Most people ask this question expecting a simple answer. The honest one is it depends, but here’s exactly what it depends on, and what a realistic timeline looks like from site selection to your first day in the building.
It’s one of the first questions business owners ask when they start thinking about a commercial build: how long is this actually going to take? It’s a fair question, and the internet is full of vague answers, “six months to two years”, that aren’t very useful when you’re trying to plan a business move, negotiate a lease end date, or secure financing.
After 30 years of building commercial projects across Colorado Springs and the Front Range, Hammers Construction can give you a more specific answer. This post breaks down every phase of a typical commercial construction project, the realistic time each one takes in the Colorado Springs market, and the local factors that can speed things up or slow them down.
The short answer: most ground-up commercial buildings in Colorado Springs take between 10 and 18 months from the first planning conversation to occupancy. Here’s where that time goes.
- 10โ18 Months for a typical ground-up commercial build in Colorado Springs
- 2โ4 Months saved on average with a design-build firm vs. traditional delivery
- 60โ90 Days for commercial permit review in El Paso County, plan accordingly
- 35+ Years Hammers has navigated the local permitting process
Phase-by-Phase: A Realistic Colorado Springs Build Timeline
Here’s how a ground-up commercial construction project actually unfolds, not in an ideal world, but in the real Colorado Springs permitting and construction environment.
ย PHASE 1
Pre-Design & Site Selection
4โ8 weeks
Before a single line gets drawn, you need a site. This phase covers assessing your needs, identifying candidate parcels, conducting due diligence (soil tests, utility availability, zoning confirmation), and finalizing land procurement. Business owners often underestimate how long site selection takes, a good site for your specific use case isn’t always easy to find in Colorado Springs’ tightening commercial real estate market. With Hammers, we assist in this process, which helps compress the timeline because site analysis and early design thinking happen in parallel.
PHASE 2
Schematic Design & Programming
4โ6 weeks
This is where your building takes shape on paper. Hammers works with you to develop the floor plan, building footprint, exterior concept, and operational layout. For specialized buildings, healthcare facilities, veterinary clinics, industrial spaces with specific clearance or loading requirements, this phase involves more back-and-forth to get the program right. Getting this phase right is worth the time: changes made on paper cost almost nothing; changes made during construction are expensive.
PHASE 3
Design Development & Construction Documents
6โ10 weeks
Schematic drawings get developed into full construction documents, the detailed architectural, structural, mechanical, electrical, and plumbing plans that contractors build from and the city reviews for permits. This is the most technically intensive design phase. In a design-build model, the construction team is already involved here, which means constructability issues get caught before they become field problems. Traditional models, where an architect hands drawings to a separate contractor, often produce documents that require costly revisions once the builder reviews them.
PHASE 4
Permitting & City Review
8โ14 weeks
This is where Colorado Springs-specific knowledge matters most. El Paso County and the City of Colorado Springs have distinct permitting processes, and review timelines have lengthened in recent years as development activity has increased. A straightforward commercial permit typically takes 60 to 90 days for initial review, with additional time if comments come back requiring plan revisions. Projects in specific zones, near military installations, in flood-designated areas, or requiring CDOT access permits along state highways, can add weeks to this phase. Hammers has navigated these processes for over 30 years and knows what reviewers look for, which reduces the likelihood of comments that kick the review back to square one.
PHASE 5
Site Work & Foundation
4โ8 weeks
Once permits are in hand, work begins on site. This phase covers clearing, grading, underground utilities, foundation excavation, and concrete work. Colorado’s soil conditions, expansive soils are common across the Pikes Peak region, can affect both the foundation design and this phase’s timeline. Winter weather is also a real factor: concrete work in sub-freezing temperatures requires protection measures that add time and cost. Projects breaking ground in late fall often see this phase stretch relative to a spring start.
