100 km Saved · Powered by Secomea

How much service travel could your business avoid?

Estimate the kilometres, fuel, technician hours and vehicle emissions tied up in service visits that could be resolved remotely. Adjust the inputs to match your own operation — the figures update as you type.

Your service travel

Average return distance per site visit (km) Round trip, depot to site and back

Service visits per month Across your whole team

Share that could be resolved remotely Be realistic — mechanical and physical work still needs someone on site

0%40%100%

Fuel type

Vehicle fuel consumption (L per 100 km)

Fuel price ($ per litre)

Technician cost ($ per hour) Used to value the driving time recovered

Average travel speed (km/h)

Include fuel-related indirect (Scope 3) emissions

Your estimated result

400 km

Service travel potentially avoided

Trips avoided

32 L

Fuel not used

$64

Fuel cost avoided

5.7 hrs

Driving time recovered

$429

Value of time recovered

93 kg

Indicative CO₂-e avoided

$493

Combined fuel and technician time value

How this is calculated. Avoided trips = visits × share resolvable remotely. Avoided emissions = (avoided km ÷ 100) × fuel consumption × emissions factor. Factors are from the Australian National Greenhouse Accounts Factors 2025 (DCCEEW): petrol 2.31, diesel 2.72 and LPG 1.60 kg CO₂-e per litre for direct combustion, plus 0.59, 0.67 and 0.53 kg CO₂-e per litre respectively for fuel-related indirect (Scope 3) emissions.

These figures are estimates only. Actual results depend on your distances, vehicle, fuel type, operating conditions and how many issues can genuinely be resolved without attending site. This is not a guaranteed saving, and remote access does not remove the need for site visits where physical work is required.