In modern urban life, electric scooters have become a convenient and eco-friendly mode of transportation. For those who need to carry items, a cargo electric scooter is an excellent choice.
This article will introduce key points to consider when choosing a cargo electric scooter and recommend some high-quality models, sharing their features and advantages. We hope this information will help you make more informed decisions when purchasing.
Let’s explore these convenient and practical cargo electric scooters together!
Key Points to Consider When Choosing a Cargo Electric Scooter
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Load Capacity
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Check the manufacturer’s weight limit to ensure the electric scooter can carry the weight of the items you need to transport, along with your own body weight, for safety and stability.
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Capacidad de la batería
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Consider your typical usage needs and choose a battery capacity that can support your daily travel requirements.
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Rango
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25 miles generally requires walking for 6 a 8 horas. If your round-trip commute takes 1 hora, a single charge should last you roughly a week.
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Motor
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The more powerful the motor, the more load/climbing/power.
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Braking System
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A good braking system ensures the safety of people and cargo.
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Frame Material and Structure
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Select sturdy and durable materials and structures to ensure the stability and safety of the electric scooter.
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Tire Type and Size
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Based on your usage environment and needs, select appropriate tire types and sizes for better control and comfort. Larger tires typically provide higher safety.
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Lighting System
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Safety and security for night riding.
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Additional Features
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Think about whether you need features like foldability, water resistance, suspension systems, etc., to meet your personal needs and preferences.
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Load-bearing Capacity
The weight capacity of load carrying electric scooters depends on different makes and models of vehicles.
En general, most electric scooters have a load capacity of between 100kg and 150kg. It is recommended that you check the product manual of your chosen vehicle or contact the manufacturer for accurate load capacity information.
Capacidad de la batería
How to calculate electric scooter range from battery
The formula to calculate the range of an electric scooter is:
Rango (kilómetros) = Battery Energy (¿Qué?) ÷ Energy Consumption (Wh/km)
Primero, you need to determine the average amount of energy consumed per kilometer (energy consumption) by your electric scooter. This can vary based on your weight, terreno, wind resistance, and other factors.
Por ejemplo, let’s assume your electric scooter has a battery energy of 360Wh and an energy consumption of 18Wh/km.
- Range = 360Wh ÷ 18Wh/km = 20 kilómetros
- This means your electric scooter can travel 20 kilometers on a single charge under ideal conditions.
Common Battery Specifications for Electric Scooters
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Battery Energy
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Rango
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Tiempo de carga
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Applicable Models
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130 ¿Qué?- 650 ¿Qué?
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10-25 millas
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2.5-6 horas
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Entry-Level / Economy / Commuter Scooters
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650-1000 ¿Qué?
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15-30 millas
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4-9 horas
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Mid-Range Scooters, Commuter Scooters
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1000 Wh-3000 Wh
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30-90 millas
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10 hours or more
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High-Performance Electric Scooters
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These are just average estimates, and some models may fall below or above the given ranges.
Test conditions: smooth road surface, temperature 23°C, 65KG rider in low gear at constant speed.
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Motor
What is the difference between a single motor and a dual motor?
All electric scooters have at least one motor, while some of the more powerful ones have two.
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Motor Features
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Single Motor
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Dual Motor
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Aceleración
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Slower acceleration
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Amazing acceleration
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Velocidad máxima
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Lower top speed
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Higher top speed
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Torque
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Low torque
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Higher torque
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Power consumption
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Lower power consumption
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Higher power consumption
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Gradeability
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Generalmente
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Mejor
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Battery consumption
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More power-efficient
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Use more power
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Rango
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Más extenso
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más corto
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Peso
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Encendedor
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May be heavier
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Handling and turning radius
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Tighter turning radius, better for small spaces
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Better stability and handling
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Presupuesto
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Generally cheaper
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Tends to be more expensive
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Terrain
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Better for flat, smooth surfaces
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Better for rough terrain and steep slopes
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Requisitos
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More compact, good for short commutes
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Longer range, good for long commutes
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Experiencia de usuario
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Easier to handle and maneuver
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Requires more skill to operate
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Comfort and safety
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Lighter and easier to maneuver
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More stable at high speeds
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Applicable models
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Short distance daily commuting electric scooters
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Long range commuting electric scooters, off-road electric scooters
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Braking System
Freno de tambor
Principio de trabajo: Drum brakes are mounted inside the wheel hub and have built-in brake shoes or pads. When the brake shoes or pads are pushed outward, they come into contact with the drum and create friction to slow down the rotational speed.
1. Ventajas
- Easy to maintain and usually have a long service life.
- Not easily damaged.
- Provides good performance even in wet conditions
2. Desventajas
- Los frenos de tambor son más pesados que otros tipos de frenos. (p.ej., frenos de disco).
- Los frenos de tambor son más pesados que otros tipos de frenos. (p.ej., frenos de disco) and provide slightly less braking power than disc brakes. They provide slightly less braking power than disc brakes, but they provide an overall good braking system, superado solo por los frenos de disco.
- Are prone to overheating.
- Difficult to remove or service.
