Electric scooters are becoming an increasingly visible option for urban transportation in Pakistan. Rising fuel expenses, interest in lower running costs and the growing availability of locally marketed electric two-wheelers have encouraged students, office workers and other daily commuters to consider switching from petrol motorcycles.
However, choosing an electric scooter is not simply a matter of finding the lowest price or the highest advertised range.
Battery technology, charging time, motor output, practical riding range, spare-parts availability, warranty and after-sales service can all have a significant impact on the ownership experience.
This guide compares five electric scooters frequently discussed in the Pakistani market: Metro T9 Pro, Evee S1 Pro, Metro T9 Sport, Evee Gen-Z and Evee LX.
The goal is not to declare one scooter universally better than another. Instead, the comparison explains how the listed specifications may suit different types of riders.
Price and specification note: Electric-vehicle prices, battery configurations and dealer offers can change. The figures below should be treated as market-reference information and confirmed with the manufacturer or authorized dealer before purchase.
Electric Scooters in Pakistan: Comparison at a Glance
| Model | Listed Battery | Listed Motor | Advertised Top Speed | Advertised Range | Reference Price |
|---|---|---|---|---|---|
| Metro T9 Pro | 72V 38Ah Graphene | 1200W TTFAR | 50 km/h | Up to 140 km | PKR 265,000 |
| Evee S1 Pro | 72V 38Ah Graphene | 1500W–2500W BLDC | Up to 60 km/h | 110–120 km | PKR 272,000 |
| Metro T9 Sport | 72V 27Ah Graphene | 1000W–1600W | 50 km/h | Up to 110 km | PKR 184,000 |
| Evee Gen-Z | 72V 32Ah Graphene | 1000W BLDC | 50 km/h | Around 80 km | PKR 185,000 |
| Evee LX | 60V 32Ah Graphene | 1000W | 45–50 km/h | 70–85 km | PKR 160,000 |
Important: Advertised range is not the same as guaranteed real-world range. Rider weight, speed, road conditions, tire pressure, temperature, battery condition and riding style can all change actual mileage.
1. Metro T9 Pro
The Metro T9 Pro is positioned as a relatively high-capacity electric scooter for riders who place importance on range and battery capacity.
The supplied specifications list a 72V 38Ah Graphene battery and a 1200W TTFAR motor.
Listed specifications
- Motor: 1200W TTFAR
- Battery: 72V 38Ah Graphene
- Advertised range: Up to 140 km
- Top speed: Around 50 km/h
- Reference price: Around PKR 265,000
What does the battery specification mean?
The nominal energy of a 72V 38Ah battery can be estimated as:
72 × 38 = 2,736Wh
or approximately:
2.74 kWh
This is a useful figure when comparing battery capacity with other models.
The actual electricity consumed during charging can be higher because charging systems have losses.
Who might consider the T9 Pro?
It may be worth considering for riders who:
- Travel relatively long distances
- Want a larger battery
- Have regular access to charging
- Prefer a moderate-speed commuter
- Are comfortable with a higher purchase price
2. Evee S1 Pro
The Evee S1 Pro is another electric scooter aimed at urban commuters who want a combination of performance and modern equipment.
The supplied specifications list a 72V 38Ah Graphene battery and a BLDC motor configuration rated between 1500W and 2500W, depending on the specification or variant.
Listed specifications
- Motor: 1500W–2500W BLDC
- Battery: 72V 38Ah Graphene
- Advertised range: Around 110–120 km
- Top speed: Up to 60 km/h
- Reference price: Around PKR 272,000
Features such as reverse assistance, digital instrumentation and suspension equipment can be useful in daily urban riding.
However, equipment can vary by model year or variant, so buyers should confirm the exact specification of the vehicle they are purchasing.
Who might consider the S1 Pro?
This model may be relevant for riders who want:
- A higher advertised top speed
- A relatively large battery
- More performance-oriented specifications
- A motorcycle-style electric scooter for regular commuting
3. Metro T9 Sport
The Metro T9 Sport sits at a lower reference price than the T9 Pro while retaining the general T9 design approach.
The supplied specifications list a 72V 27Ah Nano Carbon Fiber Graphene battery and a motor configuration between 1000W and 1600W.
Listed specifications
- Motor: 1000W–1600W
- Battery: 72V 27Ah Nano Carbon Fiber Graphene
- Advertised range: Up to 110 km
- Top speed: Around 50 km/h
- Reference price: Around PKR 184,000
Its nominal battery energy can be estimated as:
72 × 27 = 1,944Wh
or approximately:
1.94 kWh
That gives buyers a useful starting point for comparing it with the larger 72V 38Ah battery used in the T9 Pro.
