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Technical answers to the questions you’re asking

FASTepc FAQs

FRP piles have a superior strength-to-weight ratio. They maintain an ultimate strain limit of ~1%, which allows them to absorb seismic and dynamic loads more effectively than concrete. This reduces vibration transmission and enhances structural resilience in demanding soil conditions.

Concrete caissons require excavation, spoil removal, curing time and protective coatings. FASTepc’s patented piles are driven directly into the soil without excavation. No curing means the superstructure can be set immediately, compressing timelines from months to weeks.

Concrete deteriorates in saltwater and requires coatings to slow corrosion. FRP piles are inert to chlorides, sulfates and brackish conditions. Their corrosion resistance significantly extends service life in marine and coastal projects.

FRP piles generate a lower carbon footprint during manufacturing compared to concrete, which is highly CO₂-intensive. On site, they avoid excavation spoils, reduce heavy equipment mobilization and eliminate toxic coatings. This cuts life cycle emissions and site disturbance dramatically.

Yes. FRP piles are engineered with high tensile and compressive capacity to meet or exceed their steel and concrete cousins.

Concrete jobs often carry a 45% risk of change orders from soil surprises, water intrusion or curing issues. FASTepc piles bypass these risks by avoiding excavation and eliminating time-sensitive curing variables. The push pile system simplifies installation, and outcomes are more predictable.

Concrete foundations often require remediation due to cracking, corrosion or soil degradation, driving life cycle costs upward. FRP piles remain stable, require no coating reapplication and avoid spoil-related settlement issues — lowering life cycle cost and protecting ROI.

Yes. FRP is engineered with low thermal conductivity, meaning less stress from freeze-thaw cycles than concrete. It performs reliably in high-heat environments without spalling or structural compromise, making it ideal for wide climate ranges.

89%

Faster installation

67%

Fewer crew members

79%

Shorter project timeline

15%

Project cost savings

Partners in proof

Independent testing, trusted engineering, proven installation

Every FASTepc piling is more than a product — it’s the result of collaboration with some of the most respected names in engineering, construction and standards. From laboratory validation to field installation, our partners ensure that FASTepc’s patented push pilings are tested, trusted and ready for the toughest conditions.

Terracon: geotechnical & structural testing expertise

Terracon brings national authority in geotechnical engineering and soil analysis. Their role goes far beyond a stamp of approval:

  • Full-scale load testing per EPRI guidelines. 
  • Validation across sandy soils, wet environments and high water tables.
  • Independent confirmation of capacity, deflection and rotation limits.

By putting FASTepc piles through rigorous, repeatable tests, Terracon — in collaboration with DiGioia Gray Inc., now Gannett Fleming — proves design models hold up in the real world.

Gannet Fleming Transystems: full-scale structural validation

With more than 100 years of infrastructure experience, Gannett Fleming provides engineering credibility few firms can match. Their testing and validation focus on:

  • Confirming load transfer and structural capacity under extreme stress.
  • Reviewing performance against stringent codes and specifications.
  • Documenting results that engineers and owners can rely on for critical projects.
Mobilram crews: installation without excavation

Proving performance doesn’t end in the lab. It happens on-site. Mobilram installation crews bring FASTepc foundations to life, showing how the push pile system delivers in practice:

  • Driving piles without excavation, drilling or cure time.
  • Setting pilings in days instead of weeks.
  • Reducing jobsite disruption and crew size, and eliminating spoil removal. 

Mobilram installations demonstrate that speed and safety can go hand in hand, making FASTepc a practical choice for owners and contractors alike.

Creative Composites Group

Creative Composites exemplifies excellence in partnership with advanced manufacturing expertise to deliver high‑quality FRPs with efficiency and precision.

Frost Engineering

Frost combines engineering precision and operational expertise with advanced FRP design, delivering innovative and durable solutions that set a new standard for modern infrastructure.

When Frost signs off, it signals to the market that FASTepc is ready for the most demanding environments.

266 Native LLC

266 Native has proven to be an exceptional partner for FASTepc as an approved installer, consistently demonstrating reliability, technical expertise and a strong commitment to quality on every project.

Standards that matter: AWS, AISC, ISO 9001

Manufacturing credibility is built on compliance with recognized standards. Standards FASTepc pilings are produced under include:

  • AWS (American Welding Society): certified weld processes and inspections.
  • AISC (American Institute of Steel Construction): structural fabrication quality.
  • ISO 9001: International benchmarks for consistent, repeatable processes.

These certifications guarantee that every piling is produced with the same level of precision and reliability, project after project.

When you choose FASTepc, you’re not just choosing a new foundation system — you’re choosing a network of trusted partners who validate, install and certify every piling. That means less risk, faster timelines and stronger results for your project.

Ready to build on proven ground? Contact us today