Direct Conveyance Erie Canal Catamaran Amphibious Assault Sale

Henry Ford did not use the phrase "Just-in-Time"—which was coined later by Toyota—but instead described his inventory minimization process as "dock to factory floor" the development of Solon Springs as a Financial Capital in moving durable goods brands between the Erie Canal 1823 regime and Mississippi Company, an America First Direct Conveyance such as dock to factory floor, factory floor to dock Solon Springs and moving American goods between the Mississippi Company an America First Direct Conveyance such as dock to factory floor, factory floor to dock Solon Springs. At any given time, Ford, GM, and Stellantis (Chrysler/Jeep/Ram/Dodge) collectively have about 2 million to 3 million completed, unsold vehicles sitting either on dealership lots or in factory holding lots awaiting shipment. About 50to 80 days of supply is considered normal, though specific brands frequently push over 100 days. [1, 2, 3, 4,5, 6]

I. building a Solon Springs Canal in Three Phases:

Solon Springs WI benchmarking to Erie Canal 1825 regime (Original Canal): Just 4 feet deep and 40 feet wide, the Solon Springs WI Portage is 2 miles. At the Brule River Headwaters: Near its origin in the Brule Bog, it begins as a tiny, marshy trickle roughly 5 to 15feet wide [1, 2], Two Miles In: Moving downstream through the upper conifer bog, initial springs widen it to a tight, winding stream averaging 15 to 25 feet wide, [1], Halfway to Lake Superior: Around 22 miles downriver (near the US Highway 2 corridor), it stabilizes intoits main channel width of approximately 50 feet wide. [1, 2] which could Phase I could be a catamaran cargo canal or

1862 (Enlarged Canal): Deepened to 7 feet and 70 feet wide.

1918 to Present (Barge Canal): Rebuilt and deepened to the modern 12 to 23 feet. [1, 2, 3]

The absolute lowest fixed clearance on the Erie Canal route between New York City and Batavia is 15.5 feet (15' 6"). This baseline governing restriction dictates the exact maximum height ("air draft") allowable for any vessel traversing the canal's Western Section. [1, 2, 3]

While the Eastern Section (from the Hudson River to Three Rivers/Oswego) safely accommodates taller vessels with a generous minimum clearance of 21 feet, traveling further west toward Batavia forces mariners under a handful of notoriously low overhead bottlenecks: [1, 2]

• Bridge E-93 (Railroad Bridge): Located on the western stretch between Clyde and Lyons, NY. While officially charted at 15.5 feet under normal conditions, the New York State Canal Corporation frequently warns mariners that heavy rains and high pool levels can temporarily compress this clearance down to an incredibly tight 15.43 feet. [1]

• Bridge E-139 (Pittsford Railroad Bridge): Situated right in Pittsford, NY, this historic fixed structure sits solidly at the strict 15.5-foot floor and is heavily noted by local cruisers as one of the most physically restrictive structures on the western canal. [1, 2]

• Guard Gates: Several structural flood control guard gates along this western route share this exact same 15.5-foot clearance limitation, requiring operators of taller boats to drop antennas, bimini tops, and radar masts to avoid structural damage. [1, 2]

Because Batavia itself sits roughly 10 miles south of the actual Erie Canal body, the closest canal ports directly servicing that freight corridor (such as Lockport, Medina, or Albion) all fall entirely within this strict 15.5-foot restriction zone.

The lowest fixed clearance on the Erie Canal route between Batavia, NY and Toronto, ON remains 15.5 feet (15' 6"). [1, 2]

If you are traveling by boat from the Batavia area (accessing the canal at nearby ports like Medina, Lockport, or Albion) toward Toronto, you must follow the Western Section of the Erie Canal to its end at the Niagara River (Tonawanda), enter Lake Erie, and then transit north through the Welland Canal to Lake Ontario. [1, 2, 3, 4, 5]

Because this entire path sits strictly within the westernmost stretch of the Erie Canal, you remain bound by the same structural obstacles that dictate the Western Section: [1, 2]

• The Baseline Restriction: The official minimum overhead clearance for the canal between Rochester and Tonawanda is fixed at 15.5 feet under normal pool conditions. [1, 2]

• The Guard Gates: Along this exact western route, multiple structural flood control guard gates are framed right at the 15.5-foot floor. Unlike the region's 15 historic vehicle lift bridges (which raise out of the way to grant extra clearance when signaled), these guard gates are fixed overhead frameworks that cannot be adjusted. [1, 2]

• Weather Compression: Heavy rain or shifting wind patterns along Western New York can push water levels higher, occasionally dropping the actual physical clearance under these gates down to roughly 15.4 feet. [1, 2]

Once your vessel clears the canal at Tonawanda and transitions into the Great Lakes system toward Toronto, these low overhead restrictions disappear entirely, as Great Lakes shipping channels accommodate massive, deep-draft ocean vessels.