Who might consider the T9 Sport?
It may suit someone who:
- Wants a lower initial purchase price
- Mainly travels within the city
- Does not need the largest available battery
- Wants a moderate-speed electric scooter
- Wants to compare a lower-capacity battery with a higher-capacity model
4. Evee Gen-Z
The Evee Gen-Z is positioned toward riders looking for a more compact and relatively affordable electric scooter.
The supplied specifications list a 1000W BLDC motor and a 72V 32Ah Graphene battery.
Listed specifications
- Motor: 1000W BLDC
- Battery: 72V 32Ah Graphene
- Advertised range: Around 80 km
- Top speed: Around 50 km/h
- Reference price: Around PKR 185,000
Its nominal battery energy can be estimated at:
72 × 32 = 2,304Wh
or approximately:
2.30 kWh
For an urban commuter, the combination of battery capacity and moderate motor output may be more important than maximum speed.
Who might consider the Gen-Z?
The model may be relevant for:
- Students
- Short-distance commuters
- City riders
- Buyers with a limited EV budget
- People looking for a relatively compact scooter
5. Evee LX
The Evee LX is positioned toward the more affordable end of the electric-scooter segment in the supplied market information.
Its listed configuration includes a 60V 32Ah Graphene battery and a 1000W motor.
Listed specifications
- Motor: 1000W
- Battery: 60V 32Ah Graphene
- Advertised range: Approximately 70–85 km
- Top speed: Around 45–50 km/h
- Reference price: Around PKR 160,000
The nominal battery energy can be calculated as:
60 × 32 = 1,920Wh
or approximately: 1.92 kWh
This demonstrates why comparing Ah alone can be misleading. A 32Ah battery at 60V and a 32Ah battery at 72V do not contain the same nominal amount of energy.
Also Read More About: Suzuki 110 Price in Pakistan 2026: Complete Specs & Daily
Battery Capacity: Why Voltage and Ah Both Matter
Many electric-scooter buyers compare batteries by Ah alone.
That is not enough.
A simplified calculation is:
Battery energy = Voltage × Amp-hours
For example:
60V 32Ah
60 × 32 = 1,920Wh
72V 32Ah
72 × 32 = 2,304Wh
Both batteries have 32Ah, but the 72V battery has a higher nominal energy capacity.
This is why it is better to compare Wh or kWh alongside voltage and Ah.
Graphene Battery vs Lithium Battery
The word “graphene” is frequently used in electric-bike and electric-scooter marketing, but buyers should ask exactly what battery technology is being supplied.
A product description may use terms such as:
- Graphene
- Graphene lead-acid
- Nano-carbon
- Lithium-ion
- LFP
These terms do not all describe the same chemistry or performance characteristics.
Before purchasing, ask the dealer for:
- Battery chemistry
- Nominal voltage
- Ah capacity
- Battery weight
- Charging time
- Expected cycle life
- Warranty
- Replacement cost
This information is more useful than relying on a marketing label alone.
How Much Range Can an Electric Scooter Actually Deliver?
Advertised range should be viewed as a reference rather than a guaranteed mileage figure.
Actual range depends on several variables.
Rider weight
A heavier total load generally requires more energy.
Speed
High-speed riding usually consumes more electricity than steady moderate-speed riding.
Acceleration
Frequent hard acceleration can reduce efficiency.
Road conditions
Hills, rough roads and stop-and-go traffic can affect energy consumption.
Tire pressure
Incorrect tire pressure can increase rolling resistance.
Temperature
Very hot or cold conditions can affect battery performance.
Battery age
Battery capacity can decline over time.
For these reasons, a scooter advertised at 100 km should not automatically be assumed to provide exactly 100 km in everyday use.
How to Choose an Electric Scooter Based on Daily Distance
A useful way to compare models is to start with your actual daily travel.
Suppose your normal commute is:
20 km each way = 40 km per day
If you travel 26 days per month:
40 × 26 = 1,040 km per month
A scooter with a practical range comfortably above your daily requirement gives you more flexibility than one that needs to be recharged after almost every trip.
If your daily route is close to the maximum advertised range, consider whether you have access to charging at work, university or another destination.
Electric Scooter Charging Cost in Pakistan
The running cost of an EV depends on its energy consumption and electricity tariff.
The basic formula is:
Charging cost = Electricity consumed × Electricity price per kWh
For example, if a scooter consumes 2 kWh from the electrical supply for a charging session and electricity costs PKR 60 per kWh:
2 × 60 = PKR 120
This is only an example.
