Project Report for Electrical Two Wheeler Rental
It’s easier to describe than to run an electric two-wheeler rental business: you purchase electric scooters, rent them to clients on an hourly, daily, or monthly basis, and bill them when they return. When your position puts you in front of the correct customers, your fleet utilization is strong, and your battery replacement expenses are budgeted for, the economics work. Project reports with CA certified are prepared by Sharda Associates. beginning at ₹2,999.
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Two Business Models — Which One Are You Planning?
“Electric two-wheeler rental” covers two meaningfully different business models:
Model A—App-Based/Dockless Shared Mobility: Setting up a fleet of electric scooters around a city that users may unlock using a smartphone app, ride for a certain amount of time or distance, then leave at any spot (dockless) or in specified parking zones (docked). revenue per kilometer or minute. This is the Yulu, Vogo, and Bounce model. requires a large fleet to cover sufficient territory, substantial marketing, and a substantial investment in technology (custom app or white-label platform, GPS on every car, IoT connectivity). This approach requires venture capital or substantial institutional finance to attain a feasible scale; it is usually not MSME-scale at entry.
Model B: Conventional EV Rental store: An actual rental store (or pickup location) where clients can come, pay, and take an electric scooter for a few hours, a day, or a week. Basic reservations can be made via WhatsApp or in person; no app is needed. income per day or per hour. Lower technical requirements and a targeted clientele (tourists at pilgrimage or tourist attractions, short-term visitors, corporate campus rentals, college area everyday commuters) make this model effective at the MSME scale.
Who Rents Electric Two-Wheelers — The Customer Segments
Prior to setup, location, pricing, and fleet type are determined by understanding the customer base:
Visitors to tourist and pilgrimage destinations: For one to three days, visitors to hill stations, heritage towns, Ajmer, Mathura, Tirupati, Varanasi, Rishikesh, and Goa require local transportation. They don’t own a car, and for a full day of sightseeing, cabs and cars are pricey. This demand is met by an electric scooter that costs ₹300–600 per day. During the busiest travel seasons, usage is extremely high; off-season usage is significantly lower.
Commuters from large corporate campuses and IT parks who must go between buildings or to the closest metro station make up a captive market for short-term hourly rentals. Instead of being set up as individual rentals, corporate contracts (B2B) are frequently used.
College campus/student area: In cities with high student populations, hourly or daily rentals close to colleges provide day-use transportation for students without the expense of owning a car.
Last-mile delivery operators: are delivery workers without cars who hire electric scooters on a daily or weekly basis. This business-to-business (B2B) or subscription model serves the gig economy delivery workforce.
Monthly subscription commuters: As an alternative to owning a two-wheeled vehicle, urban commuters without one can subscribe to a dedicated electric scooter on a monthly basis. This model produces consistent recurring income but necessitates greater confidence (longer-term asset deployment).
The Revenue Model — How EV Rental Earns
- Electric scooter rentals range from ₹30 to ₹80 per hour, depending on the city and type. Renting a scooter for 4 hours per day at ₹50 per hour yields ₹200 per day, or ₹6,000 per month. With 10 scooters, gross revenue is ₹60,000 each month.
- Rental rates range between ₹250-600 for a full day (8-12 hours). Better for tourist attraction operators whose clients use the scooter all day. With 10 scooters at 70% utilization and a daily cost of ₹400, the monthly gross revenue is ₹84,000 (10 x 0.7 x ₹400 multiplied by 30).
- Monthly subscription costs ₹2,500-5,000 per scooter for dedicated users (e.g. commuters, delivery workers). Monthly subscription of 10 scooters at ₹3,000 results in a monthly revenue of ₹30,000, which is smaller than daily rentals but more predictable with no risk of utilization.
- Mixed model (most useful): Keep certain scooters on a monthly subscription (steady base revenue) and others available for hourly/daily rental (greater revenue when demand is high). reduces revenue volatility.
The Battery — The Most Important Cost Variable
This is the portion that most EV rental project reports skip or understate — and it’s where new operators are frequently startled.
Battery life in rental applications is significantly shorter than in private ownership. A private owner who charges carefully, avoids deep drains, and does not subject the battery to severe circumstances may get 3-5 years out of a battery pack. A rental fleet scooter used by numerous riders everyday, charged quickly, left in the sun, and ridden vigorously will likely require battery replacement in 18-36 months.
A replacement battery pack for a mid-range electric scooter (Ola S1, Ather 450, Hero Vida, TVS iQube) costs between ₹30,000 and ₹60,000, depending on the scooter type and battery capacity. For a fleet of 20 scooters, changing batteries every 2 years costs ₹37,500 per month. This is a true cost that must be included in the financial model.
Battery switching (if applicable to your chosen scooter model): Some EV platforms (Sun Mobility, Honda’s swappable battery ecosystem, and Bounce Infinity) provide battery-as-a-service, which involves swapping depleted batteries for charged ones at a swapping station, with a fee per switch. This reduces a significant capital cost (battery replacement) to a manageable per-use operating cost. Not available for all scooter types; it is dependent on whether the scooter employs a swappable battery standard.
Fleet Composition — Which Scooters to Buy
The selection of an electric scooter for a rental fleet has different priorities than a single buy.
- Durability trumps feature richness: Rental scooters withstand more harm than owned autos. Simpler scooters with fewer electronics to fail are often preferable for rental fleets over feature-rich ones.
