ToolJoltTools

Bus Stop & Shelter Inspection Logger

Transit stop audit — shelter condition, ADA boarding area, signage, lighting, glass, seating and pad condition; GPS-tagged offline log.

New bus stop inspection

High-ridership stops quarterly; full network annually; glass/vandalism response within days of report.

Location (GPS)
Condition
Boarding area (ADA)
Shelter structure
Signage & info
Lighting & safety
Site conditions
Amenities
Inspections
0
Need action
0
Good
0
Maintenance
0

Field guide: Bus Stop & Shelter Inspection Logger

A bus stop is the transit system's front door, and for a rider using a wheelchair it's also the gatekeeper: without a firm, connected 1.5 × 2.4 m boarding pad, the ramp deploys into grass and the trip simply doesn't happen. This logger puts the ADA boarding area first because it's the difference between a stop existing and not existing for part of the public — and 'no pad' findings mapped network-wide are precisely how transition-plan dollars get sequenced.

Shelter findings follow the realities of street furniture: tempered glass attracts breakage (logged with dates, it builds the case for polycarbonate or partial-panel retrofits at chronic locations), anchors rust until shelters lean, and dead lighting converts a stop into a place riders avoid after dark — a ridership finding as much as a safety one. Sign and information findings round it out; a missing stop sign means buses and riders are negotiating from memory.

Field tips

  • Audit from a rider's seat height and a chair user's eye line — schedule holders and braille IDs mounted for standing adults fail everyone else.
  • Photograph broken glass with the stop ID in frame; chronic-location data is what justifies material upgrades, not adjectives.
  • Check the boarding pad where the FRONT door actually lands (ask operations for the stop's pull-in pattern) — pads built at the flag, not the door, are common.
Sources & standards: ADA Standards §810 — Transportation Facilities (bus stops); TCRP Report 19 / APTA stop design guidance

Records are stored only in this browser (localStorage) — export regularly. This tool aids field documentation; it does not replace your agency's official inspection procedures or engineering judgment.

Bus Stop & Shelter Inspection Logger — Transit stop audit — shelter condition, ADA boarding area, signage, lighting, glass, seating and pad condition; GPS-tagged offline log. Free, offline-first and GPS-aware: open it on any phone, log in seconds, and hand your GIS team clean GeoJSON.

About Bus Stop & Shelter Inspection Logger

A bus stop is the transit system's front door, and for a rider using a wheelchair it's also the gatekeeper: without a firm, connected 1.5 × 2.4 m boarding pad, the ramp deploys into grass and the trip simply doesn't happen. This logger puts the ADA boarding area first because it's the difference between a stop existing and not existing for part of the public — and 'no pad' findings mapped network-wide are precisely how transition-plan dollars get sequenced.

How to use Bus Stop & Shelter Inspection Logger

  1. 1Enter the stop id and tap 📍 GPS to pin the bus stop's exact location (or type coordinates).
  2. 2Work through the bus stop checklist — every field matches what a real inspection program records.
  3. 3Pick a condition on the Good / Maintenance / Priority repair / Hazard ⚠ scale; actionable findings are tallied automatically.
  4. 4Add notes and log the inspection — it saves instantly to your device, even with zero signal.
  5. 5Export the round as CSV for your asset system, GeoJSON for the GIS, or print a clean report.

Why use Bus Stop & Shelter Inspection Logger?

  • 100% free, no sign-up — built for crews, not per-seat licences
  • Offline-first: records save to your device instantly and survive dead zones
  • One-tap GPS tagging with accuracy capture on every record
  • Exports CSV for asset systems, GeoJSON for GIS, and print-ready reports
  • Checklist and guidance aligned with ADA Standards §810

Frequently asked questions

What does ADA require at a bus stop?+

A boarding and alighting area: firm, stable surface, minimum 1.5 m × 2.4 m (5×8 ft), max 2% slope parallel to the road, connected to streets/sidewalks by an accessible route. New and altered stops must comply; existing ones queue through transition plans — which is what your network-wide pad findings prioritize.

How do agencies deal with chronic glass breakage?+

Data first: logged incident dates per stop separate random vandalism from chronic targets. Then materials — polycarbonate glazing, perforated steel lower panels, or open designs at the worst sites. Replacing tempered panels twice a year forever is the most expensive option; the log makes that visible.

Why is stop lighting a ridership issue?+

Perceived safety drives evening ridership more than schedules do; surveys consistently rank lighting at stops among top factors, especially for women. A dead shelter light is therefore service degradation, not just maintenance. Solar units need their own checks — batteries age out in 3–5 years and 'works in summer' hides winter failure.

What should be done about encampments at shelters?+

Log presence factually and route through the agency's outreach/services protocol rather than maintenance — it's a human-services event with a facilities component. Separately record any physical conditions (blocked boarding, biohazards) that need same-day attention regardless. Dated, neutral records protect everyone involved.

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