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Hardscaping / Poured Concrete

Poured Concrete Flatwork

Broom Finish Exposed Aggregate Stamped Concrete Reinforced Slab Control Joints
Hedge Planting Flatwork Removal Energy Savings Automated Lighting Control Systems HOA Maintenance Natural Stone Patios Paths Full-Scale Landscape Design Sidewalks Dedicated Site Staging Integrated Pest Management (IPM) Driveway Accents Hard Surface Maintenance Bark Application Detention Ponds Weed Control Sealing Textured Borders Overseeding ADA Compliance Upgrades Valve Maintenance Restoration Relocation Reporting Calibration Septic System Site Prep Hearths Bi-Weekly Lawn Care Cut/Fill Natural Stone Inlay Park & Playground Construction Backflow Prevention Testing Commercial Slip-and-Fall Mitigation Restoration Smart Central Control Systems Approaches Seasonal Color Rotations Drip Irrigation Installation Chimneys Redefining Optimization Driveway Base Fall Cleanups Pigmented Concrete Shrub Health Care Mower-Edge Profiles Emergency Storm Response Artificial Grass Custom Integrated Lighting Public Works Infrastructure Commercial-Grade Curbing Land Clearing Creek Crossings Commercial Turf Management Invasive Species Management Irrigation Pump Station Maintenance Field Mowing Hedge Trimming Bio-Retention Cell Maintenance Underground Utility Installation Annual Displays Irrigation System Retrofitting Vegetated Green Roof Maintenance Structural Retaining Walls Bioswale Rain Garden Engineering Install Pipe Repair Continuous Concrete Edging Right-of-Way Clearing High-Volume Pumps Garden Bed Definition Hydroseeding Architectural Accent Lighting Urban Beautification Pressure Regulating Valve Installation De-Icing Smart Controller Integration Revegetation Real-Time Weather Monitoring Utility Trenching Native Prairie Meadow Restoration Softscape Installation Segmental Block Retaining Walls Repair Athletic Field Construction Ponds Weather Station Tree Ring Enclosure Custom Irrigation System Design Dust Control Security Perimeter Lighting SWPPP Compliance Native Plant Design Foundation Excavation Water Feature Excavation Porter Services Disposal 24/7 Zero-Tolerance Plowing Slope Stabilization Drainage Natural Boulder Retaining Walls Blow-Outs Liquid Brine Pre-Treatment Concrete Paving Bed Preparation PICP Bollard Light Installation Flow Sensor Install Vegetation Management De-Icing Mulch Bed Pre-Emergent Weed Treatment Hedge Planting Flatwork Removal Energy Savings Automated Lighting Control Systems HOA Maintenance Natural Stone Patios Paths Full-Scale Landscape Design Sidewalks Dedicated Site Staging Integrated Pest Management (IPM) Driveway Accents Hard Surface Maintenance Bark Application Detention Ponds Weed Control Sealing Textured Borders Overseeding ADA Compliance Upgrades Valve Maintenance Restoration Relocation Reporting Calibration Septic System Site Prep Hearths Bi-Weekly Lawn Care Cut/Fill Natural Stone Inlay Park & Playground Construction Backflow Prevention Testing Commercial Slip-and-Fall Mitigation Restoration Smart Central Control Systems Approaches Seasonal Color Rotations Drip Irrigation Installation Chimneys Redefining Optimization Driveway Base Fall Cleanups Pigmented Concrete Shrub Health Care Mower-Edge Profiles Emergency Storm Response Artificial Grass Custom Integrated Lighting Public Works Infrastructure Commercial-Grade Curbing Land Clearing Creek Crossings Commercial Turf Management Invasive Species Management Irrigation Pump Station Maintenance Field Mowing Hedge Trimming Bio-Retention Cell Maintenance Underground Utility Installation Annual Displays Irrigation System Retrofitting Vegetated Green Roof Maintenance Structural Retaining Walls Bioswale Rain Garden Engineering Install Pipe Repair Continuous Concrete Edging Right-of-Way Clearing High-Volume Pumps Garden Bed Definition Hydroseeding Architectural Accent Lighting Urban Beautification Pressure Regulating Valve Installation De-Icing Smart Controller Integration Revegetation Real-Time Weather Monitoring Utility Trenching Native Prairie Meadow Restoration Softscape Installation Segmental Block Retaining Walls Repair Athletic Field Construction Ponds Weather Station Tree Ring Enclosure Custom Irrigation System Design Dust Control Security Perimeter Lighting SWPPP Compliance Native Plant Design Foundation Excavation Water Feature Excavation Porter Services Disposal 24/7 Zero-Tolerance Plowing Slope Stabilization Drainage Natural Boulder Retaining Walls Blow-Outs Liquid Brine Pre-Treatment Concrete Paving Bed Preparation PICP Bollard Light Installation Flow