- Repairability and spare parts availability: Select scooters with authorized service centers in your area and readily available spare parts. A scooter that takes three weeks to get a replacement part defeats the point of a rental fleet.
- Battery technology: Scooters powered by LFP (Lithium Iron Phosphate) batteries are more robust and cycle-stable than NMC chemistry for extensive rental use, albeit heavier.
- Popular rental fleet options in India include: the Ola S1 Air (mass market, good range), Hero Vida V1 (established brand, solid service network), TVS iQube (reliable, Hosur-made), Ampere Magnus/Zeal (cheap, good for budget fleets), and Okinawa.
- Scooters cost between ₹70,000-1,30,000 ex-showroom, depending on model. A fleet of 10 scooters costs between ₹7 and ₹13 lakh.
Project Cost for EV Two-Wheeler Rental Business
Fleet Size | Capital Cost (₹) |
Small fleet — 5 scooters + charging setup | ₹4.50–8 lakh |
Medium fleet — 10-15 scooters + charging + booking system | ₹9–18 lakh |
Larger fleet — 20-30 scooters + full setup | ₹18–38 lakh |
Additional: charging infrastructure (wallbox or portable chargers — ₹15,000-40,000 per charging point), helmet and safety accessories per scooter, security deposit management, booking/tracking software (basic WhatsApp-based free; dedicated rental software ₹3,000-8,000/month).
Small to medium fleets fit Mudra Tarun or PMEGP service sector. Larger fleets suit MSME term loans.
Why Choose Sharda Associates
- 45,500+ Project Reports Delivered — Significant experience with transportation, mobility, and fleet-based business projects.
- Accurate Fleet Economics Modeling – Realistic business assumptions are used to assess vehicle utilization, rental income, battery life, and operational expenses.
- Battery Replacement Cost Included – Future battery replacement costs are accurately budgeted to assure realistic profit estimates.
- Customer Segment-Based Revenue Planning – Tourist rentals, student commuters, corporate users, and subscription customers are all modelled separately for greater financial accuracy.
- PMEGP, Mudra, and MSME Loan Ready Reports—Prepared in formats recognized by banks and government subsidy schemes.
- Realistic Growth and Utilization Forecasts – Revenue projections are developed according to actual fleet utilisation growth rather than overly optimistic assumptions.
- Starting at ₹2,999 · 24–48 working hours ·
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Frequently Asked Questions
A real rental shop or pickup location where clients can rent electric scooters for an hour, a day, or a month, including tourists, commuters, delivery workers, and college students. To calculate revenue per hour (₹30-80) or per day (₹250-600), multiply by fleet size and utilisation rate. In contrast to app-based shared mobility (Bounce/Yulu model), which necessitates a significant fleet and technological investment that exceeds the usual MSME scale.
Battery replacement. Rental fleet batteries degrade far faster than private-use batteries, generally requiring replacement in 18-36 months due to frequent fast charging and varying rider behaviours. To replace 20 scooter batteries every two years at a cost of ₹45,000 each, a monthly budget of ₹37,500 is required. A project report that ignores this underestimates running expenses and overstates DSCR.
Yes. Mudra Tarun is suitable for small fleets of 5 scooters ranging from ₹4.50 to 8 lakh. Medium fleets (10-15 scooters, ₹9-18 lakh) are suitable for the Mudra Tarun or PMEGP service sector. Larger fleets (20-30 scooters, ₹18-38 lakh) are suitable for MSME term loans. The scooter fleet is the major capital asset financed with the loan.
Prioritise durability above features: Ola S1 Air (mass market, decent range), Hero Vida V1 (established brand, good service network), TVS iQube (dependable, good resale value), Ampere Magnus/Zeal (cheap for budget fleets). Choose models with authorized service centers in your city and quickly available spare parts - a scooter that has been waiting for parts for three weeks is a loss of revenue every day.
Battery changing replaces drained batteries with charged ones at a swapping station, eliminating the need to wait for charging or replace aging batteries every two years. Converts significant capital replacement costs into predictable per-swap operating costs. Available for particular scooter models (Bounce Infinity, Sun Mobility network-compatible scooters, and Honda ecosystem) but not universally available. It's worth examining whether exchanging infrastructure is available in your operating location.
Tourist and pilgrimage sites (day-rental demand from visitors), business campuses (hourly commuter rental), college areas (student daily rentals), and residential neighborhoods with a high concentration of delivery workers (daily/weekly subscription). Tourist destinations have higher per-day rates due to seasonal demand. Corporate campuses have cheaper rents but a consistent daily occupancy. The location-customer segment match defines the revenue model.
Once utilisation rises above 60%, a well-managed EV rental fleet can reach operating margins of 25-40 percent. Profitability is determined by fleet size, battery management, electricity costs, maintenance efficiency, and geographic demand. Tourist destinations and monthly subscription models tend to yield larger returns than short-term city rentals. A well-prepared project report incorporates realistic utilisation estimates, battery replacement allowances, and operating costs to determine precise profitability and DSCR for bank loan clearance.
Starting at ₹2,999, delivery within 24-48 hours. The report covers fleet size planning, utilisation-based revenue predictions, battery replacement provisioning, site feasibility analysis, customer segment evaluation, working capital requirements, and PMEGP/Mudra/MSME loan documentation.