Colorado Springs, CO Historic Property Preservation
Sensitive Restoration of Brick, Lyons Sandstone & Early Commercial Landmarks
Historic Building Restoration Specialists in Colorado Springs, CO
Colorado Springs held on to more of its early commercial fabric than most cities its size. The brick and Lyons sandstone storefronts of Old Colorado City, the houses and civic buildings of the Old North End Historic District, the blocks of Historic Uptown, the Tejon Street and Cascade Avenue commercial core, and the spa-era buildings of Manitou Springs are all still standing and still in use. A great deal of the stone in them came out of the Red Rock Canyon quarries inside the city, valued for its color, its uniformity and how cleanly it carved.
What threatens that fabric here is not salt but water and cold acting together. Porous brick, soft lime mortar and sandstone take water in during a thaw or a storm, and the temperature crosses back below freezing on most winter nights, so what was absorbed expands inside the material. The result is surface loss on the stone, mortar joints that empty out, and masonry that has started to come apart one cycle at a time. The most instructive local example is not a storefront at all: the Air Force Academy Cadet Chapel, a National Historic Landmark since 2004, entered a $158 million rehabilitation in September 2019 because the designed rain gutters were omitted at construction for budget and the seams caulked instead, and that caulk failed over the decades. Our scopes follow the National Park Service’s Preservation Briefs, which are the most authoritative technical guidance available for this kind of work.
OUR HISTORIC PRESERVATION SERVICES IN COLORADO SPRINGS
Landmark buildings, locally designated structures and architecturally significant property throughout Colorado Springs, Manitou Springs and the wider Pikes Peak region are served by Presto’s complete range of historic preservation work.
Mortar failure is the most common problem on historic masonry here and the most frequently botched repair. Buildings from the 1870s through the 1930s in this city were laid up with soft lime mortars that could flex with the wall, take up minor movement without cracking, and let absorbed moisture leave as vapor. Repointing that wall with a modern Portland-cement mix traps the moisture inside the softer historic brick or sandstone, and in a climate that freezes most winter nights the trapped water expands where it is: the face of the masonry spalls off while the joint stays perfectly intact. We grind to the correct depth, match the replacement mortar to the original in color, compressive strength and composition, and tool the joint to the wall’s own profile.
Much of the city’s pre-war architecture is defined by Lyons sandstone, cast stone, and the granite and marble accents on its civic buildings, and getting their restoration wrong cannot be undone. Cleaning too aggressively etches soft sandstone, takes off a patina a century in the making, or bleaches stone that was never meant to look new. Method is matched to stone type and condition here, drawing on micro-abrasion, historic-safe chemical cleaners and controlled water pressure rather than one default process applied to everything. Where water has been entering the bedding joints and freezing there, closing that path matters as much to the repair as the surface does.
Premature replacement claims original wood sash and steel-casement windows all the time, and substituting modern aluminum or vinyl units often puts a designated building at odds with its review board while delivering nothing a properly restored original would not. Our approach keeps original glass, frames and hardware where they are and repairs what has genuinely failed, meaning hardened glazing compound, corroded steel sections, perimeter sealant that has given out, and sash swollen or dropped out of square. Glazing compound and paint films are the first casualties of the ultraviolet load at this elevation, so renewing them on a cycle accounts for most of what keeps an original window in service.
Nothing about traditional lime stucco behaves like today’s acrylic and EIFS products. It went on in several coats over wood or metal lath, each layer intended to pass moisture back out rather than hold on to it. Patch that with a modern cement or acrylic product and the moisture is sealed inside the wall assembly, where in a freeze-thaw climate the trapped water is what drives historic stucco off its lath in sheets. Original mix and original coat structure are both matched, and the repair is made to the same permeability rather than sealing the wall shut.
Across the city’s historic inventory, from Tejon Street shopfronts through to the civic buildings of the Old North End, you find bronze storefronts, cast-iron columns and cresting, wrought-iron railings and ornamental metalwork. Part of what gives bronze and copper their historic value is the patina they have developed, so the task becomes taking off active, structurally damaging corrosion while leaving sound authentic surface exactly where it is. What drives the deterioration locally is ultraviolet breaking protective coatings down, together with winter road chemistry thrown onto metal at street level, and protective clear coatings answer both without stripping anything back to bare.
A historic building needs a different waterproofing playbook from a new curtain wall. Breathing was designed into older masonry, lime mortar and stucco assemblies, so water entering during a storm or a thaw is supposed to evaporate back out through the wall rather than sit behind a sealed membrane. Put a modern impermeable system onto an assembly like that and you get serious hidden damage, arriving faster in this climate than in a mild one, because trapped moisture that freezes has nowhere left to go except into the material. What we specify instead is breathable vapor-permeable repellents and coatings, holding bulk water out while the wall keeps its ability to dry.
Our Historic Preservation Process in Colorado Springs
A historic property is worked at a different pace from standard commercial restoration. Five phases structure every preservation project, designed to surface every issue at the outset, to specify period-correct materials, and to execute without harm to original fabric that could never be replaced.
Historic Property Survey
Every area of deterioration is documented, and original fabric, being irreplaceable, is separated out from later non-original additions, which are not. Not a thing is touched before the building's history is understood.
Material Analysis
We pin down the original materials in detail: the specific lime mortar mix, the sandstone or cast stone type, the original stucco composition, window glazing and metal alloys. Where the material is uncertain, lab analysis is recommended rather than guessed at.