Sensor Install Vegetation Management De-Icing Mulch Bed Pre-Emergent Weed Treatment Hedge Planting Flatwork Removal Energy Savings Automated Lighting Control Systems HOA Maintenance Natural Stone Patios Paths Full-Scale Landscape Design Sidewalks Dedicated Site Staging Integrated Pest Management (IPM) Driveway Accents Hard Surface Maintenance Bark Application Detention Ponds Weed Control Sealing Textured Borders Overseeding ADA Compliance Upgrades Valve Maintenance Restoration Relocation Reporting Calibration Septic System Site Prep Hearths Bi-Weekly Lawn Care Cut/Fill Natural Stone Inlay Park & Playground Construction Backflow Prevention Testing Commercial Slip-and-Fall Mitigation Restoration Smart Central Control Systems Approaches Seasonal Color Rotations Drip Irrigation Installation Chimneys Redefining Optimization Driveway Base Fall Cleanups Pigmented Concrete Shrub Health Care Mower-Edge Profiles Emergency Storm Response Artificial Grass Custom Integrated Lighting Public Works Infrastructure Commercial-Grade Curbing Land Clearing Creek Crossings Commercial Turf Management Invasive Species Management Irrigation Pump Station Maintenance Field Mowing Hedge Trimming Bio-Retention Cell Maintenance Underground Utility Installation Annual Displays Irrigation System Retrofitting Vegetated Green Roof Maintenance Structural Retaining Walls Bioswale Rain Garden Engineering Install Pipe Repair Continuous Concrete Edging Right-of-Way Clearing High-Volume Pumps Garden Bed Definition Hydroseeding Architectural Accent Lighting Urban Beautification Pressure Regulating Valve Installation De-Icing Smart Controller Integration Revegetation Real-Time Weather Monitoring Utility Trenching Native Prairie Meadow Restoration Softscape Installation Segmental Block Retaining Walls Repair Athletic Field Construction Ponds Weather Station Tree Ring Enclosure Custom Irrigation System Design Dust Control Security Perimeter Lighting SWPPP Compliance Native Plant Design Foundation Excavation Water Feature Excavation Porter Services Disposal 24/7 Zero-Tolerance Plowing Slope Stabilization Drainage Natural Boulder Retaining Walls Blow-Outs Liquid Brine Pre-Treatment Concrete Paving Bed Preparation PICP Bollard Light Installation Flow Sensor Install Vegetation Management De-Icing Mulch Bed Pre-Emergent Weed Treatment Hedge Planting Flatwork Removal Energy Savings Automated Lighting Control Systems HOA Maintenance Natural Stone Patios Paths Full-Scale Landscape Design Sidewalks Dedicated Site Staging Integrated Pest Management (IPM) Driveway Accents Hard Surface Maintenance Bark Application Detention Ponds Weed Control Sealing Textured Borders Overseeding ADA Compliance Upgrades Valve Maintenance Restoration Relocation Reporting Calibration Septic System Site Prep Hearths Bi-Weekly Lawn Care Cut/Fill Natural Stone Inlay Park & Playground Construction Backflow Prevention Testing Commercial Slip-and-Fall Mitigation Restoration Smart Central Control Systems Approaches Seasonal Color Rotations Drip Irrigation Installation Chimneys Redefining Optimization Driveway Base Fall Cleanups Pigmented Concrete Shrub Health Care Mower-Edge Profiles Emergency Storm Response Artificial Grass Custom Integrated Lighting Public Works Infrastructure Commercial-Grade Curbing Land Clearing Creek Crossings Commercial Turf Management Invasive Species Management Irrigation Pump Station Maintenance Field Mowing Hedge Trimming Bio-Retention Cell Maintenance Underground Utility Installation Annual Displays Irrigation System Retrofitting Vegetated Green Roof Maintenance Structural Retaining Walls Bioswale Rain Garden Engineering Install Pipe Repair Continuous Concrete Edging Right-of-Way Clearing High-Volume Pumps Garden Bed Definition Hydroseeding Architectural Accent Lighting Urban Beautification Pressure Regulating Valve Installation De-Icing Smart Controller Integration Revegetation Real-Time Weather Monitoring Utility Trenching Native Prairie Meadow Restoration Softscape Installation Segmental Block Retaining Walls Repair Athletic Field Construction Ponds Weather Station Tree Ring Enclosure Custom Irrigation System Design Dust Control Security Perimeter Lighting SWPPP Compliance Native Plant Design Foundation Excavation Water Feature Excavation Porter Services Disposal 24/7 Zero-Tolerance Plowing Slope Stabilization Drainage Natural Boulder Retaining Walls Blow-Outs Liquid Brine Pre-Treatment Concrete Paving Bed Preparation PICP Bollard Light Installation Flow Sensor Install Vegetation Management De-Icing Mulch Bed Pre-Emergent Weed Treatment
Built on a Proper Base

