Finance Better Mobility. Measure the Climate Contribution.
Help communities replace higher-emission trips with shared light-electric mobility while building a transparent baseline, monitoring plan, and evidence trail around the project’s potential impact.
Turn corporate climate funding into an operating mobility project.
Scooby Mobility connects corporate climate ambition with projects people can actually use: shared electric bicycles, scooters, cargo cycles, and other light electric vehicles with zero tailpipe emissions.
We help define the opportunity, delivery model, baseline, measurement plan, technology, vehicles, infrastructure, launch, and reporting. Electricity and lifecycle emissions remain part of the assessment.
Three engagement paths
Choose the claim and governance level before choosing the project.
The commercial structure should match what the company can credibly report.
01
Climate contribution
Sponsor a mobility pilot
Fund access, vehicles, stations, or operations and report the supported activity and separately estimated impact without calling it an offset.
Visible local project
Defined beneficiaries
Activity and impact reporting
02
Participation
Invest in an operating project
Participate through a project-specific commercial structure with agreed governance, economics, risks, data rights, and impact reporting.
Feasibility and business model
Risk and return assumptions
Implementation roadmap
03
Verified pathway
Explore carbon-credit eligibility
Assess whether an applicable independent methodology and registry pathway may support validation, verification, issuance, and retirement.
Additionality assessment
Independent VVB and registry
No guaranteed issuance
Pre-feasibility estimator
Estimate avoided operating emissions.
Use this as a screening tool before a location-specific baseline, lifecycle boundary, modal-shift survey, and monitoring plan are completed.
Project assumptions
Build an illustrative operating scenario.
Use local measured data whenever available. All factors remain editable because mode choice, electricity, usage, and operations vary by market.
Illustrative annual result75.5tCO₂e
estimated avoided operational emissions per year
Project distance
594,000 km
Estimated electricity
14,850 kWh
Displaced baseline
82.7 tCO₂e
Project operations
7.1 tCO₂e
Five-year illustration
377.6 tCO₂e
Sensitivity range60.5–90.6 tCO₂e/year
Uses the selected modal-shift assumption ±10 percentage points while holding other inputs constant.
Estimate, not a carbon credit. This screening result excludes manufacturing, infrastructure, rebound, leakage, and end-of-life impacts. It cannot be deducted from a Scope 1–3 inventory or used as an offset without an applicable methodology, independent validation and verification, issuance, and retirement.
Default factor notes. The passenger-car preset is based on the US EPA’s 2026 published average of 0.408 kg CO₂e per mile, converted to 0.253 kg/km. The local-bus preset uses the UK Government’s 2026 average of 0.10151 kg CO₂e per passenger-km. Neither is a substitute for local project data.
From ambition to evidence
A six-stage project and measurement framework.
01
Footprint context
Understand the company’s inventory, targets, geography, claims, budget, and reporting requirements.
02
Baseline
Define current modes, passenger activity, emissions factors, boundaries, and the credible counterfactual.
03
Project design
Configure users, service area, fleet, charging, operations, economics, accessibility, and safety.
04
Finance & governance
Set roles, funding structure, ownership of outcomes, risk allocation, data rights, and claims controls.
05
Delivery & monitoring
Launch the service and measure trips, distance, mode shift, energy, maintenance, downtime, and users.
06
Reporting & assurance
Report assumptions, uncertainty, outcomes, limitations, and independent assurance or verification status.
Integrity before claims
Four different outcomes. Four different statements.
Clear wording protects the company, the project, and the communities it serves. Engagements can map relevant requirements from the GHG Protocol, Science Based Targets initiative, CSRD/ESRS reporting context, VCMI Claims Code, and the selected carbon standard.
01
Inventory reduction
A measured reduction inside the company’s Scope 1, 2, or 3 boundary, calculated under the applicable inventory rules.
02
Avoided project emissions
A comparison with a defined baseline, disclosed separately from the company’s inventory.
03
Climate contribution
Finance provided beyond the value chain without claiming that the company’s own emissions were cancelled.
04
Verified carbon credit
A serialized unit issued under an eligible program after independent validation, monitoring, and verification.
Monitoring, reporting & verification
Measure what changes—not only what is deployed.
Vehicles alone do not prove impact. The evidence system must connect real activity with a defensible baseline and disclose uncertainty.
Baseline
What would happen without the project?
Existing modes, occupancy, trip purpose, comparable routes, market penetration, and alternative investments.
Activity
What did the service deliver?
Unique trips, passenger-kilometres, utilization, availability, charging energy, rebalancing, and maintenance.
Change
Which trips were genuinely replaced?
Repeat modal-shift surveys, user cohorts, trip purpose, induced travel, leakage, and rebound effects.
Controls
Who can claim the outcome?
Project boundaries, data lineage, conservative calculations, ownership terms, assurance, and double-counting controls.
Questions, answered
Climate claims need precise answers.
These guardrails apply before any company describes the project in sustainability or financial reporting.
Not automatically. GHG Protocol guidance requires avoided emissions to be reported separately from Scope 1, 2, and 3 inventories. A company may describe a climate contribution or separately reported project impact with clear boundaries and evidence.
Start with evidence
Build a mobility project worth measuring.
Request a structured pre-feasibility review covering the mobility concept, likely emissions boundary, delivery model, data plan, and appropriate external specialists.