Norman, OK
Crossings close 3–6 minutes per train, and the ER moved across the tracks.
Summary
| Metro | OKC metro |
|---|---|
| Railroads | BNSF · Amtrak Heartland Flyer |
| Open at-grade crossings | 16 |
| Vehicles a day crossing tracks at grade | 118,700 |
| Busiest crossing in the model | W Tecumseh Rd (012194S): 18,750 vehicles/day, 21 trains/day |
| Funding | 1 award on record (see below) |
| Data source | FRA Crossing Inventory, retrieved Oct 2, 2026. One Norman record (W Indian Hills Rd) lists 806,800 vehicles/day, a data error, and is excluded. |
Blockage scenario
Time
$317K
14,611 person-hours a year
Trade
611
truck-hours a year, worth $22K in driver time
Pollution
25 t
CO₂ from 2,791 gallons idled, like 5.5 cars for a year
Typical crossings clear in 3–6 minutes. This scenario adds three 15-minute problem blockages a week.
| Blockages modeled per crossing per year | 156 |
|---|---|
| Vehicles stopped by one blockage | 504 |
| Trucks stopped by one blockage | 31 |
| Person-hours lost per year | 14,611 |
| Value of lost time per year | $317K |
| Truck-hours idled per year | 611 |
| Gallons of fuel idled per year | 2,791 |
| CO₂ per year (metric tons) | 25 |
Screening estimate. Each selected crossing is blocked for the set time; drivers wait half of it on average. Method and sources
Crossings in the model
| Crossing | USDOT ID | Vehicles/day | Trains/day | Trucks |
|---|---|---|---|---|
| 012194S | 18,750 | 21 | 4% | |
| 012208X | 16,000 | 21 | 9% | |
| 012206J | 13,600 | 21 | 6% |
Uncheck a crossing to remove it from the scenario. "~" truck shares use the city's traffic-weighted average where the inventory reports none.
On the record
- In July 2024 Norman Regional closed its Porter Ave ER and consolidated care at I-35 and Tecumseh, west of the tracks.
Norman Regional · Jul 2024 ↗ - E Boyd St, 0.2 miles from OU, sees about 865 pedestrians a day and had four incidents between 2019 and 2023.
RTA of Central Oklahoma, RCE grant narrative · FY2024 application ↗ - Funding $1.44M planning grant for a Tecumseh Rd grade separation.
Source ↗