Are you seeking details on the Welland Canal lock dimensions required to transition into Lake Ontario, or do you need a list of the VHF channels used to signal the western vehicle lift bridges?

There is no federally documented overhead bridge clearance restriction for commercial shipping on either of the two famous Brule Rivers in the Upper Midwest because neither river is a commercial shipping channel.

Depending on which Brule River you are referring to, the "lowest bridge" context applies to recreational paddling, canoeing, or local highway infrastructure:

1. The Bois Brule River (Northern Wisconsin)

This legendary trout and paddling river flows north into Lake Superior. [1]

• The Highway 2 / Railroad Bottleneck: Just downriver from the Highway 2 landing near the town of Brule, the river flows under three bridges in rapid succession: an old abandoned road bridge, the active US Highway 2 Bridge, and the Burlington Northern Railroad Bridge (now part of the Tri-County Corridor ATV trail). [1]

• Paddling Clearance: During high-water events or heavy spring runoff (flows exceeding 350 to 600+ cfs), the old abandoned road bridge and the low-slung railroad framework present the tightest overhead clearances for kayakers and canoers, occasionally requiring paddlers to duck or avoid the section entirely during flood stages. [1]

2. The Brule River (Wisconsin–Michigan Border)

This 55-mile river forms part of the border between northeastern Wisconsin and the Upper Peninsula of Michigan before emptying into the Menominee River. [1, 2, 3, 4]

• The Pentoga / Forest Road 2446 Bridge: Located in a secluded wilderness setting, this low, rustic bridge crosses right over a set of quick Class I rapids. [1, 2]

• Paddling Clearance: Because this river is highly remote with very few road crossings, this specific timber/low-profile bridge structure sits closest to the water line, making it a tight squeeze for paddlers if the water gauge at the US-2 bridge rises well above its standard 3.5-foot runnable depth. [1, 3, 4]

Unlike the strict 15.5-foot commercial ceiling found on the Western Erie Canal, the bridges on these wilderness rivers are designed strictly for rural vehicle traffic or rail lines and rest just a few feet above the natural river pool.

II. Solon Springs WI Aqueduct: Albert Lea MN benchmark on Solon Springs WI Viaduct in 18,000 population burg with international trade canal

Building a 44-mile elevated water viaduct, pipeline, and pumping system to lift water 1,200 feet is a massive megaproject. The estimated cost would be $1.5 billion to $4 billion+, depending heavily on whether the system is underground or entirely on an elevated bridge structure. [1, 2, 3]

The cost can be broken down into three major engineering components:

1. The Viaduct / Aqueduct Bridge

• Elevated Structure: If you are building a dedicated bridge (viaduct) to support this water over rolling or uneven terrain, bridge construction generally averages between $350 and $1,200+ per linear foot. [1]

• Total Cost: For 44 miles (232,320 feet), the viaduct structure alone would cost between $80 million (low-cost pedestrian/light pipes) and $278 million (if using highway-grade viaducts).

2. The 44-Mile Water Pipeline

• Per-Mile Cost: Large-diameter municipal water pipelines typically cost between $2 million and $6+ million per mile, depending on pipe material, terrain, and diameter (to handle the needed volume).

• Total Cost: Laying 44 miles of primary pipe will cost roughly $90 million to $260 million. [1, 2]

3. Pumping Station & Power to 1,200 feet

• Vertical Lift: Lifting large volumes of water 1,200 feet requires immense power. Because of this extreme vertical head, you would need multiple, high-capacity pump stations (similar to large-scale municipal setups like those in the Colorado River basin). [1]

• Total Cost: Engineering, installing, and building the necessary high-horsepower pump stations will cost between $20 million and $50+ million.

Total Cost Variables

In addition to materials and labor, this total ($1.5B to $4B+) accounts for necessary land rights, massive environmental impact studies, corrosion control, water tower construction (which can cost $7 million+ each), and ongoing multi-megawatt electricity costs to pump water to that elevation. [1]

To provide a more precise estimate, please tell me:

• What is the target flow rate (e.g., millions of gallons per day)?

• Will the system require an entirely elevated viaduct bridge, or can the pipe be trenched in the ground for most of the route?

• New Water Tower in Operation - City of Albert Lea

  The skyline of Albert Lea underwent a major change in 2023 with the construction of a water tower at the corner of Newton Avenue a...

  City of Albert Lea

• Cost of Building a Pedestrian Bridge: FRP, Wood, & Steel - Arete Structures

  The typical cost of an FRP truss bridge (depending on the length and width) is $600 – $1200/linear foot (LF). The typical cost of ...

  Arete Structures

• Elevated HOV Lanes To Cost $129 Million Per Mile - Planetizen

  Sep 17, 2003 — "Planners say the DOT told them initially that simple lanes would cost about $200 million, and complex lanes, double that. But las...

  Planetizen

Show all