Concrete planning guide and satellite estimator

Plan your concrete project. See the cost. Request local quotes.

Plan slabs, driveways, pads, demolition, base prep, reinforcement, drainage, truck access, finish, joints, and curing before you request concrete quotes.

Concrete driveway and flatwork planning area with forms, slab edges, and access route
Flatwork scope planFootprint, base, forms, reinforcement, slope, joints, access, and finish.
3concrete styles
Areafootprint drawing
Base + jointsmajor scope drivers

Concrete flatwork types

Choose the concrete project type before you price the slab

The estimator prices three common concrete scopes. Compare finish, load needs, demolition, base prep, access, drainage, and curing before drawing the footprint.

Broom-finished slab concrete example

$6 - $10 / sq ft

Broom-finished slab

Standard broom-finished concrete slab or pad planning range.

Base allowance
$350
Best for
Patios, shed pads, utility slabs, hot tub pads, and straightforward flatwork
Maintenance
Low to medium
Lifespan
25-40+ years when base, joints, drainage, and curing are handled well
Stamped concrete concrete example

$22 - $34 / sq ft

Stamped concrete

Decorative stamped concrete planning range with higher finish labor.

Base allowance
$950
Best for
Decorative patios, pool decks, walkways, and outdoor rooms where appearance matters
Maintenance
Medium
Lifespan
20-35+ years with proper base, joints, curing, and periodic sealing
Concrete driveway concrete example

$16 - $24 / sq ft

Concrete driveway

Residential driveway planning range with access, forms, base, and finish assumptions.

Base allowance
$1,200
Best for
Residential driveways, driveway extensions, parking pads, and garage approaches
Maintenance
Low to medium
Lifespan
25-40+ years with proper thickness, base, drainage, and joint layout
Base prep and reinforcement concrete planning example

Base prep and reinforcement

Excavation depth, aggregate base, compaction, rebar, wire mesh, fiber, and soil conditions often matter as much as concrete square footage.

Driveway access and drainage concrete planning example

Driveway access and drainage

Concrete trucks, pumps, slopes, garage thresholds, drainage paths, aprons, and curing time can change the schedule and scope.

At-a-glance comparison

Compare cost, maintenance, lifespan, and install timing

These planning ranges help compare concrete scopes before a contractor verifies thickness, base prep, reinforcement, demolition, access, drainage, joints, and local requirements.

Concrete typePlanning rangeBase allowanceMaterial/labor splitMaintenanceLifespanInstall timeBest for
Broom-finished slab$6 - $10 / sq ft$350$4 materials + $4 labor / sq ftLow to medium25-40+ years when base, joints, drainage, and curing are handled well1-3 working days for many simple slabs, plus curing time before full usePatios, shed pads, utility slabs, hot tub pads, and straightforward flatwork
Stamped concrete$22 - $34 / sq ft$950$13 materials + $15 labor / sq ftMedium20-35+ years with proper base, joints, curing, and periodic sealing2-5 working days for many residential projects, plus curing and sealing timeDecorative patios, pool decks, walkways, and outdoor rooms where appearance matters
Concrete driveway$16 - $24 / sq ft$1,200$9 materials + $11 labor / sq ftLow to medium25-40+ years with proper thickness, base, drainage, and joint layout2-5 working days for many residential driveways, plus curing before vehicle trafficResidential driveways, driveway extensions, parking pads, and garage approaches

Detailed concrete scopes

Materials, equipment, timing, lifespan, and tradeoffs by concrete type

Concrete estimates should include what happens before and after the pour. The base, forms, reinforcement, finish timing, joints, curing, and access can matter as much as square footage.

Broom-finished slab detail example

01

Broom-finished slab

Standard broom-finished concrete slab or pad planning range.

$6 - $10 / sq ft$350 base allowance$4 materials + $4 labor / sq ft1-3 working days for many simple slabs, plus curing time before full use25-40+ years when base, joints, drainage, and curing are handled wellModerate complexity

Materials and components

  • Ready-mix concrete
  • Compacted aggregate base
  • Forms, stakes, and bracing
  • Reinforcement mesh, rebar, or fiber when specified
  • Expansion joint material
  • Control joint layout
  • Curing compound or sealer
  • Vapor barrier where conditions call for it
  • Drainage stone or channel drain when needed

Tools and equipment

  • Skid steer or compact excavator
  • Plate compactor
  • Concrete forms and screed board
  • Bull float, hand floats, and trowels
  • Edger, groover, and broom
  • Concrete saw for control joints when needed
  • Laser level or transit
  • Concrete truck, buggy, pump, or wheelbarrows

Install timing and crew notes

A broom slab usually moves through excavation, base prep, forms, reinforcement, pour, screed, finish, jointing, curing, and cleanup. Truck access and weather affect timing.