Actual wall-to-battery consumption can be higher because of charger and charging losses.
Electric Scooter vs Petrol Motorcycle Running Cost
An electric scooter can reduce direct spending on petrol, but the comparison should include all relevant ownership expenses.
Petrol motorcycle
Fuel cost = Distance ÷ Fuel economy × Petrol price
Electric scooter
Electricity cost = Distance × kWh/km × Electricity tariff
You should also consider:
- Oil changes
- Tire replacement
- Brake maintenance
- Battery replacement
- Repairs
- Registration
- Financing costs
- Insurance where applicable
This produces a more realistic total cost of ownership instead of relying on a fixed percentage-saving claim.
Example Monthly Cost Calculation
Consider a rider travelling 800 km per month.
If a petrol motorcycle averages 45 km/l:
800 ÷ 45 = 17.8 liters
Multiply that amount by the current petrol price to calculate monthly fuel spending.
Now suppose an electric scooter consumes an illustrative 0.03 kWh/km:
800 × 0.03 = 24 kWh
If electricity costs PKR 60 per kWh:
24 × 60 = PKR 1,440
The actual figures for your scooter may be different.
This is why EV running-cost calculations should be updated whenever petrol prices, electricity tariffs or vehicle efficiency change.
How Long Do Graphene Batteries Last?
There is no single battery lifespan that applies to every graphene-based battery.
Actual service life depends on:
- Battery construction
- Cell technology
- Charging frequency
- Depth of discharge
- Temperature
- Maintenance
- Charger quality
- Usage pattern
Instead of assuming that every battery needs replacement after exactly three or four years, ask the manufacturer for the battery’s warranty and expected service life under specified conditions.
The replacement price is also important because it can affect the long-term cost of ownership.
Should You Avoid Deep Discharging?
Following the manufacturer’s charging instructions is the safest approach.
If the manufacturer recommends avoiding very low states of charge, riders should follow that guidance.
Deep discharge can affect battery performance over time, but the appropriate charging strategy depends on the battery chemistry and battery-management system.
Similarly, claims that an electric scooter should never remain connected to a charger overnight should not be treated as universal. Some modern charging systems have protective features, but users should still follow the manufacturer’s instructions.
How to Protect an Electric Scooter Battery in Summer
Pakistan’s summer temperatures make battery care particularly relevant.
Practical precautions include:
- Park the scooter in shade where possible.
- Avoid leaving the battery exposed to direct sunlight for extended periods.
- Follow the manufacturer’s charging-temperature instructions.
- Use the correct charger.
- Keep charging equipment dry.
- Do not modify the battery or charger.
- Allow a very hot battery to cool when required by the manufacturer’s instructions before charging.
Extreme heat can accelerate battery aging, so proper storage and charging conditions are important.
Charging Time for Electric Scooters
Many electric scooters require several hours for a full charge.
The actual time depends on:
- Battery capacity
- Charger output
- Remaining battery percentage
- Battery temperature
- Charger efficiency
- Battery condition
A larger battery generally requires more energy to replenish.
When comparing scooters, don’t look at charging time alone. Consider range gained per hour of charging and whether your daily schedule provides enough time to recharge.
Electric Scooter Maintenance
Electric scooters generally have fewer engine-related components than petrol motorcycles, but they still require regular maintenance.
Check:
Tires
Maintain the recommended pressure and inspect for damage.
Brakes
Inspect brake pads, shoes, cables and other braking components.
Suspension
Check suspension components, particularly if the scooter is regularly used on rough roads.
Electrical connections
Inspect visible connectors and wiring for damage.
Battery
Follow the manufacturer’s charging and storage recommendations.
Charger
Use the approved charger and replace damaged cables rather than attempting unsafe repairs.
What Should You Check Before Buying?
A low purchase price does not necessarily mean low ownership cost.
Before purchasing any electric scooter, ask:
Battery
- What is the exact chemistry?
- What are the voltage and Ah ratings?
- What is the nominal kWh capacity?
- How much does a replacement battery cost?
Warranty
- How long is the battery warranty?
- What does it cover?
- Is capacity degradation covered?
- What are the warranty exclusions?
Service
- Where is the nearest authorized service center?
- Are replacement controllers and chargers available?
- Are body and mechanical parts easy to obtain?
Charging
- How long does a full charge take?
- What charger is supplied?
- Is home charging supported?
Range
- What test conditions were used for the advertised range?
- What range should a rider expect with normal city use?
Which Electric Scooter Is Suitable for Different Riders?
Rather than naming one model as universally “best,” consider the following use cases.
