When a technician spends two hours driving between facilities and thirty minutes repairing the fault, your records typically show only the repair. The travel time — often 30 to 50 percent of total field labor cost across multi-site operations — is invisible.OxMaint's Enterprise Reporting makes it visible, measurable, and improvable across every location in your portfolio.
Multi-Site Operations · Field Service Guide · 2026
How to Track Technician Travel Time Across Sites
Measure what your technicians actually spend time on — not just repair time, but drive time, wait time, and site-to-site movement — so you can plan better and dispatch smarter.
Where field technician time actually goes
Source: Field Service Management benchmark, 2024 — average across 12 multi-site manufacturing operations
Why It Matters
What untracked travel time costs your operation
Most multi-site maintenance managers have a rough sense that travel is "a lot." Very few have a number they can defend to finance or use to justify adding a regional technician. Without measurement, travel time optimization stays a conversation — never a project.
Hidden Labor Cost
If a technician earns $35/hr and spends 38% of an 8-hour day traveling, that is $106 per day in labor cost that generates zero repair output. Across a 10-technician team, that is over $250,000 annually in untracked spend.
Delayed Response Times
Without travel data, dispatchers assign the nearest available technician based on shift schedule — not actual location. Real-time travel tracking cuts average response time by 20 to 35% through smarter same-day dispatch.
Poor Workload Planning
Technicians assigned to geographically spread sites often carry fewer work orders than their schedule implies because travel consumes capacity. Without travel metrics, workload balancing is guesswork and burnout goes undetected.
What to Track
The 4 travel metrics that change how you dispatch
01
Drive Time per Work Order
Total travel minutes logged against each work order. This is the baseline metric — once you have it per work order, you can average it per site, per technician, and per asset type.
02
Site Visit Frequency
How many times per week each site is visited by a technician. Low visit frequency on high-asset-density sites often signals scheduling inefficiency — too many single-job trips that could be batched.
03
Travel-to-Repair Ratio
Travel time divided by active repair time per work order. A ratio above 1.5 means a technician spends more time driving than repairing — a strong signal to review site assignment or batch visit scheduling.
04
Response Time by Zone
Average time from work order creation to technician on-site, segmented by geographic zone. This exposes which sites are structurally under-served and need either a dedicated tech or a satellite parts depot nearby.
Reporting View
Sample multi-site travel time report
| Site / Location | Avg Drive Time (per WO) | Avg Repair Time | Travel Ratio | Weekly Site Visits | Status |
|---|---|---|---|---|---|
| North Plant — Unit A | 22 min | 48 min | 0.46 | 9 | Efficient |
| South Warehouse | 67 min | 35 min | 1.91 | 3 | Review Route |
| East Distribution Hub | 44 min | 52 min | 0.85 | 6 | Efficient |
| Remote Field Station 7 | 112 min | 28 min | 4.00 | 2 | Batch or Reassign |
OxMaint Enterprise Reporting
See every technician, every site, every travel minute — in one dashboard
OxMaint's multi-site reporting surfaces travel time, response metrics, and workload distribution across all your locations without requiring GPS hardware or custom integrations.
Expert Review
Field service leaders on travel time visibility
JK
J. Krishnamurthy, Field Operations Director — Multi-Site Industrial Services
The moment we started tracking travel time per work order — not just labor hours — the picture completely changed. We discovered that two of our highest-output technicians were actually spending 55% of their days in transit between remote sites. They were not inefficient — they were structurally disadvantaged by their zone assignments. With that data, we reorganized zone boundaries and reduced cross-site travel by 30% in one scheduling cycle. We did not hire anyone new. We just stopped being blind to where the time was actually going.
Common Questions
Multi-site travel tracking — what managers ask most
Do we need GPS hardware to track technician travel time in OxMaint?
No. OxMaint tracks travel time through mobile clock-in and clock-out events on work orders — technicians log travel start and arrival when they check in at a site on the mobile app. This gives you accurate travel duration data without GPS hardware, fleet telematics integration, or location permissions beyond what the technician voluntarily submits. For organizations that want GPS-level accuracy, OxMaint also supports integration with popular fleet tracking platforms to cross-reference location data with work order activity. Book a demo to see the integration options.
How should we batch work orders to reduce travel time across sites?
Batching is most effective when your CMMS surfaces all open work orders within a geographic zone sorted by due date and criticality. Dispatchers can then assign a full day's work to a technician at a single site rather than sending them on three separate single-job trips. In OxMaint, the multi-site work order view groups open jobs by location, so dispatchers see concentration opportunities at a glance. Most operations that implement zone-based batching reduce site visits per week by 25 to 40% while maintaining or improving PM completion rates.
What is a healthy travel-to-repair ratio for multi-site field teams?
Industry benchmarks suggest a travel-to-repair ratio below 1.0 for well-optimized multi-site operations — meaning technicians spend more time repairing than traveling. Ratios between 1.0 and 1.5 indicate scheduling inefficiency worth investigating. Ratios above 2.0 are a structural problem requiring zone redesign, additional on-site technicians, or remote monitoring to reduce unnecessary physical visits. Use OxMaint's enterprise reporting to calculate your current ratio per site and set quarterly improvement targets with specific dispatch rule changes attached to each target. Start free to run your first travel-to-repair analysis.
Enterprise Reporting · Multi-Site Dashboard · Real-Time
Your technicians are your most expensive asset. Know where their time goes.
OxMaint's enterprise reporting gives multi-site operations a complete view of field labor allocation — travel, repair, admin — so every scheduling decision is backed by data, not instinct.
