Traffic Calming Device Inspection Logger
Speed humps, tables, chicanes, mini-circles and bollards — condition, signage, markings and drainage/drivability findings; offline + GPS.
New calming device inspection
Network audit annually; asphalt devices after each winter; rubber/bolted devices semi-annually (hardware loosens).
Field guide: Traffic Calming Device Inspection Logger
Traffic-calming devices are geometry doing enforcement's job — and geometry erodes: asphalt humps flatten under bus axles until the 85th-percentile speed quietly climbs back, rubber cushions shed segments leaving anchor bolts proud of the pavement (a tire-killer and a liability letter), and the chevron markings that make a raised table visible at night wear precisely because the device works. This logger audits the calming network as infrastructure with a performance spec, not street furniture.
The bypass findings matter most diagnostically: rutted verges beside a cushion or gutter-running around a hump mean drivers found the escape route, and the fix is design (edge bollards, full-width devices), not paint refreshes. Emergency-response complaints get their own flag because they reopen the design conversation formally — response-time disputes are how calming programs get dismantled, and dated logs of which device, which complaint, which mitigation keep that conversation factual.
Field tips
- Drive each device at the posted advisory speed during the audit — a hump you don't feel is a hump that stopped working.
- Audit at night once a year: marking-wear findings rank themselves by headlight, and 'invisible at night' is a strike claim waiting.
- Photograph verge rutting early; it's the cheapest moment to add edge treatment before the bypass path becomes established.
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.
Traffic Calming Device Inspection Logger — Speed humps, tables, chicanes, mini-circles and bollards — condition, signage, markings and drainage/drivability findings; offline + GPS. Free, offline-first and GPS-aware: open it on any phone, log in seconds, and hand your GIS team clean GeoJSON.
About Traffic Calming Device Inspection Logger
Traffic-calming devices are geometry doing enforcement's job — and geometry erodes: asphalt humps flatten under bus axles until the 85th-percentile speed quietly climbs back, rubber cushions shed segments leaving anchor bolts proud of the pavement (a tire-killer and a liability letter), and the chevron markings that make a raised table visible at night wear precisely because the device works. This logger audits the calming network as infrastructure with a performance spec, not street furniture.
How to use Traffic Calming Device Inspection Logger
- 1Enter the street & device and tap 📍 GPS to pin the calming device's exact location (or type coordinates).
- 2Work through the calming device checklist — every field matches what a real inspection program records.
- 3Pick a condition on the Effective & sound / Maintenance / Repair/replace / Hazard (strike/trip) ⚠ scale; actionable findings are tallied automatically.
- 4Add notes and log the inspection — it saves instantly to your device, even with zero signal.
- 5Export the round as CSV for your asset system, GeoJSON for the GIS, or print a clean report.
Why use Traffic Calming Device 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 ITE
Frequently asked questions
How much does a worn hump lose?+
Speed reduction tracks profile height: design specs (typically 75–100 mm for humps) deliver the studied 15–20% speed cuts, and every winter of plows plus summers of buses shaves it. Re-profiling at ~25% height loss is the practical trigger — your drive-over impressions plus visible flattening findings approximate it without survey gear.
Why are speed cushions controversial with fire departments?+
Cushions exist as the compromise — wheel cutouts sized for wide emergency axles let apparatus pass un-slowed while cars can't straddle. The compromise fails when cutout spacing doesn't match the local fleet or segments shift. Logged emergency-response complaints per device are the dataset that tunes or relocates them.
What's required for night visibility?+
Devices need advance warning signs and surface markings (chevrons/triangles per local standard) maintained retroreflective — a raised table without visible markings has produced motorcycle and bicycle strike claims agencies lost. 'Invisible at night' findings justify same-month marking work, ahead of cosmetic repainting elsewhere.
Do calming devices affect drainage?+
Full-width devices interrupt gutter flow unless designed with gaps or grates — upstream ponding findings mean the gap clogged or was never built. The gutter gap then erodes its own bypass channel. It's the most common defect on retrofit humps and the reason audits walk the gutter line, not just the crown.
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