PHASE 6
Structural Framing & Building Envelope
6โ12 weeks
Steel erection or wood framing, exterior sheathing, roofing, windows, and doors, this is the phase where the building visibly takes shape. For pre-engineered metal buildings (PEMBs), which Hammers frequently uses for industrial and warehouse projects, steel lead times are a critical scheduling factor. Supply chain conditions have normalized somewhat since 2022, but ordering steel early, often before permits are finalized, is still standard practice for staying on schedule. A well-timed steel order can save four to six weeks on your overall timeline.
PHASE 7
MEP Rough-In & Inspections
4โ8 weeks
Mechanical, electrical, and plumbing systems get roughed in, run through walls and ceilings before insulation and drywall close everything up. Inspection scheduling with the city is interwoven throughout this phase. Coordination between trades matters enormously here; conflicts between mechanical and structural elements that weren’t resolved in the design phase surface now and cost time. Design-build firms catch most of these in the document phase; traditional delivery often encounters them in the field.
PHASE 8
Interior Finishes & Systems
6โ10 weeks
Insulation, drywall, paint, flooring, ceilings, cabinetry, fixtures, and final MEP trim-out. For office buildings and medical facilities, this phase is more extensive than for industrial or warehouse projects. Owner-supplied finishes, custom tile, specialty flooring, owner-furnished equipment, can affect scheduling here if deliveries are delayed or lead times weren’t planned in advance.
PHASE 9
Punch List, Final Inspections & Certificate of Occupancy
2โ4 weeks
The final stretch: addressing punch list items, passing final city inspections, and receiving the Certificate of Occupancy (CO) that allows you to legally occupy and operate from the building. CO timing depends on city inspection scheduling, peak construction seasons can mean a wait for your final inspection slot. Hammers coordinates this closely to minimize the gap between construction completion and occupancy.
Timeline Summary by Project Type
Not all commercial buildings are the same. Here’s how timelines typically vary by project type in Colorado Springs:
| Project Type | Typical Size | Estimated Timeline | Key Variables |
| Small office / retail building | 2,000โ5,000 sq ft | 10โ13 months | Permitting, finish level |
| Warehouse / industrial (PEMB) | 5,000โ20,000 sq ft | 10โ14 months | Steel lead times, site work |
| Multi-tenant office / flex | 8,000โ25,000 sq ft | 14โ20 months | Design complexity, phasing |
| Ground-up average (all types) | โ | 10โ18 months | Site, permits, project type |
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What Can Slow a Colorado Springs Build Down
Understanding the risks to your timeline is as important as understanding the baseline. Here are the most common sources of delay in the Colorado Springs market:
LOCAL FACTOR 1
El Paso County permitting backlogs
Permit review times have increased as Colorado Springs has grown. Projects with complex site conditions, slopes, drainage easements, proximity to military zones, tend to generate more review comments and longer back-and-forth cycles. Submitting complete, well-coordinated documents the first time is the single best way to avoid adding weeks to the permitting phase.
LOCAL FACTOR 2
Expansive soils
Much of the Colorado Springs area sits on expansive clay soils that swell when wet. This affects foundation design, many commercial buildings here require pier and grade beam foundations rather than standard spread footings, and can extend the foundation phase if soil conditions are worse than the geotechnical report anticipated.
LOCAL FACTOR 3
Winter weather windows
Colorado Springs averages around 60 inches of snow per year, and winter temperature swings can interrupt concrete and exterior work. Projects that hit the foundation and framing phases between November and February typically build buffer time into their schedule. Starting site work in spring or early summer generally produces the most predictable schedules.
LOCAL FACTOR 4
Utility coordination
Colorado Springs Utilities coordinates water, wastewater, and electric service for most of the city. New commercial service connections, especially for buildings with high electrical demand, require lead time for design review and construction. Getting utility applications in early, often during the permitting phase, prevents this from becoming a late-project bottleneck.
