Delivery riders often travel for many hours, stop frequently and carry additional cargo. Compared with a conventional fuel motorcycle, an electric bike can offer lower daily energy costs, simpler routine maintenance and quieter operation.
However, not every electric bike is suitable for commercial use. A delivery model must be selected according to its daily route, rider and cargo weight, road conditions, required speed and access to charging.
A 1000W motor is suitable for short-distance urban delivery on relatively flat roads. It can meet the needs of food delivery, small parcels and daily city commuting while keeping the battery and vehicle cost under control.
Typical applications include:
Food delivery
Pharmacy delivery
Small parcel transportation
Short urban routes
Light commercial use
A 1200W motor provides stronger acceleration and climbing performance than a 1000W system. It is a practical middle option for riders who carry moderate loads or operate in areas with mixed road conditions.
A 1500W motor is more suitable for heavier cargo, longer routes, faster traffic and roads with slopes. When properly matched with a 72V battery and controller, it can provide stronger starting power and better performance under load.
For most delivery businesses in Pakistan, 1000W–1500W is a practical power range. Higher power is not always better because it may increase purchase cost and energy consumption.
Battery capacity determines how far the bike can travel before charging. The correct choice depends on the rider's daily mileage and charging schedule.
| Battery configuration | Estimated practical range | Suitable application |
|---|---|---|
| 60V 24Ah lithium | 40–60 km | Short urban routes |
| 60V 30Ah lithium | 50–70 km | Regular city delivery |
| 72V 30Ah lithium | 60–80 km | Medium- and long-distance delivery |
| 72V 40Ah lithium | 80–110 km | High-mileage commercial use |
These figures are estimates. Actual range varies according to speed, load, road conditions, temperature, tire pressure and riding habits.
For riders who cannot recharge during the day, a larger battery or removable dual-battery design may be more suitable. Importers should also check whether replacement batteries and chargers can be supplied locally.
Lithium batteries are generally better for professional delivery use because they are lighter, have a longer cycle life and provide more usable energy for the same size.
Their main advantages include:
Lower vehicle weight
Longer riding range
Better discharge performance
Longer cycle life
Faster charging options
Easier removable-battery designs
Lead-acid batteries have a lower initial cost, but they are heavier and usually require more frequent replacement. They may be considered for price-sensitive operations with short daily routes.
LiFePO4 batteries are a strong option for delivery fleets that value safety, stable performance and long service life.
A delivery bike must carry the rider, cargo box and goods safely. A practical target load capacity is usually around 150 kg or more, depending on the intended application.
The following components should be strengthened for commercial use:
Frame and rear subframe
Rear carrier
Rear shock absorbers
Tires and wheels
Braking system
Side stand and center stand
The rear carrier should be designed for the actual cargo box rather than added as a decorative accessory. Its size, mounting points and weight limit should be confirmed before production.
Road conditions vary between major cities, residential areas and rural routes. A delivery bike should have durable tubeless tires, sufficient ground clearance and a suspension system capable of handling repeated daily use.
Common tire options include:
3.0-10 for compact electric scooters
90/90-12 for improved stability
90/80-12 for models requiring a balance between handling and appearance
Twelve-inch wheels may provide better stability on uneven roads, while ten-inch wheels can reduce cost and maintain a compact vehicle size.
Delivery riders frequently stop in traffic, so braking performance is especially important. Front and rear disc brakes are recommended, while CBS can improve braking balance.
Useful safety and convenience features include:
Front and rear disc brakes
CBS braking system
Side-stand power cut-off
Anti-rollback function
Bright LED lighting
Anti-theft alarm
NFC unlocking
USB charging port
Clear digital display
Strong horn
For fleet operations, GPS tracking, remote vehicle management and rider identification can also be considered.
The highest possible speed is not always the best choice for delivery work. Higher speed increases energy consumption and may reduce the riding range.
For most urban delivery applications, a controlled speed of approximately 45–60 km/h provides a practical balance of safety, efficiency and travel time. A 1500W model may be configured for higher speed, but the battery and controller must be matched accordingly.
Importers should select the speed according to local regulations, road conditions and rider training.
Charging time affects how quickly a vehicle can return to service. A standard 5A charger may be suitable for overnight charging, while a higher-current charger can reduce charging time if the battery supports it.
Before choosing a charger, buyers should confirm:
Battery chemistry
Battery voltage and capacity
Maximum permitted charging current
Local plug standard
Input voltage and frequency
Required charging time
The charger and battery must be correctly matched to avoid overheating, reduced battery life or safety risks.
A removable battery is useful when riders cannot charge the bike near the parking area. It also allows fleet operators to exchange batteries and return vehicles to service more quickly.
A fixed battery may provide better theft protection and allow stronger mounting, but the vehicle must be parked near a suitable charging point.
The correct design depends on the local charging environment and daily operating model.
1000W motor
60V 24Ah or 30Ah lithium battery
45 km/h target speed
40–70 km estimated range
Front and rear disc brakes
Reinforced rear carrier
3.0-10 tubeless tires
1200W motor
72V 30Ah lithium battery
50–55 km/h target speed
60–80 km estimated range
CBS disc brakes
Heavy-duty rear carrier
12-inch tubeless tires
1500W motor
72V 40Ah lithium battery
55–70 km/h configurable speed
80–110 km estimated range
CBS disc brakes
Reinforced frame and suspension
Large cargo box or customized rear carrier
Importers and fleet operators should confirm the following details with the manufacturer:
Rated and peak motor power
Controller brand and rated current
Battery chemistry, voltage and capacity
Battery cell and BMS specifications
Actual range-test conditions
Maximum rider and cargo load
Frame and carrier strength
Tire and braking specifications
Charger output and local plug type
Spare-parts supply and warranty policy
CKD or SKD packing method
Assembly and after-sales technical support
For commercial fleets, standardized components are particularly important. Using the same motor, controller, battery interface, brake parts and wiring system across several models can reduce spare-parts inventory and simplify maintenance.
The best electric bike for delivery services in Pakistan is not simply the cheapest or most powerful model. It should provide the right balance of range, load capacity, reliability, safety and operating cost.
For short urban routes, a 1000W model with a 60V lithium battery may be sufficient. For heavier loads and longer daily mileage, a 1200W or 1500W model with a 72V 30Ah–40Ah lithium battery is generally more suitable.
YOMAI (Wuxi) Electric Technology Co., Ltd. supplies customizable electric motorcycles and scooters for delivery and commercial applications. Motor power, battery capacity, cargo carriers, colors and branding can be configured according to customer requirements. We also support OEM, CKD and SKD cooperation for international importers and assembly partners.
📩 Contact YOMAI for 1500W electric motorcycle catalogs, CKD solutions and wholesale quotations.
WhatsApp: +86 13337920978
Email: Lucy@yomaimoto.com
