Autonomous · Self-Driving · Return-to-Base

The scooter that rides itself back.

Autobike is a self-driving, return-to-base electric kick scooter built for closed campuses. Riders ride one way. Autobike drives itself back.

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What It Is

An autonomous electric kick scooter for closed campuses.

Riders summon Autobike, ride it where they need to go, and walk away. Autobike returns itself to base, docks, and recharges — no human re-positioning, no docking stations every 200m, no operations team driving vans across campus at midnight.

Where It Rides

One Scooter, Many Campuses

Autobike is purpose-built for the closed, controlled environments where shared micromobility breaks down — and self-return is the unlock.

University Campus Mobility

Sprawling campuses force students to walk 15+ minutes between hostels, lecture halls, and the canteen. Conventional shared scooters end up dumped in the wrong corner. Autobike rides one-way and drives itself back — so a scooter is always where it's needed.

⚡

Always AvailableSelf-repositioning fleet — the next student finds a scooter at the hostel, not stranded behind the library.

🔐

Closed-Campus OnlyGeo-fenced — never leaves campus, never enters traffic, never parks where it shouldn't.

🏛️

Smart Campus BrandingPosition your university as a Smart Campus pioneer and attract forward-thinking students.

Pilot Timeline
4–8 Wks

Low-commitment trial to gather definitive ridership data

Fleet Size
10–25

Sized for hostel cluster + lecture-hall demand

Self-Return
Auto

Drives itself back to dock — no chasers, no vans

Unlock
App / OTP

One tap to summon, one tap to ride

Corporate Campus Transit

Tech parks and office campuses span kilometres of footpaths between buildings, cafeterias, and meeting blocks. Autobike eliminates the inter-building walk and the cost of running shuttle buggies.

⏱️

Cuts Inter-Building Time2-minute hop between blocks instead of a 12-minute walk.

💸

No Driver CostsReplace shuttle staff and chase teams with a self-returning fleet.

🌱

ESG-FriendlyZero-emission, low-noise, and a measurable Scope-3 win.

Setup
2–3 Wks

Map campus paths and go live

Fleet
8–20

Right-sized to peak inter-building flow

Walk Time Saved
−65%

Average reduction across mapped O-D pairs

Self-Charge
Auto

Docks itself when battery is low

Hospitals & Industrial Parks

Multi-block hospital and industrial estates need staff to move quickly between zones — pharmacy to ward, plant to gate, control room to bay. Autobike is the personal-mobility layer that the campus already needs but doesn't have.

🚑

Faster Staff ResponseDoctors and technicians cover ground in minutes, not the 10-minute walk.

🛡️

Restricted-Zone SafeHard geo-fence keeps scooters out of sterile, hazardous, or visitor-only zones.

🧹

No ClutterSelf-return means no scooters left blocking corridors or fire lanes.

Operation
24/7

Night-shift coverage with no chase team

Top Speed
15 km/h

Capped for pedestrian-zone safety

Geo-Fence
Hard

Cannot enter restricted zones

Self-Charge
Auto

No human re-positioning ever needed

Resorts & Gated Communities

Resorts and large residential communities want premium-feel mobility without the operational drag of buggies and drivers. Autobike is a self-driving amenity — guests ride, the scooter returns itself, the staff never touches it.

✨

Premium Guest ExperienceTap-to-summon in the app, ride to the pool, walk away.

🌿

Quiet & CleanElectric, near-silent, and clutter-free — fits the property's aesthetic.

🤖

Zero Ops OverheadNo staff to re-park scooters; the fleet manages itself overnight.

Deployment
2 Wks

Property-mapped and live in two weeks

Fleet
5–15

Sized for guest occupancy

Branding
Custom

Co-branded scooters and app skin

Self-Return
Always

Returns to dock after every ride

Step 1 — rider summons Autobike via the app Step 2 — rider rides to destination Step 3 — Autobike auto-returns to base Step 4 — Autobike docks and self-charges
The Ride

A Seamless
4-Step Loop

Tap. Ride. Walk away. Autobike handles the rest — every time.