Longevity and maintenance

The main performance factors are base compaction, slope, drainage, joint spacing, curing, and avoiding water that sits against the slab.

Cost drivers and tradeoffs

  • Usually the most economical concrete surface
  • Fast to install for simple shapes
  • Less decorative than stamped or colored concrete
  • Cracking can happen even with good workmanship, so joints matter
Stamped concrete detail example

02

Stamped concrete

Decorative stamped concrete planning range with higher finish labor.

$22 - $34 / sq ft$950 base allowance$13 materials + $15 labor / sq ft2-5 working days for many residential projects, plus curing and sealing time20-35+ years with proper base, joints, curing, and periodic sealingHigh complexity

Materials and components

  • Ready-mix concrete
  • Color hardener or integral color
  • Release agent
  • Stamp mats and texture skins
  • Compacted aggregate base
  • Forms and stakes
  • Reinforcement when specified
  • Control and expansion joint materials
  • Concrete sealer

Tools and equipment

  • Skid steer or compact excavator
  • Plate compactor
  • Concrete finishing tools
  • Stamp mats, texture skins, and tampers
  • Concrete saw
  • Sprayer or roller for sealer
  • Laser level or transit
  • Concrete pump, buggy, or truck access

Install timing and crew notes

Stamped concrete has a tighter finishing window. Crew size, timing, weather, color application, stamping sequence, and cleanup all affect the finished surface.

Longevity and maintenance

Stamped concrete benefits from periodic cleaning and resealing. Color wear, sealer whitening, freeze/thaw, and slippery surfaces should be considered.

Cost drivers and tradeoffs

  • More decorative than a broom slab
  • Higher finish labor and timing sensitivity
  • Less repairable than individual pavers
  • Pattern, color, borders, and saw cuts can increase cost
Concrete driveway detail example

03

Concrete driveway

Residential driveway planning range with access, forms, base, and finish assumptions.

$16 - $24 / sq ft$1,200 base allowance$9 materials + $11 labor / sq ft2-5 working days for many residential driveways, plus curing before vehicle traffic25-40+ years with proper thickness, base, drainage, and joint layoutModerate to high complexity

Materials and components

  • Ready-mix concrete
  • Compacted aggregate base
  • Forms and stakes
  • Rebar, wire mesh, or fiber reinforcement when specified
  • Expansion joints at garage, sidewalks, and fixed edges
  • Control joints or saw cuts
  • Curing compound or sealer
  • Drainage or slope materials when needed
  • Thickened edges or apron details when required

Tools and equipment

  • Skid steer or compact excavator
  • Plate compactor or roller
  • Concrete forms and screeds
  • Bull float, broom, edger, and finishing tools
  • Concrete saw
  • Laser level or transit
  • Concrete truck, pump, or buggy
  • Demolition tools when replacing an old driveway

Install timing and crew notes

Driveways need attention to thickness, slope, garage threshold, street apron, drainage, reinforcement, joints, and curing before vehicles return.

Longevity and maintenance

Vehicle loads, deicing salts, freeze/thaw, drainage, soil movement, and curing practices can affect cracking, scaling, and long-term performance.

Cost drivers and tradeoffs

  • Higher load requirements than patios or small pads
  • Demolition and haul-off can be a major cost
  • Thickness, reinforcement, and base prep affect longevity
  • Street aprons and drainage tie-ins may need local approval

Finish and design context

Popular concrete finish options to consider

These are common finish and structural choices to discuss with contractors. Some may become selectable estimator options later, but they are useful planning context now.

