HomeServicesBarn Demolition › Waterloo, NY

Barn Demolition in Waterloo, NY

Stone foundation, hayloft, post-and-beam, or modern pole barn. Seneca contractor.

5.0 Stars
117 Reviews Total
OSHA 30
Construction Safety
NYS DOL
Asbestos Licensed
NYS DOL
Public Work Registered
SAM Registered
Federal Contractor
NYSDEC SWPPP
GP-0-20-001 Compliant

Barn Demolition in Waterloo

$4,000
to
$18,000
$4K - $7KSmall barn or large shed, no foundation
$6K - $10KStandard barn, dirt or partial foundation
$9K - $14KLarge dairy / horse barn
$12K - $18KStone foundation + full removal & backfill
+$500 - $2KAsbestos or lead paint abatement

Real reply in hours, not days.

What Backwell Handles in Waterloo

Barns in Waterloo, NY are not standardized structures. Stone foundations, post-and-beam frames, dirt floors, and decades of repairs make each one a custom job.

Related

Get my exact price ›

Get a free written estimate

Tell us the basics. Real reply in hours, not days.

Barn Demolition in Nearby Areas

Geography & Site Conditions in Waterloo, NY (Seneca County)

Waterloo sits on the Seneca River / Cayuga-Seneca Canal in northern Seneca County, just west of Seneca Falls on the same drumlin-and-canal landscape. Soils across the village and the Route 5/20 commercial corridor are dominated by Honeoye silt loam and Lima silt loam on the drumlin flanks, with Palmyra gravelly loam on the outwash benches and Canandaigua silty clay loam and Wayland silt loam on the canal and river-adjacent flats.

The Cayuga-Seneca Canal and the Seneca River both cross the village, and NYS Canal Corp review applies inside the canal prism. Commercial site work in Waterloo regularly involves dewatering on canal-adjacent parcels, cobbly trenching on the drumlin flanks, and structural fill on the clay-loam and silt-loam flats. Stormwater design ties into the Oswego River watershed. Shallow limestone bedrock can appear on the higher drumlin summits but rarely controls commercial excavation depth. Frost depth is moderate. The Finger Lakes outlet geomorphology creates a complex base-level setting for grading and drainage design.