Scope & Specification
What the survey finds becomes a detailed scope carrying quantified line items and period-appropriate product specifications. Coordination runs directly with owners, preservation consultants, architects, and the City of Colorado Springs Historic Preservation Board wherever the property's designation requires it.
Preservation-Grade Execution
The work is executed by trained crews using period-appropriate materials, traditional techniques wherever those are called for, and always inside the temperature windows lime-based materials genuinely require. Strict quality control applies, since a historic substrate allows no room for rework.
Project Closeout & Documentation
Documentation is delivered complete, covering photography before and after, material data sheets, warranty details and maintenance guidance. Where the property is designated, that record goes on to support later preservation board reviews.
Tell Us About Your Colorado Springs Historic Property
Deterioration already visible, or are you getting out in front of it? Either way, describe what you are seeing and our specialists will respond with recommendations rooted in preservation-grade practice rather than in whatever happens to be quickest.
Call 1-800-785-9927 or Request A Free Quote.
Why Colorado Springs Property Owners Choose Presto for Historic Preservation
Direct Historic Landmark Experience
Guided by NPS Preservation Briefs
27+ Years of Restoration Experience
Fully Insured Nationwide
Our Local Colorado Springs, CO Support Network
Holding a consistently high standard across Old Colorado City, the Old North End, Historic Uptown, Manitou Springs and the wider Pikes Peak region calls for permanent infrastructure rather than crews who visit. A network of specialized regional divisions is coordinated under Presto so coverage stays unbroken, major historic envelope restoration through routine facility upkeep.
On day-to-day and preventative facility needs, property managers are encouraged to contact our sister divisions directly:
Building Restoration Colorado Springs: Localized structural repair and high-rise exterior preservation.
Building Maintenance Colorado Springs: The preventative maintenance that keeps water off a historic wall in the first place.
Building Services Colorado Springs: Day-to-day commercial building support across the region.
Recent Historic Preservation Projects in Colorado
Historic preservation and landmark restoration Presto has completed on Colorado buildings.
Colorado Springs Historic Preservation FAQs
What sets historic preservation apart from ordinary building restoration?
The aim of ordinary restoration is a watertight, functional building again, using whichever modern materials work best. Preservation stacks a second and harder objective on that, which is holding original character, materials and craftsmanship intact while performance is restored. Practically, it means lime mortar in place of Portland cement, calibrated cleaning in place of aggressive blasting, and repairs made reversible wherever that is achievable, so that a later owner does not inherit the consequences of decisions taken now.
Why is lime mortar so important on older masonry buildings?
The pre-war masonry in Colorado Springs was laid up with soft lime-based mortar that is deliberately weaker than the brick or stone around it. That is by design: when the wall moves with temperature or minor settlement, the mortar takes up the movement instead of the masonry cracking. Lime also lets moisture vapor leave the wall. Repoint that wall with a hard modern Portland mix and the movement has nowhere to go and the water has nowhere to leave, so the face of the brick or sandstone spalls off instead while the new joint stays intact. In a climate that freezes most winter nights, that failure arrives quickly rather than over decades.
Can an older building gain energy efficiency and keep its character?
Yes, and performance from a properly restored historic building tends to surprise people. Restore original wood or steel-sash windows with fresh glazing compound and perimeter sealant and they stand up much as new replacements do. Real thermal mass sits in thick masonry and stucco walls, and that counts for more in a climate swinging widely across a single day than in a steady one. As for breathable vapor-permeable waterproofing, it regularly outlives a modern impermeable coating for the simple reason that it does not trap moisture inside a wall where it is going to freeze.
How long does a historic preservation project take?
Pace on a historic job is slower than on standard restoration, because materials, hand techniques and quality-control standards are all more exacting. Restoring the facade of a smaller historic commercial building here may occupy two to four months. A full preservation scope on a larger landmark can extend to six to twelve months, sometimes beyond. Locally two factors stretch it further. Any review that has to happen before work starts, and the temperature windows lime-based materials impose, which mean a scope falling in the cold part of the year simply waits.
Will Presto take on locally designated or National Register properties?
Yes, at every designation level, locally designated sites through to properties listed individually on the National Register. What is required varies with the designation and with which elements of a scope actually trigger review. The reviewing body in this city is the City of Colorado Springs Historic Preservation Board, sitting within Planning and Development. Designation status gets established during the survey, and the coordination the work will call for is mapped out before anything goes on a schedule.
How do you coordinate with historic preservation boards or consultants?
Approvals on a designated property are usually led by the owner, working with a preservation architect or consultant familiar with what the local board asks for. What we supply is an accurate scope, period-appropriate material specifications, and documentation able to withstand that scrutiny. Close contact with the owner’s preservation team runs through the whole project, so what we do supports submissions and approvals as they progress instead of running ahead of them.
Does Presto follow National Park Service preservation standards?
Yes. The National Park Service’s Preservation Briefs, the most widely used technical reference for historic restoration in this country, is what our preservation scopes follow. Its subject matter maps closely onto what this city’s building stock actually raises, namely masonry cleaning, mortar formulation, historic window restoration, stucco repair, and how porous stone should be treated in a freeze-thaw climate. Additional standards may sit on top of that, depending on how the property is designated.
Other Colorado Springs Building Restoration Services
Preserve Your Colorado Springs Historic Property
Once a historic building is gone it cannot be recreated, and modern materials will not properly restore one. Each freeze-thaw season working on open mortar joints and saturated sandstone carries off a little more original fabric, and none of it ever returns. Knowing precisely what the building requires, and the order to do it in, is what holds character, performance and value together for the generation after this one.
Call 1-800-785-9927 or Request A Historic Property Assessment online.