Exposed aggregate concrete planning example

Planning context

Exposed aggregate

Decorative traction on patios, walks, and drivewaysRequires aggregate selection, surface timing, washing or retarders, sealing, and a crew familiar with the finish.
Colored concrete concrete planning example

Planning context

Colored concrete

Concrete that needs a warmer or more intentional finished appearanceIntegral color, color hardener, sealers, sun exposure, batch consistency, and future patching should be discussed before the pour.
Saw-cut patterns concrete planning example

Planning context

Saw-cut patterns

Modern patios, clean joint layouts, and decorative control jointsSaw cuts can be both functional and visual, but timing, layout, spacing, and crack-control strategy need to match the slab.
Thickened edges or footings concrete planning example

Planning context

Thickened edges or footings

Driveway edges, shed pads, equipment pads, and slabs supporting heavier loadsAdds excavation, concrete volume, reinforcement, forming, and sometimes engineering or permit review.

Concrete scope items

Items worth including before you request concrete quotes

Concrete bids change quickly when demolition, reinforcement, thickness, base, drainage, access, curing, and finish details are discovered after the first conversation.

01

Existing concrete removal

Demolition, saw cutting, breaking, hauling, dump fees, and base repair can be a major part of replacement projects.

02

Reinforcement

Rebar, wire mesh, fiber, dowels, and thickened edges may be needed for loads, soil, driveways, or local standards.

03

Extra base preparation

Soft soil, roots, clay, drainage issues, frost, or previous settlement can require more excavation, stone, fabric, and compaction.

04

Drainage and slope

Plan positive drainage away from the house, garage, neighbors, and low spots before forms are placed.

05

Control and expansion joints

Joint spacing, saw cuts, expansion material, and fixed edges help manage cracking and movement.

06

Thickness and load rating

Driveways, RV pads, hot tubs, sheds, and equipment pads may need more thickness or reinforcement than a patio.

07

Concrete truck access

Truck reach, pump needs, buggy routes, narrow gates, slopes, and lawn protection can affect labor and schedule.

08

Curing and sealing

Curing time, weather protection, sealing, traffic restrictions, and finish care should be planned before the pour date.

Concrete planning guide

What to think through before requesting concrete quotes

A useful concrete request explains the footprint, use, thickness, base, drainage, finish, access, demolition, and any public right-of-way or inspection concerns.

01

Footprint and use

Draw the slab, driveway, or pad around how it will be used, including vehicles, furniture, equipment, and access paths.

02

Thickness and reinforcement

A patio, driveway, RV pad, hot tub pad, or shed slab can need different thickness, reinforcement, and edge details.

03

Base preparation

Excavation depth, aggregate, compaction, fabric, drainage stone, and soil repair are core parts of a durable concrete project.

04

Forms and elevations

Forms set the shape, edges, slope, elevation, garage tie-in, door clearance, and transitions to walks or landscaping.

05

Drainage and slope

Concrete should direct water away from the home and avoid ponding, icing, erosion, or runoff problems.

06

Joints and cracking

Concrete cracks should be managed with good control joints, expansion joints, saw cuts, and realistic expectations.

07

Finish selection

Broom, stamped, colored, exposed aggregate, or saw-cut finishes affect appearance, traction, sealing, and maintenance.

08

Demolition and access

Existing concrete, tight gates, tree roots, hauling distance, truck access, and lawn protection can change labor.

09

Permits, utilities, and inspections

Driveway aprons, sidewalks, drainage changes, setbacks, utility crossings, and public right-of-way work may need approval.

Quote prep checklist

What your concrete plan should include

The clearer the concrete plan is before the first site visit, the easier it is to compare bids. This is planning-grade information and does not replace field measurements, permits, engineering, inspections, or contractor review.

  • Concrete footprint with driveway, slab, pad, apron, or landing areas marked
  • Preferred concrete type: broom slab, stamped, or driveway
  • Approximate thickness, reinforcement, load needs, and finish expectations
  • Photos of access routes, existing concrete, drainage, garage threshold, grade, and utilities
  • Notes for demolition, hauling, base problems, roots, tight access, or poor drainage
  • Control joints, expansion joints, saw-cut pattern, color, sealer, and curing expectations
  • Permit, HOA, right-of-way, utility, inspection, and drainage notes

Start with the property map

Draw the concrete footprint, then plan the pour details.

Outline the slab, driveway, or pad, choose the concrete type, add demo, reinforcement, base prep, drainage, and finish assumptions, then request quotes when the scope is clearer.