Different Kinds of In-Campus Electric Vehicles and Their Purposes

Large campuses, including universities, IT parks, factories, resorts, and hospitals are now relying on In-Campus Electric Vehicles for efficient daily mobility. With rising focus on sustainability, quiet operation, and cost savings, specialised Campus EV types ensure smooth, safe, and dependable transport for people, goods, and essential services.

This blog explores the different kinds of in-campus electric vehicles and their purposes, helping you choose the right EV type for your campus needs.

Why Campuses Need Dedicated EV Fleets

Modern campuses operate like mini-cities. Daily operations involve:

• Regular movement of students, staff, workers, and visitors
• Transportation of equipment and maintenance supplies
• Medical and emergency mobility
• Internal logistics and housekeeping

1. Passenger Buggies: Comfortable Mobility for People Movement

Passenger electric buggies are the most common Campus EV types, built specifically for safe, comfortable people transport. Roots EV offers multiple seating capacities: 4, 6, 8, 11, and higher.

Purpose

• Shuttle students, employees, and visitors
• Internal transit between buildings
• VIP movement and campus tours
• Transporting elderly or differently abled individuals

Benefits

• Quiet and smooth ride
• Easy manoeuvrability
• Comfortable seating and suspension
• Ideal for large educational and corporate campuses

Ideal Sectors

• IT parks
• Universities and colleges
• Residential townships
• Resorts and hotels
• Corporate offices

Passenger buggies form the essential part of mobility in large properties and are one of the most widely purchased models from top Battery operated golf cart manufacturers like Roots EV.

2. Passenger + Cargo Buggies: Dual Purpose Transport

Many campuses require flexible vehicle options that can switch between people movement and light goods transport. Roots EV’s passenger-cargo hybrid models (like 4-seater + cargo or 8-seater + cargo) solve this multi-functional need.

Purpose

• Carry people as well as tools and equipment
• Event spaces where both mobility and logistics are required
• Housekeeping and hospitality support
• On-campus food/beverage distribution

Benefits

• Reduces fleet size and cost
• Higher utilisation per vehicle
• Strong payload capacity with versatile design

Ideal Sectors

• Resorts, theme parks
• Large universities
• Smart cities
• Integrated work campuses

This hybrid model is popular among buyers seeking more efficiency, allowing them to handle both passenger and cargo needs without purchasing and maintaining separate fleets.

3. Utility / Cargo EVs – Heavy Duty Support

Utility buggies are high-capacity transporters built for logistics, maintenance, and campus operations. Roots EV’s long-cargo and high-payload models fall under this segment. These are the go-to choice when buyers search for a reliable utility electric buggy for daily support operations.

Purpose

• Transport maintenance tools, raw materials, equipment, and cleaning supplies
• Waste management and housekeeping
• Gardening and groundskeeping support
• Moving furniture, laundry, and heavy loads

Benefits

• Large cargo beds
• Reinforced chassis and durable body
• Efficient power output for heavy-duty tasks
• Low-cost campus logistics

Ideal Sectors

• Hospitals
• Manufacturing campuses and warehouses
• Hotels and resorts

4. Ambulance / Hospital EVs – Quick, Safe Patient Mobility

For medical institutions and health-based campuses, Roots EV offers specially engineered hospital/patient buggies. These vehicles are designed to transport patients safely across hospital blocks, OPD sections, diagnostic areas, or emergency zones.

Purpose

• Patient transfer between departments
• Wheelchair transport
• Emergency mobility within hospital premises
• Carry stretchers safely and comfortably

Benefits

• Silent operation – ideal for critical care environments
• High torque for smooth movement
• Stretcher and wheelchair fittings
• Designed for patient comfort and accessibility

Ideal Sectors

• Hospitals
• Medical campuses
• Rehabilitation centres

These EVs deliver the safety, comfort, and reliability essential for healthcare campuses, ensuring smooth, secure, and patient-friendly mobility across medical facilities.

5. Multi-Seater Electric Buses

Large tech parks, universities, and industrial campuses often require high-capacity vehicles to move large groups efficiently. Roots EV’s 14, 18, and 23-seater electric buses are designed precisely to meet these demanding mobility needs.

Purpose

• Staff shuttle services
• Student group transport
• Inter-campus movement
• Event transportation

Benefits

• High seating capacity
• Longer range with advanced battery options
• Greater comfort features
• Efficient and safe group movement

Ideal Sectors

• Smart cities
• Large industrial/IT parks
• Universities and research institutions
• Corporate townships

Comparison Table: Campus EV Types

Here’s a quick comparison of key campus EV types, helping you understand their capabilities, performance, and ideal applications for different campus environments.