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Truck mileage planning
E-Ashwa E Auto Mileage Calculator
Estimate E-Ashwa E Auto fuel cost and monthly running expense using your route distance and local fuel price.
Claimed Mileage
80-90 km/charge
Fuel Type
Electric
Ex-Showroom Price
₹2.20L
About E-Ashwa E Auto
The E-Ashwa E Auto is a modern electric passenger three-wheeler designed to provide affordable, eco-friendly, and efficient transportation for urban and semi-urban mobility. Built with a durable chassis and spacious passenger cabin, this electric auto is ideal for daily commercial passenger operations while offering low running costs and smooth electric performance. Its compact design, comfortable seating arrangement, and reliable electric drivetrain make it a popular choice among drivers and fleet operators across India.
Powered by a high-performance 900–1000W electric motor, the E-Ashwa E Auto delivers smooth acceleration and stable driving performance for daily passenger transportation. The vehicle offers a driving range of approximately 80–90 km on a single charge and supports a top speed of around 25 km/h, making it suitable for local commuting and city transportation. It is equipped with a 48V battery system with a battery capacity of around 155 Ah, and the charging time is approximately 5–6 hours, ensuring efficient operations with minimal downtime.
The E-Ashwa E Auto features a comfortable D+4 seating configuration, providing adequate space and better ride comfort for passengers. It has a GVW of approximately 1200 kg and a payload capacity of around 380 kg, ensuring stable and reliable passenger transportation. Its durable suspension setup with hydraulic front suspension and coil spring rear suspension improves ride quality and handling on uneven roads. Additional features such as automatic transmission, handlebar steering, driver information display, tubeless tyres, drum brakes, and strong roof construction enhance both driver convenience and passenger safety.
With zero tailpipe emissions, reduced maintenance requirements, and significantly lower operating costs compared to conventional fuel-powered auto rickshaws, the E-Ashwa E Auto is a smart, economical, and future-ready electric mobility solution for modern passenger transportation.Read More
The E-Ashwa E Auto is a modern electric passenger three-wheeler designed to provide affordable, eco-friendly, and efficient transportation for urban and semi-urban mobility. Built with a durable chassis and spacious passenger cabin, this electric auto is ideal for daily commercial passenger operations while offering low running costs and smooth electric performance. Its compact design, comfortable seating arrangement, and reliable electric drivetrain make it a popular choice among drivers and fleet operators across India.
Powered by a high-performance 900–1000W electric motor, the E-Ashwa E Auto delivers smooth acceleration and stable driving performance for daily passenger transportation. The vehicle offers a driving range of approximately 80–90 km on a single charge and supports a top speed of around 25 km/h, making it suitable for local commuting and city transportation. It is equipped with a 48V battery system with a battery capacity of around 155 Ah, and the charging time is approximately 5–6 hours, ensuring efficient operations with minimal downtime.
The E-Ashwa E Auto features a comfortable D+4 seating configuration, providing adequate space and better ride comfort for passengers. It has a GVW of approximately 1200 kg and a payload capacity of around 380 kg, ensuring stable and reliable passenger transportation. Its durable suspension setup with hydraulic front suspension and coil spring rear suspension improves ride quality and handling on uneven roads. Additional features such as automatic transmission, handlebar steering, driver information display, tubeless tyres, drum brakes, and strong roof construction enhance both driver convenience and passenger safety.
With zero tailpipe emissions, reduced maintenance requirements, and significantly lower operating costs compared to conventional fuel-powered auto rickshaws, the E-Ashwa E Auto is a smart, economical, and future-ready electric mobility solution for modern passenger transportation.
Interactive calculator
E-Ashwa E Auto Running Cost
Change charging price, battery capacity, range and monthly distance to estimate EV running cost.
Range
80
Fuel
Electric
₹/kWh
Enter your charging rate per kWh. Home/depot and public charging rates can be different.
kWh
Required for EV cost per charge and cost per km.
km
Use loaded real-world range for better estimates.
km
500 km15,000 km
Monthly Cost
—
Estimated charging spend for selected monthly distance.
Cost / charge—
Cost / km—
Daily Cost—
Yearly Cost—
Variant Mileage & Running Cost
| Variant | Fuel | Mileage | Monthly Cost |
|---|---|---|---|
| E-Ashwa E AutoTHIS TRUCK | Electric | 80-90 km/charge | — |
| E-Ashwa E Auto 4-Seater/Electric | Electric | 80-90 km/charge | — |
- Mileage figures are manufacturer-claimed; real-world mileage varies with load, terrain, and driving style.
