Helical Piles vs. Traditional Foundations Key Differences Explained
                     Helical Piles Vs. 
Traditional 
Foundations: 
Choosing the Right 
Support for Your 
Project
Foundations Matter: 
Stability, Longevity, and 
Cost
Structural Safety Financial Impact
Foundations are the Foundation choice affects 
critical backbone of any initial budget, construction 
structure, directly timeline, and total project 
impacting long-term cost through labor and 
stability and occupant material requirements.
safety.
Environmental 
FDoiffoetrpenrtin fotundation types create varying levels of soil 
disturbance, waste generation, and carbon emissions.
What Are Helical 
PHeiliclael psile?s are engineered steel shafts equipped 
with helical plates that are mechanically screwed 
deep into the ground using hydraulic machinery. 
This innovative foundation system provides 
immediate load-bearing capacity upon installation.
• Steel construction with corrosion-resistant 
• cHoealitcinalg plates create anchor points in stable soil 
• lDaeypetrhss ranging from 10 to 150+ feet
• Instant load capacity - no waiting period
Particularly effective in soft, unstable soils and 
sites with limited access where traditional 
equipment cannot operate efficiently.
Traditional Foundations 
Explained
Concrete Installation Process
FReoiontfoinrcgesd concrete Requires extensive soil 
poured into excavated excavation, formwork 
trenches or holes, setup, concrete pouring, 
creating a solid base that and 28-day curing period 
distributes structural before achieving full 
loads across a wide area. strength.
Proven Performance
Decades of reliable 
performance in stable, 
dense soils with 
excellent compressive 
strength and load 
distribution capabilities.
Environmental & Practical 
AdEcvo-aFrinendtlya ges All-Weather Reusable & Adaptable
IHneslitcaall lpaitleios nrequire PInestraflolartmioann pcoessible in all Helical piles can be 
minimal excavation, weather conditions and removed and relocated if 
generate less waste, and remote locations. needed, making them ideal 
have a significantly lower Superior resistance to for temporary structures or 
carbon footprint than frost heave and ground projects requiring future 
concrete foundations. Steel movement compared to modifications.
components are fully rigid concrete structures.
recyclable.
Suitability & 
L🔧 Himeliciatl Pailtesi ons🔧 Traditional 
Excel In: Foundations Preferred 
• Soft, wet, or Fo•rV:ery heavy structural 
unstable soils • lRooacdksy or extremely 
• Sloped terrain and dense soils
challenging access • Large infrastructure 
• Renovation projects 
• pBraosjeemctesnts and 
with space 
• cAorenastsr apirnotnse to 
below-grade spaces
frost heave • Projects with 
• Projects requiring extensive 
immediate load underground 
capacity utilities
Real-World Impact: 
Faster, Greener, and More 
RePlrioajecbt Tliemeline 
PBreonjeecfitst ussing helical piles consistently finish 2-4 weeks 
ahead of schedule, with minimal site disruption and 
immediate structural stability upon installation.
Cold Climate Performance
In northern climates, helical piles demonstrate superior 
resistance to frost heaving compared to concrete footings, 
reducing long-term maintenance costs and structural 
issues.
Contractor 
SCoantsitsrfuacctitoino nteams report improved job site safety, higher 
productivity, and increased profitability due to 
streamlined installation processes and reduced equipment 
requirements.
Reach Us At : Woodland Deck Company
Norton, OH Strongsville, Solon, OH
5260 Wooster Rd W, OH15110 Foltz Industrial Pkwy 30700 Bainbridge Rd STE J, 
Norton, OH 44203 #108, Strongsville, OH Solon, OH 44139
44149
330-658-8063 440-879-7104 440-836-3049
Columbus, OH Cranberry Twp, PA
7500 Green Meadows Dr Suite 7500, Green Meadows Dr 
1520, Lewis Center, OH 43035 N, Lewis Center, OH 43035
614-824-6405 724-252-4314
[email protected] WoodlandDeck.com