Company-owned or leased vehicles are the second-largest Scope 1 source across most economies. For logistics operators, distribution businesses and field-service companies, fleet fuel dominates the direct footprint. This guide covers the credible reduction levers, in order of maturity.
Lever 1 — Operational efficiency (immediate)
Before capex, get more out of the existing fleet:
- Telematics for driver behaviour, idle time and route optimisation. 8–15% fuel savings are typical.
- Load planning to reduce empty running.
- Tyre and maintenance discipline — under-inflated tyres alone can add 3–4%.
- Speed limiting — the most robust single lever on trunk fleets.
Payback is typically months, not years.
Lever 2 — Modal shift (medium term)
For logistics, shifting from road to rail or short-sea shipping is the largest structural lever. Requires network redesign but delivers step-change reductions in tCO₂e per tonne-km.
Lever 3 — Alternative fuels (transitional)
Where electrification is not yet viable — heavy-duty long-haul, off-road — transitional fuels bridge the gap:
- HVO (renewable diesel) — drop-in replacement, 80–90% lifecycle CO₂ reduction; supply-constrained.
- Biomethane / bio-CNG — proven for regional haulage.
- Hydrogen — emerging, still mostly demonstrator stage.
Lever 4 — Fleet electrification (structural)
The endgame for light and increasingly medium-duty:
- Vans and light commercials — already at TCO parity in most European markets.
- Medium-duty trucks — approaching parity through 2027–2029.
- Depot infrastructure — depot charging is often the binding constraint, not the vehicle.
Financing
- Green Loans under the GLP clean transportation category — EVs, charging infrastructure.
- Sustainability-Linked Loans with a fleet CO₂e or gCO₂/km KPI.
- Manufacturer finance with residual value guarantees.
Measurement
Report actual fuel consumption from telematics and card data, not distance × average factor. For CSRD / ESRS E1, disaggregate by fuel type and vehicle class.
The Redigo Carbon workflow
For logistics and distribution operators, we ingest telematics and fuel-card data, compute Scope 1 in real time, and connect the improvement plan to green or sustainability-linked financing.
Frequently asked questions
Is HVO reported as zero-emission?+
No. HVO has a lifecycle emission factor (typically 5–20 gCO₂e/MJ vs ~90 for diesel). Report the lifecycle factor, not zero.
How do we treat employee-owned vehicles used for work?+
Scope 3 category 6 (business travel). Company-owned or long-term leased vehicles are Scope 1.
Do EV charging emissions count as Scope 2?+
Yes — the electricity used to charge an owned EV is Scope 2 (dual reporting method applies).
This article follows Redigo Carbon's editorial standards: factual claims reference recognised frameworks — GHG Protocol, CSRD, ESRS, the Sustainability-Linked Loan Principles, the Green Loan Principles — and Redigo's opinions are labelled as such.
What this article is based on.
- ISO 14083 — Quantification of GHG emissions from transport operations — ISO
- GHG Protocol — Corporate Value Chain (Scope 3) Standard — GHG Protocol
- SBTi — Corporate Net-Zero Standard — Science Based Targets initiative
- GHG Protocol — Corporate Accounting and Reporting Standard — GHG Protocol
- Sustainability-Linked Loan Principles (LMA / APLMA / LSTA) — LMA / APLMA / LSTA
- IEA — World Energy Outlook & sectoral net-zero scenarios — International Energy Agency
- IPCC — Sixth Assessment Report (AR6) — IPCC
Redigo Carbon distinguishes between regulatory requirements, industry standards, best practice and Redigo's own recommendations. See our editorial standards for how we research, cite and update this content.
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