Framing in Falcon-Peyton, CO

Falcon and Peyton are unincorporated communities in eastern El Paso County, and any framing project here — a removed wall, a new opening, an addition, or a basement layout — is reviewed by the Pikes Peak Regional Building Department (PPRBD) rather than a city building office. We plan a Falcon-Peyton framing scope around PPRBD’s permit rules and the design criteria the department publishes for the region.

Structural Work Falls Outside PPRBD’s Cosmetic Exemption

PPRBD exempts straightforward cosmetic work — paint, wallpaper, tile, carpet, cabinets, countertops, and similar finish items — from needing a building permit. Framing that changes structure sits outside that list entirely. Removing or altering a load-bearing wall, adding a beam, cutting a new door or window opening into a bearing wall, or reframing for an addition all need a PPRBD building permit before work starts.

We identify early whether a wall is carrying load or simply dividing space, because the permit path and the required documentation differ sharply between the two. A wall that looks like an ordinary partition on a floor plan is not automatically nonstructural, and treating it that way is exactly the kind of assumption PPRBD’s permit process is meant to catch before it becomes a problem.

Design Criteria Set the Loads Framing Has to Carry

PPRBD publishes a countywide design-criteria sheet under the current Pikes Peak Regional Building Code that sets the snow, wind, and seismic values framing members and connections have to be sized for. Below 7,000 feet elevation, the ground snow load is 43 psf (flat-roof snow load 30 psf); at or above 7,000 feet, it rises to 57 psf (flat-roof snow load 40 psf). The ultimate wind speed used for design is 130 mph under Risk Category I/II, Exposure C, with a short-period seismic value of 18.5 percent and a one-second value of 5.9 percent.

Falcon and Peyton sit close to the 7,000-foot line on some parcels, and we did not find a single official elevation figure that resolves which snow-load band applies to a specific address — that detail gets confirmed with PPRBD for the actual site before framing members are sized, rather than assumed from a general sense of the area’s elevation.

New Construction and Additions Get Engineered Plan Review

For an addition or comparable new-construction framing scope, PPRBD states that structures will be required to have a soils report and engineered foundation design by the time of the first inspection, and that residential additions cannot be reviewed as a walk-through — they must go through plan review. The plan review fee is set as a percentage of the building permit fee, with a $100-per-hour charge for review beyond the third round and a $50-per-hour charge, minimum $50, for review of changes to an already-approved plan.

We build that review timeline into the project schedule from the start, since a Falcon-Peyton addition or major framing alteration is not something PPRBD will approve at the counter the way a smaller repair might be.

Systems Inside the Wall Get Coordinated Before Closure

Once a wall or ceiling is framed, electrical, plumbing, and mechanical work that will run through it follow the same adopted codes used across PPRBD’s territory: the 2023 National Electrical Code, the 2021 International Plumbing Code, and the 2021 International Mechanical Code, all under the current Pikes Peak Regional Building Code. We coordinate those trades while the framing members are still visible, since routing a duct or a drain line through a beam or a bearing wall after the fact is a structural question, not a scheduling inconvenience.

We did not find a PPRBD bulletin that sets a specific threshold for when a prescriptive header table is enough versus when a stamped engineer’s letter is required for a given opening size — that determination is made through PPRBD’s plan-review process for the actual scope, and we confirm it before ordering material.

Temporary Support Protects the Building During the Change

Any time framing work removes or alters something carrying load, the building needs temporary support in place before the permanent work is disturbed. That sequence — support first, remove the limited scope, install the approved permanent assembly, then transfer load — is standard structural practice rather than a Falcon-Peyton-specific rule, and it applies whether the project is a small kitchen wall or a full addition.

We treat that sequence as non-negotiable on occupied Falcon-Peyton homes, where an unsupported opening left overnight or between trades is not an acceptable risk regardless of how quickly the schedule is moving.

How We Sequence a Falcon-Peyton Framing Project

We start by confirming whether the scope needs a PPRBD building permit, whether it qualifies for standard review or the full Addition Plan Review process, and what design criteria apply to the address. Where an engineered foundation or soils report is required, that work is scheduled ahead of the framing itself.

On site, we establish temporary support before touching anything structural, remove only what the approved scope covers, and install the permanent framing to the approved design. Electrical, plumbing, and mechanical routing is coordinated while members remain open, and the framing stage is documented and made ready for PPRBD’s inspection before insulation and drywall close the wall.

Common Questions

Does removing a wall in Falcon-Peyton need a permit?
If the wall is load-bearing, or the work goes beyond PPRBD’s cosmetic exemption, yes. Structural changes fall outside the finish-work exemption and need a PPRBD building permit before demolition starts.

What snow and wind loads does framing have to meet?
PPRBD’s countywide design criteria set ground snow load at 43 psf below 7,000 feet elevation and 57 psf at or above it, with an ultimate wind speed of 130 mph. Which band applies to a specific Falcon-Peyton address should be confirmed with PPRBD.

Does a framing project need an engineer?
For an addition or comparable new-construction scope, PPRBD requires a soils report and engineered foundation design by the first inspection, and the project goes through full plan review rather than a walk-through permit.

When should electrical and plumbing be planned for a framed wall?
Before the wall is closed. Coordinating routes while framing members are visible avoids cutting into a beam or bearing wall after the fact, which is a structural issue rather than a simple fix.

Talk to Us About Your Project

Tell us what you want to change, which walls are involved, and what sits above and below the area. We will help identify whether the scope needs a PPRBD permit, plan review, or an engineered design before work begins on your Falcon-Peyton project.