HYDROGEN VEHICLE ROUTE AND OWNERSHIP WORKSHEET
Yenra | Updated September 7, 2026
Article: https://yenra.com/fuel-cell-vehicles/

PURPOSE AND USE
Complete this before choosing a hydrogen vehicle. Fill blanks from the exact vehicle manual, operator information and your own trips. Retain source links, dates and unresolved questions. This is a planning record, not refueling instructions.

VEHICLE AND SUPPORT
Make / model / year / trim / market:
Manual version and source:
Compatible hydrogen fueling specification:
Rated range, test procedure and source:
Observed consumption and representative conditions:
Chosen planning range and reserve rationale:
Qualified service provider and distance:
Maintenance / inspection / warranty documents:
Alternative transport and assistance terms:

ROUTES (repeat for each regular and occasional journey)
Route and return journey:
Travel distance (state km or miles):
Refueling detour distance:
Primary station / operator / public access / hours / payment:
Required vehicle class and pressure confirmed:
Status checked at (date/time) and source:
Backup station and extra distance to reach it:
Total distance including relevant detours:
Remaining distance within planning range:
Action if either station is unavailable:
Review availability at the actual times you expect to travel.

FICTIONAL ROUTE EXAMPLE
Chosen planning range 250 miles; regular travel 180 miles plus 30-mile refueling detour = 210 miles. Remaining planning allowance = 40 miles. A backup requiring another 55 miles exceeds this budget by 15 miles. Revise the plan. These are invented distances, not a vehicle range specification.

COST (use one distance unit throughout)
Hydrogen price (currency/kg) and source/date:
Consumption (kg per 100 km or per 100 miles):
Annual distance in the matching unit:
Fuel cost per 100 distance units = price x consumption.
Annual kg = annual distance / 100 x consumption.
Annual fuel expense = annual kg x price.
Fictional example: $20/kg x 1.0 kg/100 km = $20/100 km.
At 12,000 km/year: 120 kg and $2,400/year.
At 1.2 kg/100 km: 144 kg and $2,880/year.
These figures exclude purchase, insurance, maintenance and detour expenses.

OWNERSHIP DECISION
Promotion cap / expiry / stations / transferability:
Cost after promotion:
Purchase or lease, insurance, maintenance and downtime costs:
Hydrogen production pathway and emissions boundary, if compared:
Unresolved evidence and who will supply it:
Decision / reason / review date:
Confirm primary and disruption plans before relying on the vehicle.

REFERENCE CONTEXT
The linked article explains the comparisons and limits. Check exact project or equipment documents before using a specification.
DOE’s fuel-cell vehicle explanation
https://afdc.energy.gov/vehicles/fuel-cell
AFDC station locator
https://afdc.energy.gov/stations/
Station Operational Status System map
https://sossapi.h2fcp.org/stationmap
Toyota’s 2023 Mirai Quick Reference Guide
https://assets.sia.toyota.com/publications/en/om-s/OM23W7QRG/pdf/OM23W7QRG.pdf
AFDC’s hydrogen benefits and considerations
https://afdc.energy.gov/fuels/hydrogen-benefits