Owner
Delta One holds the fleet, depots and charging infrastructure within a model structured for Pakistan.
Electric bus operations for Pakistan
Public transport,
fully accounted for.
Delta One owns, operates and maintains electric public transport, starting with a city-scale operating model for Karachi.
Explore the operating model Karachi first
200–450km driving range
One company, three roles
A single operator from asset ownership to daily service
Operator
Route planning, dispatch, crews, yard operations and the passenger service run on one accountable platform.
Maintenance
Depot workshops, high-voltage trained technicians and condition-based maintenance keep the fleet available.
The anchor city
Karachi first
A corridor-by-corridor rollout supported by one Delta One depot and control room. Overnight depot charging forms the base, with opportunity charging added where route duty cycles require it.
01
Route and duty-cycle planning
02
Green depot and charging infrastructure
03
Integrated operations and maintenance
Karachi
Lahore
Islamabad–Rawalpindi
Faisalabad
Multan
Peshawar
Hyderabad
Quetta
Rolling stock
The 12-metre electric city bus
A low-entry, full-aluminium platform specified to match each route duty cycle and maintained within Delta One's operating system.
Zero-emission drive Low-entry city layout Safety systems
Lightweight aluminium body supports capacity, efficiency and long-term corrosion protection.
Dimensions11,980 × 2,550 × 3,280 mm
Battery232–541 kWh Li-ion
Driving range200–450 km
Passenger capacity26–30 seats, 55–89 standing
AccessibilityLow entry, kneeling and electric ramp
Charging44–132 kW onboard, fast-charge options
Motor output150 kW continuous, 250 kW peak
Road performance85 km/h, 22% gradeability
Passenger layout
Built for everyday urban access
Low entry at each passenger door, kneeling to 270 mm, one wheelchair space, two foldable seats and an electric ramp at the centre door.
On the bus
A connected vehicle from front display to control room
Destination displays
Front, side and rear LED displays follow the scheduled route.
Passenger information
Interior screens and GPS-triggered stop announcements keep riders informed.
Fare validation
Smart card, QR and NFC media supported through validators and ticketing machines.
Passenger counting
Door-mounted stereo cameras record boardings and alightings with up to about 99% accuracy.
Cameras and recording
IP video recording, a driver view and 360-degree coverage support safer operations.
Driver terminal
Login, route selection, operational messages, panic alert and control-room audio.
Control platform
Intelligent Transport Management System
One operations layer connects the service plan, every bus, every driver and each passenger transaction.
Planning and scheduling
Network design, timetables, vehicle duties, crew assignment and rosters.
Dispatch and operations
Daily allocation, yard management, service control and incident handling.
Live vehicle location
Control-room maps, line dashboards, speed analysis and driver behaviour reporting.
Passenger analytics
Boarding and alighting by route, stop, hour and day, ready for export.
Fare management
Cards, mobile, QR and contactless media with device and settlement controls.
Performance reporting
Punctuality, dwell time, trip completion, lost service and off-route analysis.
Revenue system
Fare collection, end to end
Passengers can pay in cash or through contactless cards, mobile QR, NFC and wearable media. Validators and ticketing machines connect to device management, clearing and settlement.
Pay Validate Settle Report
The architecture can extend across bus, rail, ferry, taxi, road toll and parking services.
24/7fleet visibility
Maintenance built into operations
Service readiness begins with live vehicle data
Online monitoring covers the bus, high-voltage drivetrain and other electronic systems. Depot reporting supports maintenance preparation before the vehicle enters the workshop.
- High-voltage training for drivers and technicians
- Safe service-disconnect and emergency cut-off systems
- Fire detection and suppression
- Condition-based maintenance planning
City layer
Public transport connected to the wider city
AI and connected infrastructure can support traffic operations beyond the bus network, while keeping operational data under the city's control.
Adaptive traffic control
Roadside and central intelligence use camera and sensor inputs to detect vehicles and pedestrians, manage incidents and adapt signal operations.
City data on demand
Mass transit, traffic, parking and on-demand services connect through live data, dashboards, predictions and operational alerts.
Smart parking
Live availability and demand forecasts can guide drivers to open spaces and reduce traffic created by circling vehicles.