End Locking Panel

End Locking Panel

36" End Locking Panel (Fits 30" Spreader)
$920.00
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End Locking Panel

End Locking Panel

$920.00
Size
Compatible with:
Badger Box

End Locking Panels for Badger Box & Aluminum Trench Shoring Systems

End Panels close off the open ends of aluminum trench boxes, creating fully enclosed, OSHA-compliant protective systems that prevent soil sloughing and collapse at trench termination points. Constructed from lightweight aluminum, these panels integrate with Badger Box trench-shoring systems to provide secure end-wall protection without requiring heavy machinery for installation.

Why Choose End Panels

  • Complete Enclosure: Transforms 2-sided trench boxes into 4-sided protective systems
  • Soil Sloughing Prevention: Blocks cave-ins at open trench ends where soil is most unstable
  • Lightweight Aluminum: Easy crew handling and setup without equipment assistance
  • System Integration: Uses standard pins and braces—no specialized hardware required

When to Use End Panels

Use End Panels when trench excavation terminates at a point where workers must access the end of the trench box—common in dead-end utility installations, service line tie-ins, or anywhere the trench doesn’t continue beyond the shoring system. They’re essential when soil conditions make open-end cave-ins likely or when OSHA compliance requires full enclosure.

They’re especially valuable for:

Dead-end utility trenches where excavation stops at a connection point
Service line installations terminating at building foundations or existing infrastructure
Unstable or Type C soil conditions where end-wall collapse risk is high
Municipal repair work in narrow trenches with limited working space
Any application where OSHA inspectors require fully enclosed protective systems

Why End Panels Matter

Standard trench boxes protect the sides but leave ends open—a calculated risk when trenches continue beyond the box or soil is stable. But when excavation stops inside the box, those open ends become the most dangerous part of the trench. Unsupported vertical faces at trench termination points collapse without warning, burying workers who assume the shoring system has them covered.
End panels eliminate that blind spot. For contractors working dead-end trenches (water service to a house, gas line to a meter, fiber drop to a pedestal), end panels are the difference between partial protection and full enclosure. For municipal crews in Type B or C soil, they’re often the only way to meet OSHA compliance when competent persons flag open-end hazards.
Technical Specifications

  • Material: Lightweight aluminum construction
  • Compatibility: Badger Box and aluminum trench-shoring systems
  • Installation Method: Pin-connection using standard trench box hardware
  • Available Sizes: [NEED SPECIFIC DIMENSIONS - width × height options]
  • Weight: [NEED WEIGHT SPECS per panel size]
  • Attachment Hardware: Uses standard box pins with keepers (included or separate?)
  • Load Rating: [NEED CAPACITY SPECS per panel size and soil type]
Compatible Systems

  • Badger Box Trench Systems (all configurations)
  • Badger Box Aluminum Panels
  • Corner Posts (for creating L-shape or U-shape configurations before adding end panels)
  • Solid and Adjustable Spreaders
  • Standard pin and keeper hardware
Safety & Compliance

End Panels must be properly secured with pins and braces to function as load-bearing protective components. Soil type, trench depth, and panel load capacity determine safe configurations under OSHA 1926 Subpart P. End panels are not substitutes for proper sloping or benching in situations where those methods are required. Consult a competent person to determine when end-wall protection is necessary based on soil conditions and trench geometry.

Primary Applications

  • Residential service line installations (water, gas, electric, fiber) terminating at structures
  • Municipal utility repair at dead-end connection points
  • Trench excavations in Type C or unstable soil requiring full enclosure
  • Narrow trench work where end-wall collapse would trap workers
  • Any project where OSHA compliance demands fully enclosed protective systems

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