Campuses and business parks
Thousands of people, one gate, and a car park that is always full
Shift changes, split sites and the last two kilometres from the station. This is what flexible transport does for corporate sites and campuses — and where it already runs.
Sound familiar?
Four things campus and site managers say out loud
Corporate commuting covers both journeys a site depends on: staff arriving from home or the nearest rail node, and staff moving between buildings once they are inside the gates. Below, each problem and the mechanism that answers it.
- 01Parking is the real constraintThe site can hire, but it can't park — and every new space costs like construction.See the scenario ↓
- 02Shifts don't match the timetableThe 06:00 start and the 22:00 finish fall exactly where public transport thins out.See the scenario ↓
- 03Pool cars idle most of the dayDozens of vehicles owned, insured and parked so that a handful of internal trips can happen.See the scenario ↓
- 04“Students travel when nothing else runs”Late labs, split campuses and evening shifts the timetable never covered.See the scenario ↓
Scenario 01 — Parking is the real constraint
Add access instead of adding spaces
A parking space carries one person a day. A shuttle seat carries several, several times over. Pooling staff trips from their neighbourhoods or from the nearest rail node lifts the ceiling on how many people the site can actually receive — without buying land, and without the morning queue on the approach road.
- Dynamic pooling
- Rail and bus node feeders
- Peak fleet sizing
- Runs on your existing fleet
Scenario 02 — Shifts don't match the timetable
Service built around the rota, not the timetable
Public transport is thinnest exactly when shifts change. Pickup windows here are anchored to shift start and end times — nights and weekends included — and recurring trips are programmed for a whole rota, so a staff member on earlies books once instead of every evening.
- Shift-anchored windows
- Rota-length repeat rides
- Night and weekend cover
- Live tracking for staff
Scenario 03 — Pool cars idle most of the day
Replace a parked fleet with a moving one
Internal trips between buildings, gates and terminals are what pool cars exist for — and why so many of them sit still. A handful of pooled shuttles, dispatched on request across site zones, covers the same trips with a fraction of the vehicles, the insurance and the parked footprint.
- Site zones and access rules
- Internal road and gate rules
- Employee access control
- Vehicle utilisation reporting
Scenario 04 — Universities and college campuses
Late labs, split campuses and no timetable to match
Students travel at hours the network gives up on and between sites the network never connected. A flexible campus service links halls, libraries and split sites into the evening, and connects both to the nearest rail node — with the same booking channels and the same reporting as any other service.
- Campus and inter-site zones
- Evening and exam-period hours
- Rail node connections
- Student identity login
Typical service shape
What a campus or site service usually looks like
Ranges from Shotl’s corporate and campus deployments, so you can hold them against your own site before any conversation. Your simulation will produce the real numbers.
- 3–10 vehicles
- Minibuses sized against the enrolled address list rather than last year’s routes.
- 50–200 km²
- Catchment covered per run, with routes rebuilt when enrolment changes.
- 2 peaks + mid-day
- Morning and afternoon runs, with the same vehicles working the hours between.
- Parent tracking
- Live vehicle position and arrival notifications, plus a boarding record per run.
- Strict gate times
- Arrival windows enforced when the run is planned, not hoped for on the day.
- Cost per student
- Reported per route and per term — the figure a school budget is set by.
FAQ
Campus and business-park transport questions, answered
Do we need to buy or lease vehicles?
No. Shotl runs on the vehicles you or your operator already have — minibuses, vans or pool-car replacements. Simulation tells you how many the site actually needs.
How does the service follow shift changes?
Service hours, zones and vehicle rules are set per period, so capacity is concentrated around shift changes and reduced in between. Pickup windows are enforced when trips are assigned.
Can it connect the site to the train station?
Yes. Trips can be planned against rail departures so pooled shuttles meet the train, and the service appears as one journey for the rider.
Can access be restricted to staff or students?
Yes. Registered users, or a registration code, decide who can book and which stops they can reach — including stops reserved for events or visitors.
What about universities and split campuses?
A campus zone links halls, libraries and separate sites, extends into the evening and connects to the nearest rail node, with trips attributed per site for reporting.
What numbers will we get to defend the scheme?
Passengers, waits, kilometres, vehicle utilisation and cost per trip — per site and per period, exportable to your own reporting.
