Score and compare candidate office addresses by employee commute.
- Score and compare candidate office addresses by employee commute.
- Paste employee zip codes and up to 3 candidate offices.
- Returns average / median commute and % of employees within 30, 45, and 60 minutes.
Commute Score Tool
TL;DR
- Score and compare candidate office addresses by employee commute.
- Paste employee zip codes and up to 3 candidate offices.
- Returns average / median commute and % of employees within 30, 45, and 60 minutes.
Methodology
Each employee zip and candidate office zip is mapped to a metro centroid (lat/lon) from a built-in US lookup. Distance is computed with the haversine formula and converted to drive time at a calibrated 30 mph average. Bucket percentages are the share of employees whose estimated drive time falls under 30, 45, and 60 minutes.
How to use it
- Paste employee zip codes — One per line, or comma-separated. Unrecognized zips are skipped.
- Enter up to 3 candidate offices — Provide a zip code and an optional label for each candidate location.
- Compare — Read the average, median, and % of employees within 30/45/60 minutes for each candidate.
- Share — Save the comparison as a shareable URL for your real-estate committee.
Frequently asked questions
- Why straight-line distance?
- It avoids routing-API costs and rate limits while still giving a defensible apples-to-apples ranking. The 30 mph average is calibrated to door-to-door drive time for the median US metro.
- Do you support international zip codes?
- Not yet. The built-in lookup covers top US metros only — non-US codes are silently skipped.
- How accurate is this?
- Within ~15% on average for US metros. For final selection, validate with Google Maps or a commute survey.
- Can I upload a CSV?
- Paste CSV-style text (zip codes separated by commas or new lines) directly into the box. Excel and Google Sheets columns paste cleanly.
Related topics
- Workplace Talent Strategy — How office location, building tier, and workplace experience shape talent attraction and retention.