Concrete is only as good
as what's underneath it.

Every failed concrete slab in North Idaho has the same story: a surface poured on an inadequate base. Post Falls and CDA soils are frequently clay-heavy — expansive, frost-susceptible, and unforgiving. Concrete over unexcavated clay will heave, crack, and settle in the first three winters.

LP handles excavation and concrete under one contract. The base work isn't an afterthought — it's the scope that determines whether the pour survives Idaho conditions. We've completed hundreds of concrete flatwork projects across Post Falls, CDA, and Kootenai County since 2005.

Landscaping project image featuring soil conditioning supporting long-term plant performance in Post Falls, Coeur d'Alene, and North Idaho
Why Concrete

Durable, cost-effective, and low-maintenance
when built on the right base.

Cost-Effective Per Square Foot

Poured concrete delivers the lowest cost per square foot of any hard surface patio option — typically $8–$16 per sq ft for broom finish, $14–$22 for exposed aggregate. When budget is the primary constraint and durability is the goal, a properly installed concrete slab is the right answer.

Low Maintenance Surface

Poured concrete requires less maintenance than paver systems — no joint sand replenishment, no individual unit leveling. Sealed concrete protects against staining and spalling. The primary maintenance item is periodic re-sealing (every 2–4 years) to maintain stain resistance and appearance.

Engineered for Vehicle Loads

Properly poured concrete with appropriate thickness and reinforcement handles vehicle loads that paver systems may not. Garage aprons, equipment pads, and service areas benefit from concrete's monolithic rigidity when heavy equipment or vehicles are regularly present.

Full-Scope LP Advantage

LP handles sub-base excavation, compaction, and concrete installation under one contract. No coordination between separate excavation and concrete subcontractors. One point of accountability from the first dig through the finished pour — only possible because LP owns both capabilities in-house.

Finishes & Applications

Every finish type, every application.

01

Broom-Finish Flatwork

Standard broom finish concrete is the most common residential patio and sidewalk surface in North Idaho — clean, cost-effective, and slip-resistant from the light texture. LP specifies proper slab thickness (4" minimum for pedestrian, 6" for vehicle loads), rebar or wire mesh reinforcement, and proper sub-base preparation.

02

Exposed Aggregate Concrete

Exposed aggregate surfaces reveal the pebble, crushed rock, or decorative stone embedded in the concrete mix — creating a textured, non-slip surface with more visual interest than a flat broom finish. The aggregate type determines the final appearance; local river rock aggregates complement North Idaho's natural palette.

03

Stamped Concrete

Textured stamps applied to freshly poured concrete imprint patterns that mimic stone, flagstone, brick, or wood plank. Color hardeners and release agents add depth and tone variation. Stamped concrete delivers a decorative appearance at lower cost than natural stone, though it requires a sealed finish and periodic resealing to maintain appearance.

04

Control Joints & Reinforcement

Saw-cut control joints at specified intervals allow the slab to crack along engineered lines rather than random paths. Combined with proper rebar or wire mesh, LP's flatwork is designed to manage concrete's natural expansion and contraction — Idaho's temperature swings from sub-zero winters to 100°F summers demand this be engineered correctly.

05

Garage Aprons & Pad Extensions

Concrete pours for garage aprons, pad extensions, equipment pads, and utility slabs. Structural pours designed for vehicle and equipment loads, with appropriate thickness and reinforcement for the application. A critical detail in North Idaho: proper drainage slope (minimum 1.5% away from structure) to prevent ice formation at garage entries.

