Product information "Turtle Plastics - Step Chocks"
The Step Chocks offer firefighters and rescue personnel a rapid-deployment stabilization tool for passenger vehicles and light-to-medium apparatus. Engineered from high-density recycled plastic, these chocks resist splintering, chemical absorption, and environmental wear, providing safer and cleaner alternatives to traditional wood blocks.
Performance Requirements
1. Variants & Capabilities
Standard Step Chock (SC-1)
Dimensions: Base 24½″ × 5¾″; Width 3¾″; Height 10¾″
Weight: ~15 lb (6.8 kg)
Working Load Limit (WLL): 5,732 lb (2,600 kg)
Medium Step Chock (SC-2)
Dimensions: Base 29½″ × 9″; Width 4½″; Height 17¼″
Weight: ~35 lb (15.9 kg)
WLL: 9,700 lb (4,400 kg)
2. Design & Material Integrity
Light enough for quick positioning, yet sturdy and stable—no crush, splinter, or breakage under typical use.
Built-in molded handhold for ergonomic handling and deployment.
Non-absorptive: resistant to water, oil, gas, and hazardous fluids—facilitates clean-up and reuse.
Functional Objectives
Provide fast and reliable stabilization of vehicles during extrication or rescue scenarios.
Offer a tiered solution—choose from Standard or Medium depending on vehicle size and weight—to adapt to operational needs.
Enhance safety and hygiene by eliminating wood splinters and fluid retention, supporting decontamination protocols.
Ensure ergonomic deployment with integrated handles, reducing manual strain in field conditions.
Performance Acceptance Criteria
| Parameter | Specification |
|---|---|
| Dimensional Accuracy | Within manufacturing tolerances for Standard & Medium variants |
| Weight Limits | ≤-15 lb (SC-1), ≤-35 lb (SC-2) |
| Working Load Limits | ≥ 5,732 lb (SC-1), ≥ 9,700 lb (SC-2) |
| Stability | Remains rigid without deformation under rated load |
| Material Durability | No cracking or degradation after UV, oil, or mechanical stress |
| Handling Features | Molded handhold present and load-rated for single-user use |
| Cleanup | Impervious to common fluids; easy to decontaminate |
| Category: | Extrication Cribbing & Stabilization |
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