Interactive Longevity Simulator
Project estimated degradation curves over 5 years based on your specific profile. Data derived from our predictive modeling of AirCell™ foam density.
Configure Profile
Predicted Retention (5-Year)
Proj. Sag @ Year 5
~0.4"
Firmness Drop
-10%
Cooling Perf.
Stable
Risk Probability Analysis
Estimated probability of issues within the first 3 years based on density specs and failure reporting.
Sagging > 1.0 Inch
Low risk due to high-density AirCell™ foam. Primarily seen in foundations with improper slat spacing.
Firmness Drop ≥ 1 Step
Moderate likelihood. Comfort layers naturally break in, resulting in a slightly plusher feel over year 1.
Edge Support Loss ≥ 15%
Dependant on usage. Sitting on the edge regularly accelerates foam fatigue in the perimeter rails.
Cooling Efficiency Decline
Very low risk. GelFlex polymer does not compress like fiber, maintaining airflow channels over time.
Product Definition & Specs
Tracking material specifications across generations to identify potential durability drift.
Core Construction
- Comfort LayerAirCell™ Memory Foam
- Density Estimate~4.0 - 5.0 lbs/ft³ (High)
- Support CoreZoned Progression Foam
- Cover MaterialTencel™ Lyocell Blend
Failure Mode Watchlist
Cover Pilling
Tencel covers are soft but prone to abrasion. Recommended use of protector.
Zipper Integrity
Reported issues in early Gen 1 models; reinforced in Gen 2.
Research Scope & Evidence
This Living Review relies on a mixed-methods approach to filter marketing noise from durability facts.
Key Metrics
- Sagging: Vertical depth of unweighted impression.
- Firmness Drift: Change in ILD or perceived resistance.
- Cooling Decay: Surface temp return-to-baseline time.