Timber and marine bridges built for real field conditions.
Ranch crossings, trail bridges, state park and national forest spans, and waterfront access bridges. Built around what actually happens to the structure — floods, debris loads, ground saturation, and the people walking on it.
Pile-supported elevated trail bridge with recoverable ramp — Sam Houston National Forest concept.
Elevated, anchored, and built to survive the next flood.
For the Sam Houston National Forest, Shore Tech designed elevated bridges anchored to pilings with ramps that can be recovered and reattached after a flood event. The deck stays. The vulnerable approach pieces come back. The trail re-opens fast.
Heavy-timber ranch bridge crossing a creek with cattle-rated load.
Heavy timber, built to last.
For ranches, properties, and private crossings. Engineered timber, properly treated piles, and decking sized to the use — pedestrian, ATV, truck, or cattle. The bridge that's still there in 25 years is rarely the cheapest one to build.
What we build.
Ranch bridges
Creek and ravine crossings for private property and ranch access roads.
Timber trail bridges
Pedestrian and light-vehicle spans for trails, parks, and forest land.
State park bridges
Public-access timber and pile-supported spans.
Flood-resistant concepts
Elevated decks with retrievable or sacrificial ramps.
Pile-supported spans
Driven-pile substructure for soft-ground crossings.
Replaceable ramps
Approach systems designed to be recovered after flood.
Boardwalk-style
Continuous low-rise walkways through wetland and shoreline.
Heavy timber construction
Older-growth-grade timber where strength and longevity matter.
Have a span to cross?
Span length, ground type, expected loads, and flood history — that's the conversation that gets to a real bridge plan.