For longer daily travel
A model with a larger battery may be more suitable if you regularly travel long distances and have enough charging access.
The Metro T9 Pro’s listed 72V 38Ah battery gives it a higher nominal battery capacity than several of the other models in this comparison.
For higher advertised speed
The Evee S1 Pro is listed with a top speed of up to 60 km/h, subject to the exact variant and operating conditions.
For a lower purchase budget
The supplied reference prices place the Evee LX and Metro T9 Sport toward the lower end of this five-model comparison.
For moderate urban commuting
The Evee Gen-Z may be worth considering if your daily travel distance fits within its practical range and you prefer a relatively compact commuter.
The correct choice depends on the rider’s requirements rather than a universal ranking.
Electric Scooter Price in Pakistan
Electric-scooter prices vary according to:
- Battery technology
- Battery capacity
- Motor output
- Model year
- Dealer pricing
- Promotions
- Accessories
- Registration and delivery charges
The reference prices in this guide range from approximately PKR 160,000 to PKR 272,000 for the five models discussed.
Because EV prices can change, a price article should include an update date and should be reviewed periodically.
Are Electric Scooters Available on Daraz?
Online marketplaces can list electric scooters, mini EVs and related accessories, but the availability, seller warranty and price can change frequently.
If buying through an online marketplace, check:
- Seller identity
- Warranty terms
- Delivery charges
- Return policy
- Battery warranty
- Spare-parts availability
- After-sales support
A low online price should not be the only deciding factor for a vehicle purchase.
Electric Scooter Registration and License Requirements
Registration and licensing requirements for electric two-wheelers can depend on the vehicle classification and the applicable provincial or local rules.
It is therefore risky to claim that all low-power electric scooters are automatically exempt from registration or licensing.
Before riding on public roads, confirm the current requirements with the relevant Excise & Taxation Department and traffic authority for your area.
Check specifically for:
- Vehicle registration
- Number plate
- Driving-license category
- Learner permit requirements
- Helmet requirements
- Insurance requirements where applicable
Rules can change as electric vehicles become more common, so older information should not be treated as current law.
Frequently Asked Questions
What is the average price of an electric scooter in Pakistan?
Prices vary significantly by battery type, motor power and vehicle size. The five models discussed in this guide have supplied reference prices of approximately PKR 160,000 to PKR 272,000. Entry-level and mini electric vehicles can be priced lower, while larger or higher-performance models can cost considerably more.
Which electric scooter has the longest advertised range in this comparison?
The Metro T9 Pro has the highest advertised range in the supplied specifications, at up to 140 km. This should not be interpreted as guaranteed real-world range because riding conditions affect actual performance.
Which scooter has the highest advertised top speed?
The Evee S1 Pro is listed with a top speed of up to 60 km/h in the supplied specifications. Confirm the exact specification for the model variant being sold.
How long does a graphene battery take to charge?
Charging time varies by battery capacity and charger. A full charge can take several hours. The exact charging time should be confirmed for the specific scooter and battery configuration.
Are electric scooters cheaper to run than petrol bikes?
They can have lower direct energy costs, but the complete calculation should include electricity, maintenance, battery replacement and purchase price. Individual savings depend on annual mileage and current energy prices.
Do electric scooters need engine oil?
No. Electric scooters do not have a conventional petrol engine, so engine oil changes are not required. They still require mechanical and electrical maintenance.
Can I leave an electric scooter charging overnight?
Follow the manufacturer’s charging instructions. Do not assume that every charger and battery system has identical protection features.
How often should an electric-scooter battery be replaced?
There is no universal replacement interval. Battery life depends on chemistry, usage, temperature, charging habits and battery quality. Check the manufacturer’s warranty and expected service-life information.
Final Buying Guide
Electric scooters can provide an alternative to petrol motorcycles for Pakistani commuters, particularly when daily travel is predictable and home or workplace charging is available.
The most important mistake to avoid is choosing a scooter based on one specification.
A 140 km advertised range does not automatically make a scooter suitable for every rider, just as a lower-priced scooter is not necessarily cheaper over several years.
Before purchasing, compare:
- Battery chemistry
- Battery voltage and Ah
- Nominal kWh
- Practical range
- Charging time
- Motor output
- Purchase price
- Battery replacement cost
- Warranty
- Spare-parts availability
- Service network
- Current registration requirements
For a long-term ownership decision, calculate the scooter’s total cost over the period you expect to keep it rather than focusing only on the initial purchase price.
With accurate specifications, transparent pricing and realistic range information, an electric-scooter buyer can make a much more informed decision about whether an EV fits their daily transportation needs.
