A Smarter, Cost-Effective Path Forward for Fort Scott’s Residential Streets
To the Editor,
For decades, Fort Scott residents have watched our street repair cycle repeat itself: mill the surface, apply a costly asphalt overlay, and watch potholes and cracks reappear just a few seasons later. Nowhere is this clearer than on historic corridors like Wall Street (Highway 54), where early 1900s brick rests on active, unstable clay soils without subgrade stabilization. We are spending taxpayer dollars over and over on surface symptoms without addressing the foundation beneath.
It is time to adopt a proven, modern approach: Full-Depth Reclamation (FDR) with mechanical stabilization, paired with a renewable double chip seal surface.
Right-Sizing Infrastructure for Neighborhood Streets
Mechanical subgrade stabilization is an ideal solution for Fort Scott’s residential and collector streets—roads that carry everyday passenger cars, school buses, and delivery vans rather than constant heavy freight trucks. By removing the shifting brick-on-sand layer, blending crushed aggregate (AB-3) with recycled asphalt, and mechanically stabilizing the top 12 inches, we create a strong, uniform base designed to handle neighborhood traffic for decades.
The Power of a Renewable Double Chip Seal
Instead of laying expensive Hot-Mix Asphalt (HMA) over an unstable base, capping a stabilized foundation with a double chip seal provides a tough, weather-resistant, and easily renewable riding surface.
At approximately one-fourth the cost of traditional asphalt, a double chip seal isn’t a temporary patch—it is an engineered, sealable surface layer. When the top layer eventually wears down after 7 to 10 years, it doesn’t require multi-million-dollar milling; crews simply apply another protective seal coat to extend its life indefinitely at minimal expense.
Cost Comparison: Double Chip Seal vs. 2-Inch Hot-Mix Asphalt Overlay
Across Kansas municipalities and county road projects, the financial contrast between these two options is stark:
| Feature / Metric | 2-Inch Hot-Mix Asphalt Overlay | Renewable Double Chip Seal |
|---|---|---|
| Initial Surface Cost | $12.00 – $18.00+ per sq. yard | $3.00 – $4.50 per sq. yard (~1/4th the cost) |
| Foundation Requirement | Requires rigid, fully stabilized structural base | Works seamlessly with mechanically stabilized FDR base |
| Maintenance Strategy | Expensive mill & overlay cycle every 8–12 years | Low-cost re-sealing cycle every 7–10 years |
| Subgrade Failure Risk | High reflective cracking over clay/brick | Flexible surface absorbs minor ground movements |
| Local Fleet Compatibility | Requires specialized asphalt pavers & compaction teams | Can be executed using city crews & county equipment |
Interlocal Cooperation: City & County Working Together
Capturing these savings relies on smart collaboration. By leveraging county reclaimer equipment and experienced operators alongside city crews, Fort Scott can complete these neighborhood street modernizations efficiently—stretching public dollars four times further than traditional asphalt paving.
Continuing to throw expensive asphalt over unengineered clay foundations is simply not sustainable. By combining city-county cooperation with mechanical base stabilization and a renewable double chip seal, Fort Scott can break the pothole cycle, save millions in tax dollars, and give our community streets that truly last.
Sincerely,
Pete Allen
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They have done this right up to to Ft Scott Visitor Center and decided not to go any further west past Ft Scott visitor center thinking people would speed through town going west. But 54 could be repaired if County allows it.
Seems like Pete’s suggestion would warrant at least a 1 or 2 block “test section” to see how it works out. If it does, it would be a win/win (cheaper and last longer).
Dear Citizens of Fort Scott,
Our city faces a critical turning point regarding our streets. For decades, our community has relied on a repetitive cycle of milling and overlaying roads. This practice places expensive new asphalt over shifting Bourbon County clay and aging brick pavers. The results speak for themselves: roads that crack, shift, and fail long before they should.
With 600 blocks of mostly residential and collector streets to maintain—built when our population was 12,000 but funded now by a population of 7,500—we can no longer afford inefficient habits. We must adopt smarter, fiscally responsible engineering.
The clear solution for Fort Scott is a process called Full-Depth Reclamation (FDR) with a double chip seal surface. This is a Kansas Department of Transportation (KDOT) approved and recommended procedure.
Here is why this strategy is vastly superior to a standard mill and overlay:
• 4-to-1 Cost Advantage: FDR with double chip seal costs approximately one-fourth the price of traditional asphalt milling and overlaying. For every single block we fix using the old method, we can repair four blocks using FDR for the exact same budget.
• 4-to-1 Speed Advantage: The time factor is identical to the cost savings. Crews can complete four blocks of FDR in the same timeframe it takes to complete just one block of a traditional mill and overlay. We can repair our entire city network four times faster.
• True Structural Stabilization: A mill and overlay simply hides structural problems under a thin layer of asphalt. FDR blends the existing road materials 8 to 10 inches deep. It mechanically stabilizes the base by mixing AB-3 rock, recycled asphalt pavement (RAP), and a small percentage of native clay. This creates a rock-solid, durable foundation.
• Preserving and Monetizing History: Many of our streets cover historic brick pavers made from local Bourbon County clay. Instead of destroying or paving over them, the FDR process allows us to carefully salvage these historic pavers. The city can resell them, generating new revenue to reinvest directly into our community.
Unfortunately, the current administration refuses to adapt. They intend to keep doing what we have always done, wasting limited tax dollars on short-term fixes that do not address the root causes of our failing roads.
We need your help to overturn this bad decision.
Please get involved. Attend the next city commission meeting, call your local representatives, and demand that Fort Scott switch to this KDOT-approved engineering strategy. Let’s stretch our tax dollars further, protect our historic assets, and finally build the durable streets our community deserves.
Sincerely,
Pete Allen