums connects Colorado buyers with certified builders, dealers, and installers nationwide. Every quote is free. Here is how it works:

• Step 1: Request your free quote - Call or submit your information online. We match you with a qualified provider serving Colorado.
• Step 2: Custom quote and consultation - Your provider works with you on sizing, materials, options, and pricing - with no pressure.
• Step 3: Order and delivery - Once you approve the quote, your provider handles manufacturing, delivery, and installation coordination.

Call Tammy Lockwood at (800) 555-0212 or get your free quote online.