06

Sub-Base Prep & Excavation

Because LP owns excavation equipment and hardscape crews, we handle the full scope from sub-base excavation through finished pour. Proper concrete requires a stable, compacted sub-base — soft or wet native soils will cause slab settlement regardless of the pour quality. LP doesn't skip the base work.

Recent Projects

Concrete flatwork across Kootenai County.

Maintenance project image featuring finish pass quality supporting owner confidence in Post Falls, Coeur d'Alene, and North Idaho
Maintenance project image featuring finish pass quality supporting fewer stress symptoms in Post Falls, Coeur d'Alene, and North Idaho
Maintenance project image featuring edge refinement supporting predictable weekly results in Post Falls, Coeur d'Alene, and North Idaho
Maintenance project image featuring finish pass quality supporting consistent curb appeal in Post Falls, Coeur d'Alene, and North Idaho
Client Reviews

Trusted by North Idaho homeowners
for concrete that lasts.

★★★★★
Post Falls, ID
"LP poured our garage apron and patio extension last summer. The exposed aggregate finish looks great and hasn't cracked despite our harsh winters. They handled everything from excavation to finish - no subcontractors. Highly recommend for anyone in North Idaho."
- Sarah M., Post Falls
★★★★★
Coeur d'Alene, ID
"We needed a concrete slab for our hot tub pad. LP excavated the proper base and poured a reinforced 6-inch slab. It's been rock solid through two winters. Their attention to drainage and reinforcement shows they understand Idaho conditions."
- Mike R., Coeur d'Alene
★★★★★
Hayden, ID
"The stamped concrete patio LP installed has held up beautifully. They did the full scope - excavation, base prep, and pour. The broom finish walkway they added is perfect for our hillside property. Worth every penny."
- Jennifer L., Hayden
★★★★★
Spirit Lake, ID
"LP's concrete work is top-notch. They poured our driveway apron and equipment pad. The control joints and reinforcement are properly done - no random cracking. Family-owned business you can trust in North Idaho."
- Tom K., Spirit Lake
Common Questions

Frequently Asked Questions

How much does a concrete patio cost in North Idaho?
Poured concrete patio costs in Post Falls and Kootenai County run approximately $8–$16 per square foot for broom finish, $14–$22 for exposed aggregate, and $18–$30 for stamped concrete depending on pattern and color complexity. A 300 sq ft broom-finish patio typically runs $2,400–$4,800. LP provides written estimates after an on-site assessment — soil conditions and required base depth affect the total significantly.
Does poured concrete crack in Idaho winters?
Concrete will crack eventually in any freeze-thaw climate — the goal is to control where and how it cracks. LP's flatwork uses proper rebar or wire mesh reinforcement and saw-cut control joints at engineered intervals, which direct cracking along planned lines rather than random paths across the surface. A well-reinforced, properly jointed concrete slab on a stable sub-base in North Idaho can perform for 20–30+ years before requiring major attention.
What is the difference between exposed aggregate and stamped concrete?
Exposed aggregate concrete is made by seeding or using a mix with decorative aggregate (river rock, pebbles, glass), then washing away the surface cement before it fully cures to reveal the aggregate. It creates a natural, textured look with variation from the aggregate. Stamped concrete uses textured stamps pressed into fresh concrete to create patterns, combined with color hardeners applied to the surface. Exposed aggregate is generally more durable long-term; stamped concrete offers more design flexibility but requires periodic resealing to maintain color.
How thick should a concrete patio be in North Idaho?
LP specifies 4 inches (minimum) for residential pedestrian patios on a well-compacted sub-base. Areas subject to vehicle loads — garage aprons, service pads, equipment areas — should be 6 inches with rebar reinforcement. Thicker slabs on weaker native soils may also be specified. Concrete thickness and reinforcement decisions are site-specific and depend on sub-base conditions, load requirements, and drainage design.
Can LP handle both the excavation and the concrete pour?
Yes — LP handles sub-base excavation, compaction, and concrete installation as one scope. This matters because proper concrete requires a stable, compacted base — a concrete slab on an unexcavated or inadequately compacted native soil base will settle and crack. LP doesn't subcontract the base work or pour separately. One contract, one crew, one accountable team.

Free Estimate

Get your North Idaho concrete project scoped and priced.

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