Every business that builds an electric delivery fleet asks the same first question: which vehicle? The ones that scale successfully ask a different one: which manufacturer will still be answering my calls on day 400?

That is what choosing an OEM partner for an electric delivery fleet really means. The motorcycle is the easy part. The hard part is the battery that has to last, the data you need, the service you cannot lose a week to, and a maker who understands that a stationary vehicle is a lost delivery. This article explains why delivery fleets choose Gravton Motors, in plain terms, with the numbers and with the limits.

1Your electric delivery fleet needs an OEM that builds its own powertrain

Gravton is a full-stack electric two-wheeler company. The motor, the controller and the battery are designed in-house, along with battery swap technology. For you, that has one practical consequence: when something goes wrong, there is no finger-pointing between the vehicle brand, the battery supplier and the controller vendor. One manufacturer owns the problem and the fix. For an electric delivery fleet, that single point of accountability is worth more than any line on a spec sheet.

It also means the vehicle improves on our schedule, not on a supplier's. Firmware, battery management and telematics are developed by the same team that builds the hardware.

2Three vehicles for every kind of electric delivery fleet

Delivery is not one job, and an electric delivery fleet rarely runs just one kind of route. A dense city food route is different from a mixed-road courier round. We offer different tools for each:

IDC (Indian Driving Cycle) range is a standardised test-cycle figure. Real-world range depends on load, speed, terrain and riding pattern, so plan routes with a buffer. QRX gradability is quoted at 33%, a manufacturer-stated figure.

3Battery choices for your electric delivery fleet: owned or swappable

Operators of an electric delivery fleet split on batteries. Some want to own everything and charge at the hub overnight. Others want a rider to swap a pack in minutes between orders and never think about charging. Most OEMs only support one of these. Gravton supports both: the standard QRX with its 3 kWh pack that charges in about 4.5 hours, and the ScooByk with a swappable or rental 2.4 kWh pack.

The chemistry matters too. Gravton uses LMFP, a battery chemistry known for stronger thermal stability than the NMC packs used in many two-wheelers. The QRX carries a 3 year battery warranty, and the Quanta a 3 year or 30,000 KM warranty.

4You can see every vehicle, and every habit

A fleet you cannot see is a fleet you cannot improve, so visibility is not optional for an electric delivery fleet. GOTAC, Gravton's telematics platform, is built into the Quanta rather than added on later, and it is used through a web dashboard and mobile app. What operations teams get:

• A live map showing which vehicles are moving, stopped or idling
• Geofences for delivery zones, restricted areas and charging locations, with entry and exit alerts
• Trip and route tracking with deviation detection
• Driver and vehicle scoring across overspeeding, harsh driving, idling, braking, acceleration and sharp turns
• Battery state of charge, temperature and cell-level data, with charging history and analytics
• Maintenance schedules, document and subscription expiry alerts, and tyre management
• 56 standard reports plus a custom report builder with scheduled delivery

The point is not a prettier map. It is catching the vehicle with a failing battery, the rider who idles for an hour, or the route that keeps running over, before they show up as a monthly cost.

5The proof is on public roads

The Quanta is the first and only electric two-wheeler to complete Kanyakumari to Khardung La, and it did it on roughly 400 rupees of electricity. Closer to your use case, a Quanta in Peddapalli crossed 60,000 KMs in a single year of daily riding. That is the kind of utilisation an electric delivery fleet puts on a vehicle, and it is the number to ask any OEM about: not claimed range, but kilometres actually covered.

Anyone can quote a range figure. Ask the vendor how many kilometres their vehicles have actually done in the field.

6The electric delivery fleet cost maths is simple, so check it yourself

Here is what the running cost difference looks like for an electric delivery fleet, using a petrol motorcycle as the comparison.

Assumptions: 80 km per day over 300 operating days; petrol at 115 rupees per litre and 45 km per litre; Gravton's stated running cost of 0.10 rupees per km. Actual figures vary with fuel prices, tariffs, load and riding pattern. Maintenance savings are additional and not included. Run the numbers with your own routes.

7A manufacturer you can reach

Gravton is a Hyderabad manufacturer, with design, engineering and production at our Cherlapally IDA facility, set up for up to 24,000 units a year. That is capacity, not a claim about current output, and we are happy to talk through what is realistic for your timelines. When your operations head has a question about a battery pack or a firmware behaviour, it can reach the people who built it.

Questions to ask any OEM before you build an electric delivery fleet

Use this list when you evaluate any OEM for your electric delivery fleet, including us.

• What is the battery chemistry, which independent safety certifications does the battery hold, and what is the warranty on the battery itself?
• How many kilometres have your vehicles actually covered in daily commercial use?
• Is telematics built into the vehicle, or fitted afterwards? Can it show battery-level data?
• What happens when a vehicle goes down: who services it, in which cities, and how fast?
• Can you support both owned and swappable battery models as my operation changes?
• Can I run a pilot on my own routes before committing to volume?

Frequently Asked Questions