Sidewalk Assessments for Capital Improvement and Repair Planning

How cities use sidewalk and curb ramp data to support CIP planning, phased repairs, and implementation

A sidewalk assessment is most valuable when it gives a city clear next steps.

For many cities, this means finding ways to gather sidewalk and curb ramp data that is already structured to support capital improvement planning, repairs, and phased projects. Public works teams need a straightforward way to decide where to group work, how to schedule projects, and which barriers to fix sooner rather than later.

Daxbot helps cities by building a measured, GIS-ready dataset for sidewalks and curb ramps. We check each segment against PROWAG (Public Right-of-Way Accessibility Guidelines) and assign it a weighted compliance score, so the results are more useful for planning than a basic pass-or-fail list.

Why complete a PROW assessment

  • Supports capital improvement planning

    Assessment data helps staff plan sidewalk and curb ramp work for yearly budgets, long-term projects, and key routes.

  • Helps group work into real projects

    Cities often use assessment data to group barriers by corridor, route, or project area instead of treating each issue as its own project.

  • Makes prioritization more actionable

    A PROWAG-based dataset with weighted, color-coded scores gives staff a clearer way to compare sidewalk conditions across the city.

HOW IT WORKS:

How cities usually use assessment data in planning

Cities use sidewalk assessment data in many ways. The same dataset can support capital improvement plans, yearly repair programs, corridor projects, or help coordinate with paving, utility, or other right-of-way work.

Some cities use assessment findings to sort out which fixes need to happen quickly, and which can wait, based on funding, timing, and route importance. This is what makes planning-ready data helpful: it lets staff turn field conditions into real decisions about what to do next.

What this data helps staff decide

A planning-ready sidewalk assessment helps cities answer questions like:

  • where sidewalk and curb ramp needs are concentrated

  • which corridors or target routes may warrant earlier action

  • what work can be bundled into one project area

  • what belongs in maintenance, repair, retrofit, or capital planning

  • which barriers may align with paving, utility, or other planned right-of-way work

  • what should be addressed in a near-term phase versus a later phase

Why phased implementation matters

Most cities cannot fix all sidewalk and curb ramp barriers at once. Improvements usually happen over time through yearly budgets, capital projects, paving work, grants, and other right-of-way programs.

That is why phasing is important. Staff need to know not just what barriers exist, but how to schedule work in a way that fits funding, timing, and city priorities. Weighted compliance scores help by showing which problems are more severe, so staff do not have to treat every issue the same.

How this connects to ADA transition plan implementation

For cities that manage streets, roads, or walkways, putting an ADA transition plan into action is closely linked to repair and capital planning. A transition plan is more than a list of barriers—it is also a schedule and a plan for fixing them over time.

That is one reason assessment data is important. It helps cities go from finding barriers to setting priorities, planning phases, and making accessibility work part of real projects.

What municipalities should look for in a planning-ready assessment

To support capital improvement and repair planning, cities should ask if the assessment outputs will still be useful after field collection is done.

  • Can the data be grouped by corridor, route, or project area?

  • Can staff distinguish between repair work, retrofit work, and larger capital needs?

  • Can the findings support phased implementation schedules?

  • Can the data be easily reviewed alongside other city planning layers?

  • Can the scoring help staff compare relative severity across locations?

  • Will the outputs still be useful during budgeting, scoping, and consultant review?

TYING IT TOGETHER:

Where Daxbot Fits

Daxbot helps cities with ADA self-evaluation and planning by building a measured baseline of sidewalk, curb ramp, crossing, and other pedestrian conditions.

Daxbot checks measured conditions against PROWAG, processes and QAs the data, then delivers GIS-ready outputs to ArcGIS and other systems. Each sidewalk segment, curb ramp, or other asset receives a weighted, color-coded Dax Compliance Score, allowing staff to compare conditions across the network more easily.

This scoring is a big reason the data is useful. A simple yes-or-no result only shows if a barrier exists, but does not help staff compare how serious each problem is. Dax Compliance Score gives cities more useful information by showing how well each location meets PROWAG criteria, so staff can spot higher-need areas, compare corridors, and focus on problems strategically.

Dax Compliance Score is based on the same idea as the Illinois Compliance Index, which goes beyond simple pass-or-fail checks to help with prioritization. Daxbot takes this further with higher-density robotic data collection, more detailed datasets, per-segment analysis, and improved scoring methods that work well for cities.

This gives staff something more useful than anecdotal reports or a basic inventory that needs extra follow-up to understand. Cities can add public complaints, field notes, and other priorities to the measured, scored baseline to refine the scope and build a stronger capital or repair plan.

Daxbot does not replace engineering design, project development, legal review, or city decision-making. Instead, it supports these steps by providing a stronger field record and a dataset that is ready for planning.

Answers to common questions:

  • No. A sidewalk assessment identifies and documents conditions. A capital improvement plan is a budgeting and project-programming tool. The assessment can support capital planning, but it is not the capital plan by itself.

  • Because it helps staff compare conditions more clearly than a simple pass-or-fail result. A weighted score can indicate relative severity and help staff identify higher-need locations, corridors, or assets for further review and prioritization.

  • Usually not. Cities often address barriers through various channels, including repair programs, resurfacing or alteration work, corridor projects, targeted route packages, and longer-term capital phases.

  • Yes. For public-right-of-way work, transition plan implementation is closely tied to prioritization, phasing, and scheduling. Assessment data helps cities move from identified barriers to a more usable implementation framework.

  • Daxbot helps cities build a measured, GIS-ready public-right-of-way dataset with PROWAG-based evaluation and Dax Compliance Score so staff can support scoping, prioritization, phased implementation, and broader repair or capital planning workflows.

RELATED RESOURCES:

Need sidewalk assessment data that supports real project planning?

Daxbot helps cities turn field collection into real capital improvement, repair planning, and phased projects with a measured, GIS-ready dataset and actionable compliance scoring.