- EV range and charging cost vary with battery health, payload, charger type, route, and depot/public charging rate.
How to Use This E-Ashwa E Auto Mileage Calculator
This page keeps the calculation simple: enter the fuel price in your city and the approximate kilometres your truck runs in a month. The tool then estimates cost per kilometre, daily fuel spend, monthly fuel budget and yearly running cost.
- Use local fuel priceFuel rates vary by city and state. Replacing the default value with your actual diesel, CNG, petrol or charging cost gives a more useful result.
- Enter real monthly usageA city delivery truck, market-load vehicle and highway vehicle can have very different monthly kilometres. Use your business route, not a generic estimate.
- Read the mileage unitFor Electric, mileage is generally read as km/charge. Compare this with load, route and service condition before finalising a vehicle.
What Affects Real-World Mileage?
The claimed figure is useful for comparison, but daily mileage depends on route discipline and how the truck is maintained.
Payload & load balance
Overloading, uneven load placement and frequent stop-start operation reduce mileage and increase tyre and clutch wear.
Route & traffic
Flat highway routes usually return better mileage than city routes with congestion, slopes and repeated braking.
Maintenance condition
Clean filters, correct tyre pressure, proper wheel alignment and timely engine service help protect fuel efficiency.
Mileage Improvement Tips
Simple operating habits can make a visible difference in E-Ashwa E Auto running cost, especially for high monthly kilometres.
Avoid long idling and harsh acceleration when the truck is loaded.
Check tyre pressure before long routes and keep wheel alignment in range.
Service air filter, fuel filter and engine oil at recommended intervals.
Plan routes to reduce empty return trips, traffic waiting and unnecessary detours.
Track fuel filled, kilometres driven and load weight to identify mileage drops early.
Compare variant mileage with payload needs before choosing the final configuration.
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E-Ashwa E Auto Mileage FAQs
What is the real-world mileage of E-Ashwa E Auto?
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E-Ashwa E Auto has a claimed mileage of 80-90 km/charge. Real-world mileage typically runs 10-15% lower depending on load, route, and driving conditions.
What is the average mileage of the E Auto on a single charge?
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The E Auto delivers an impressive ARAI-certified range of 120 km on a single charge, making it highly efficient for daily city logistics. This excellent mileage ensures more deliveries per day.
How does the load impact the E Auto's battery range or mileage?
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While a heavier load can slightly reduce the overall E Auto battery range, it is designed to maintain optimal efficiency. You can generally expect a practical mileage of 100-110 km even with a significant payload.
What factors affect the actual mileage I get from my E Auto?
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The actual mileage of your E Auto is influenced by driving style, terrain (hilly areas consume more power), payload weight, and consistent tire pressure. Smooth acceleration and braking optimize your electric mileage.
Does the weather affect the E Auto's battery performance and mileage?
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Extreme cold or hot weather can marginally impact the E Auto's battery performance, which may slightly alter the total mileage. However, the advanced battery management system ensures reliable operation in most Indian climates.
What is the charging time for the E Auto to achieve full mileage?
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The E Auto can be fully charged in approximately 3.5 hours using a fast charger, restoring its maximum mileage of 120 km. With a standard 16A socket, it takes about 7-8 hours to achieve full mileage.
How can I maximize the E Auto's range or mileage for my fleet?
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To maximize your E Auto's range and electric mileage, encourage drivers to practice regenerative braking, avoid sudden accelerations, and ensure proper tire inflation regularly. Route planning also plays a crucial role in optimizing mileage.
Is there a regenerative braking system to improve E Auto mileage?
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Yes, the E Auto features an advanced regenerative braking system that converts kinetic energy back into electrical energy. This intelligent system significantly enhances the overall E Auto mileage, especially in stop-and-go traffic.
What factors affect a truck's real-world mileage?
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Load weight, terrain (hilly vs flat), traffic conditions, driving style, tyre pressure, and how regularly the engine is serviced all affect real-world mileage. Claimed mileage figures are measured under controlled conditions, so actual mileage is usually 10-15% lower depending on how the truck is used.
How is the running cost calculated?
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Running cost per km is calculated by dividing the fuel price by the truck's mileage (km per litre, kg, or unit depending on fuel type). Monthly and yearly costs are then estimated by multiplying this per-km cost by your typical distance driven.
Does driving style really change mileage on a loaded truck?
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Yes — aggressive acceleration and hard braking can lower mileage by 10% or more on a loaded commercial truck. Maintaining a steady speed, avoiding unnecessary idling, and keeping tyres correctly inflated are the easiest ways to protect fuel efficiency on long hauls.