Description
The Ever-Jack® Original is a high-performance crawl space support system engineered to permanently correct sagging, bouncy, or uneven floors. Built from advanced fiber-reinforced composite materials, it delivers exceptional strength while remaining lightweight, corrosion-proof, and easy to install. Unlike traditional concrete piers that require excavation, curing time, and significant labor, Ever-Jack® installs directly on soil in minutes—making it a faster, cleaner, and more efficient foundation support solution.
Designed for long-term reliability, Ever-Jack® provides adjustable support that allows for precise leveling during installation and future fine-tuning if soil conditions change. Its wide 19-inch base distributes weight effectively, eliminating the need for large concrete footings while maintaining structural integrity. Backed by a 25-year warranty and compliant with major building codes, it offers a dependable, low-maintenance solution for both contractors and homeowners.
Key Benefits
Fast Installation: No excavation required—installs in as little as 5 minutes
No Concrete Needed: 19-inch base evenly distributes load without footings
Long-Term Reliability: Backed by a 25-year warranty
Low Maintenance: Corrosion-proof materials built for crawl space environments
Key Features
High Strength & Durability: Rated for 8,400 lbs. load capacity (up to 25,000 lbs. ultimate)
Lightweight Design: Only 12.5 lbs. total weight for easy handling and transport
Adjustable Support: Provides up to 2.5 inches of vertical lift for precise leveling
Corrosion-Resistant: Fiber-reinforced composite construction performs in damp conditions and temperatures as low as -20°F
Code Compliant: Meets ICC-ES, IBC, and IRC requirements
Specifications
Total Weight: 12.5 lbs.
Base Diameter: 19 inches
Height (lowest position): 7 inches (base to cap-bolt interior well)
Load Capacity: 8,400 lbs. (safety factor of 3)
Ultimate Load: Up to 25,000 lbs.
Post Compatibility: Fits standard 4×4 posts (3.5″ x 3.5″ actual)
Ever-Jack® Original replaces outdated, labor-intensive support methods with a modern, efficient system built for strength, speed, and long-term performance.
