Are Los Angeles streets ready for LA28?

The short version

• The scale: Los Angeles has nearly 4,000 miles of sidewalk in total, and the 2021 Controller audit identified roughly 50,000 reports of sidewalk problems sitting outside the main repair program. The Controller warned that one part of the City's certification process could take centuries at the pace then reported.
• The accessibility test: the Paralympic Games make it central. The City's Sidewalk Repair Program treats uplifts greater than one-quarter inch, widths under four feet, cross slopes over 2 percent, and gaps or grates over one-half inch as accessibility issues.

What does “ready” mean for a street?

Ready for the Games is a narrower question than “fixed,” and it should be. LA28 is planned as a no-build Games using existing venues, and a fan's experience of the City is the last half mile: transit stop to gate, hotel to fan zone, parking to the Coliseum. The relevant question is whether those specific routes are walkable, rollable, lit, and clean on a specific date.

Four things make a route ready:

A practical readiness baseline would measure all four categories and then repeat the same route assessment before the Games.

What has the City actually funded?

More than a year ago the honest answer was “not much specific to the Games.” That has changed.

Why is the baseline the actual problem?

Because $9.5 million buys a few miles of sidewalk, and the City cannot say which miles matter most without a measured inventory of the venue radius.

The scale gap is real. The Controller found in 2021 that the Sidewalk Repair Program had completed construction at a little more than 2,100 sites, while Public Works had received thousands of accessibility and rebate requests. Separately, StreetsLA held roughly 50,000 reports of sidewalk problems that were not being addressed through the main Sidewalk Repair Program. The Controller recommended a broader sidewalk and curb-ramp assessment so the City could identify and prioritize the locations with the greatest need.

The City's own queue shows what the gap costs in time. The Access Request Program, the lane for people with mobility disabilities, scores each request on three criteria worth 15 points apiece, a residential location, proximity to transit, and time already spent in the queue, and quotes a wait of three to six years for a request with the highest possible score. A request scoring 30 is quoted at more than ten years.

That is the relevant gap for LA28. Choosing where limited venue-area repair dollars should go requires knowing, block by block on routes within City of Los Angeles jurisdiction, where accessibility and maintenance problems are, how severe they are, and when they were observed. The 2021 audit specifically identified the value of a broader condition assessment; the public sources reviewed for this article do not establish that a complete, current venue-route inventory now exists.

The financial stakes extend beyond construction budgets. Los Angeles has also faced substantial citywide liability payouts, but those totals include many kinds of claims and should not be treated as the cost of broken sidewalks alone. For LA28 readiness, the more defensible case for a measured inventory is operational: it creates a dated basis for prioritizing repairs, documenting changes, and checking the same route again before the Games.

How would you build a venue-radius baseline in 2026?

Not with survey-grade lasers. We wrote about the cost of that approach in Do cities need LiDAR to know what is wrong with their streets? The method that fits a 22-month window looks like this:

1. STEP 01

   Define the routes, not the neighborhoods.

   For venues and fan zones within City of Los Angeles jurisdiction, identify the walking and rolling routes from nearby transit stops, designated pickup or rideshare areas, and other expected arrival points. The number of block faces should be set from the actual route network rather than assumed in advance.

2. STEP 02

   Walk each block face with a phone.

   Photograph every condition, measure the ones that can be measured (vertical displacement, width, ramp presence), and attach a location and a date. An iPhone with LiDAR gives depth and dimensions, not just photos; a non-LiDAR phone gives estimates, labeled as estimates.

3. STEP 03

   File every condition through official 311 channels.

   One case per condition. The case reference is the City's own record, and it is what a council office can act on.

4. STEP 04

   Track each case to closure.

   Received, active handling, terminal outcome. Closed is not fixed; see Why should cities track outcomes instead of counting submissions?

5. STEP 05

   Re-walk in 2027 and again in spring 2028.

   Same block faces, same measurements. The delta is the readiness report. Publish it with a denominator.

For a defined set of City of Los Angeles venue routes, that becomes a bounded fieldwork problem rather than an attempt to inventory every sidewalk in the city. CLARK AI supports steps two through four today: a photographed, located, dated condition, filed through official 311 channels after human review, tracked to a City reported outcome, and held in one record. Pothole depth is measured in the app. Sidewalk lift is a number the sensor can resolve and the product does not yet report, so on a sidewalk today the record is the photo, the location, and the date, with the measurement to follow when that mode ships.