01

Summon & Unlock

Open the app, tap the nearest Autobike. It comes to you — or wakes up where it's parked. One-tap unlock, ride away.

02

Ride One Way

Ride to your hostel, your meeting, your gate. End the ride wherever you stop — no docking stations, no parking zones to find.

03

Self-Return to Base

Autobike drives itself back along pre-mapped, geo-fenced routes — at low speed, with 360° obstacle awareness, fully autonomous.

04

Dock & Self-Charge

It parks itself at the charging dock and tops up — ready for the next rider. No staff intervention, ever.

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Why Autobike

The Self-Return Advantage

Conventional shared micromobility loses money on rebalancing. Autobike rebalances itself — turning the biggest cost line into a built-in feature.

♻️

Zero Re-Positioning Cost

No chase team, no vans, no overnight ops. The fleet drives itself back to where it's needed — every ride, every night.

🛡️

Closed-Campus Safety

Hard geo-fence, low top speed, 360° obstacle sensing. Designed only for controlled environments — never the open road.

📈

Higher Utilization

Self-rebalancing means the right scooter is at the right place at the right time. More rides per scooter, per day.

In Motion

See Autobike Ride Itself

Meet Autobike

Built to Ride. Built to Return.

Purpose-built for closed campuses. Camera-guided, self-charging, and autonomous when riderless — it never needs a human to re-position it.

NavigationVisual SLAM (V-SLAM)
DriveHub-motor electric, dual-wheel balance
Top SpeedUp to 25 km/h (geo-capped)
Range40 km on a single charge
Obstacle Detection360° surround sensing
Geo-FencingHard-coded campus boundary
Rider PayloadUp to 110 kg
Oversight24/7 remote monitoring
Autobike — self-driving electric kick scooter
Pilot Proposal

Low-Risk. High-Data. Real Results.

A short, focused pilot designed to build internal confidence and generate definitive ridership and self-return performance data.

Timeline
4–8 Weeks

A focused trial to gather definitive performance data with minimal commitment from your side.

Fleet Size
5–15 Scooters

Sized to your campus's peak demand — hostels, blocks, or building clusters.

Coverage Zone
Hyper-Focused

Operations start in the highest-density corridor for maximum learning in minimum time.

Oversight
24/7 Ops

Remote human oversight with immediate manual override and comprehensive safety protocols.

Safety & Metrics

De-Risked Autonomy. Measurable Success.

Safety Hardware
📷

Visual SLAM NavigationCamera-based localisation builds and updates the campus map in real time for adaptive, accurate self-return.

🔭

360° Obstacle AvoidanceFull surround sensing with instant response to pedestrians, cyclists, and unexpected objects.

📍

Strict Geo-FencingAutobike cannot leave the campus boundary — this is hard-coded into navigation, not just policy.

Pilot KPIs

Self-Return Success Rate

% of rides ending at a charging dock without human help

Rider NPS

Target end-user Net Promoter Score across the pilot

Avg. Wait Time

Reduction in time-to-scooter for the next rider

Rollout Plan

Path to Pilot

From agreement to live scooters in three weeks — a structured, low-friction onboarding process.

Week 1

Site Finalization

Identify and finalize the pilot zone, ride corridors, charging-dock locations, and key stakeholders.

Week 1–2

Survey & V-SLAM Mapping

Conduct a technical site survey and build the geo-fenced V-SLAM route map for the campus.

Week 2

Live Demonstration

On-site demo for administration and security — riders ride, scooters return themselves, confidence is built.

Week 3

Official Pilot Launch 🚀

Scooters go live — rides begin, data collection starts, the campus moves differently.

Let's Build Together

Make your campus move itself.

Pioneer self-driving micromobility at your location.

Request a Pilot
info@inturobotics.com