UNIVERSAL FACTOR
Owner decision delays
The most consistent source of schedule slippage on any construction project isn’t weather, permits, or contractors, it’s decisions that don’t get made on time. Finish selections, equipment specifications, change orders, and owner-furnished items all have ripple effects on the schedule. Working with a construction partner who keeps you clearly informed about what decisions are needed and when is the best defense against this.
“We purchased and occupied our Hammers-built industrial building during the worst possible time, COVID restrictions, bad weather, parts delays, and lengthy permit processing times. Hammers was with us all the way, their professional staff kept us informed and worked through the rough spots with the city.”, Steven Parker, HTI Filtration, Inc.
How Design-Build Compresses the Timeline
The traditional commercial construction model runs sequentially: hire an architect, complete design, bid the project to contractors, select a contractor, then build. Each handoff creates a gap, and gaps add months.
Design-build eliminates those gaps. Because Hammers handles both design and construction under one agreement, design and preconstruction work, budgeting, subcontractor planning, material procurement, happen in parallel rather than in sequence. Steel can be ordered before permits are issued. Subcontractors are engaged during design. Site work mobilization planning happens while construction documents are still being completed.
In practice, this typically saves two to four months on a project compared to traditional delivery, without cutting corners. It also means there’s no contractor reviewing someone else’s drawings and finding problems after the fact. One team, one set of documents, one accountable party from start to finish.
Frequently Asked Questions
How long does it take to get a commercial building permit in Colorado Springs?
Initial permit review by the City of Colorado Springs or El Paso County typically takes 60 to 90 days for a complete commercial submittal. If reviewers issue comments requiring plan revisions, the resubmittal adds additional review time, usually 4 to 6 weeks per round. Submitting complete, well-coordinated construction documents the first time is the most reliable way to minimize the permit phase.
What is the fastest a commercial building can be built in Colorado Springs?
For a straightforward small warehouse or office building with no unusual site or permitting complications, 10 to 11 months from project start to occupancy is achievable. Pre-engineered metal buildings (PEMBs) can move quickly once permits are issued, but the permitting and design phases still take time regardless of construction speed. Projects that compress timelines most effectively start design and preconstruction before the land purchase is finalized.
Does design-build really save time compared to hiring an architect and contractor separately?
Yes, consistently. The most significant time savings come from overlapping design and preconstruction phases, eliminating the bid process, and removing the coordination gap between architect and contractor. For most commercial projects in Colorado Springs, design-build delivery saves two to four months compared to the traditional design-bid-build model.
When should I start planning a commercial build relative to when I need to occupy the building?
Work backward from your target occupancy date and add at least 14 to 16 months for a typical ground-up build, more for healthcare or complex specialty projects. If you have a lease expiration driving your timeline, factor that in early and discuss it with your contractor at the first meeting. It affects everything from design scope to phasing decisions.
How long does a tenant improvement (TI) project take compared to ground-up construction?
Tenant improvements in existing buildings are typically faster, most commercial TI projects in Colorado Springs take 3 to 6 months, depending on the scope of work. Permitting is generally faster for TIs than ground-up, and there’s no site work or foundation phase. However, TIs come with constraints: you work within an existing structure, which limits customization compared to building from scratch.
What time of year is best to break ground on a commercial project in Colorado Springs?
Spring (March through May) is generally the best time to begin site work and foundation in Colorado Springs. It avoids winter weather risks, leaves the full summer and fall construction season for framing and exterior work, and typically positions the project for interior finishes work during winter months, when weather has less impact. Fall starts are feasible; mid-winter starts for foundation and site work carry the most schedule risk.
Does building type affect construction timeline significantly?
Yes. Industrial and warehouse buildings, especially pre-engineered metal buildings, tend to have the most streamlined construction phases. Medical and veterinary facilities take longer because of specialized systems (medical gas, surgical lighting, specialized plumbing and HVAC), more complex inspections, and higher coordination requirements between trades. Office and retail buildings generally fall in between.