Bridge panels loaded on flatbed truck.

Need to get from one side of a stream to the other? Let us show you a convenient solution…

Stress-laminated timber bridge with blue and yellow steel channels installed over a small stream at abandoned mines dept.
Kentucky Division of Abandoned Mines

Save time and money on permitting, engineering, and construction. Our bridges arrive at your site as two or more pre-engineered timber panels that can be installed and fully operational within hours.

4 Panel Bridge DOT

Four panel bridge installation WV
Four panel bridge installation WV.
Four panel bridge with guardrails.
Four panel WV installation with guardrails.
Four panel bridge installation WV
Four panel bridge installation WV.
Four panel bridge with guardrails.
Four panel WV installation with guardrails.

AASHTO HS-20 rated for up to 80,000lbs, our bridges are commonly used for both temporary and longterm applications…

View across the newly installed SL40-12 bridge deck showing full panel alignment and connection to the concrete approaches.

Unloading a bridge panel

Installation is fast and efficient, requiring only standard equipment like a dozer, excavator, or boom truck—no crane is necessary.

Detailed Bridge Pictures

Top view of finished stress-laminated timber bridge deck
Photo of finished bridge deck surface.
Bridge panels stacked showing D-rings for positioning, ready for shipment
Photo of bridge panels stacked with d-rings visible.
Bridge panels stacked showing end plates and D-rings for positioning.
Bridge panels with end plates and D-rings visible.
Finished bridge panels stacked in shop ready for shipment.
Photo of finished bridge panels stacked in fabrication shop, ready to ship.
AASHTO HS-20 bridge certification plate showing 80,000-lb maximum load capacity
Photo of AASHTO-certified label showing 80,000-lb maximum load capacity.
Top view of finished stress-laminated timber bridge deck
Photo of finished bridge deck surface.
Bridge panels stacked showing D-rings for positioning, ready for shipment
Photo of bridge panels stacked with d-rings visible.
Bridge panels stacked showing end plates and D-rings for positioning.
Bridge panels with end plates and D-rings visible.
Finished bridge panels stacked in shop ready for shipment.
Photo of finished bridge panels stacked in fabrication shop, ready to ship.
AASHTO HS-20 bridge certification plate showing 80,000-lb maximum load capacity
Photo of AASHTO-certified label showing 80,000-lb maximum load capacity.
Dozer crossing bridge.

Bridge in VA after 15+ years

bridge from road view
Bridge approach from roadway.
bridge approach view
Gravel approach leading onto bridge deck.
bridge deck surface after 20 years.
Timber bridge deck surface after 20 years.
Underside of timber bridge after 20 years.
Underside of timber bridge deck after 20 years.
bridge from road view
Bridge approach from roadway.
bridge approach view
Gravel approach leading onto bridge deck.
bridge deck surface after 20 years.
Timber bridge deck surface after 20 years.
Underside of timber bridge after 20 years.
Underside of timber bridge deck after 20 years.
Trappe three panel bridge.

Bridge panel walk around

Bridges in Progress

bridge panel on assembly jig
Bridge panel being assembled on jig.
bridge panels in fabrication yard
Bridge panels under tension in the yard.
Bridge panels being assembled
Bridge panel being assembled.
assembled bridge panel
Bridge panel in progress.
stack of lumber for bridge fabrication
CCA treated lumber ready for fabrication.
bridge panel on assembly jig
Bridge panel being assembled on jig.
bridge panels in fabrication yard
Bridge panels under tension in the yard.
Bridge panels being assembled
Bridge panel being assembled.
assembled bridge panel
Bridge panel in progress.
stack of lumber for bridge fabrication
CCA treated lumber ready for fabrication.
Pennsylvania DOT

Flood video

Downhill bridge approach on site.

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