Skip to main content

Impact & Sustainability

The numbers behind the mission — what each campus deployment is projected to deliver.

~75%

CO₂ reduction per trip vs. petrol shuttles

25–40 min

saved per student per day vs. walking

~60%

potential transport cost savings per term

8–15

local jobs created per campus deployment

Estimates based on industry benchmarks for e-scooter fleet operations, Nigerian university campus distances, and post-subsidy-removal transport cost data. Actual figures will be validated during pilot.

UN Sustainable Development Goals

ScandAfriq's model directly supports four of the UN's Sustainable Development Goals.

13

Climate Action

Every e-scooter trip replaces a petrol-powered one, cutting campus transport emissions at source.

10

Reduced Inequalities

Affordable, accessible transport removes a barrier that disproportionately affects students from lower-income backgrounds.

11

Sustainable Cities and Communities

Solar-charged shared mobility demonstrates a replicable model for cleaner urban transport across West Africa.

8

Decent Work and Economic Growth

Each campus deployment creates local operations and maintenance jobs filled by students.

Every Campus, a Living Lab

Each campus deployment isn't just a transport service — it's a visible proof point for solar-powered mobility. Students, faculty, and visitors see electric vehicles charging from the sun every day.

The data from each campus feeds back into better fleet sizing, better charging schedules, and a stronger case for the next university partner. This is infrastructure that teaches by existing.

Help us measure what matters.

Support the pilot