- No apto para conducción todoterreno..
Disk Brake
1. Clasificación
Hydraulic Disc Brake: The hydraulic brake system is a sealed vacuum system consisting of lines, hoses and reservoirs filled with special hydraulic fluid.
Semi-Hydraulic Disc Brakes: Los frenos de disco semihidráulicos combinan sistemas mecánicos e hidráulicos.. Sin embargo, en lugar de utilizar líneas hidráulicas tradicionales, this component uses cables.
In-Line Disc Brake: The in-line disc brake is the most common type of disc brake. Conecta la pinza mediante un cable.. When the hand brake is pulled, el cable se acorta, haciendo que las pastillas de freno se bloqueen y detengan el rotor. When using a cable-operated disc brake, some resistance may be felt, as this is directly caused by rotor friction.
2. Ventajas
- Short braking distances.
- Fácil de reemplazar y reparar.
- Ligero.
- Buena disipación de calor.
3. Desventajas
- Requiere ajuste y mantenimiento regulares.
- Reduced performance in some severe conditions.
- More pressure is required during braking.
Foot Brake
El sistema de frenado más sencillo de un patinete eléctrico es el freno de pie trasero., un diseño que es muy común en scooters económicos. The rider steps on the rear fender and slows the wheels by pushing in on the tires.
1. Ventajas
- No maintenance is required.
- Fácil de usar.
- Very lightweight.
2. Desventajas
- Poor performance.
- Requires awkward riding position when braking.
- Peor en condiciones húmedas.
Freno electrónico
Principle of operation: Turned on by a switch that shorts the terminals to the motor to create resistance to motor rotation. Cuando se activa la palanca o el botón del freno, El sistema se activa y sentirás que el scooter reduce ligeramente la velocidad..
1. Ventajas
- No requiere mantenimiento
- Light
2. Desventajas
- Mal rendimiento de frenado. Some electronic braking systems are not very sophisticated and can fail.
Regenerative Brake
How it works: Recovers the energy generated during braking and stores it in the battery to extend the driving range.
Regenerative braking is not a very powerful braking system, and there is some controversy about extending the range of electric scooters in practice. Sin embargo, manufacturers often advertise it as an excellent mileage extender.
1. Ventajas
- Bajo mantenimiento y peso ligero. – Little energy recovery.
2. Desventajas
- Mal rendimiento de frenado. – Batteries may not work when fully charged.
- Algunos sistemas de frenado regenerativo no son muy sofisticados y pueden fallar.
Constructing Quality
Cuerpo material
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lightweighting
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Rust and Corrosion Resistant
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Good Heat Dissipation
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High Strength
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Not Easy to Deform
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Environmentally Friendly
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Low Cost
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High Plasticity
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Aluminum
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✔
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✔
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✔
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Fibra de carbono
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✔
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✔
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✔
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✔
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Magnesium Alloy
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✔
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✔
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✔
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✔
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✔
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Iron
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✔
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✔
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✔
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✔
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Madera
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✔
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✔
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Tecnología
Casting and Forging
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Ventajas
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Casting
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The process of forming metal by heating it to a liquid state and then pouring it into a mold.
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Forging
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A processing method that achieves a desired shape and size by heating the metal to a certain temperature and then plastically deforming it under force.
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Tires
As the critical component connecting the scooter to the ground, La calidad de los neumáticos afecta directamente la experiencia de conducción y la seguridad.. Actualmente, the most common types of tires available on the market are pneumatic (air-filled) tires and solid tires.
Pneumatic tires are typically used on consumer-grade electric scooters and offer good shock absorption, enhancing ride comfort.
Solid tires, por otro lado, are commonly found on shared electric scooters and smaller, lower-cost models with smaller wheels. They are durable and less prone to damage, suitable for meeting short-distance commuting needs.
What’s the Difference Between Pneumatic and Solid Tires?
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Tipo de neumático
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Neumáticos macizos
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Neumáticos
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Imágenes
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Ventajas
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Resistente al desgaste, vida útil más larga.
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Mejor absorción de impactos.
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Desventajas
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Pérdida de comodidad.
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neumáticos con fugas;
Controles periódicos de la presión de los neumáticos.
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Precio
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Los neumáticos macizos son más baratos que los neumáticos.
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Modelos adecuados
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scooters compartidos, velocidades más lentas, Ruedas más pequeñas para patinetes eléctricos económicos..
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Scooters eléctricos de consumo.
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Los neumáticos neumáticos y macizos tienen claras diferencias en estructura y material..
Pneumatic tires provide cushioning through inflation, A menudo se requiere una cámara de aire interior o un diseño sellado sin cámara.. Ofrecen mayor comodidad y manejo, pero requieren un mantenimiento regular para mantener un inflado adecuado y son más susceptibles a sufrir daños en la carretera..
Solid tires do not require inflation and are typically made from a mixture of rubber, plástico, y otros polímeros, haciéndolos más duraderos y resistentes a pinchazos. Son especialmente adecuados para terrenos complejos pero ofrecen menor comodidad de marcha..
Types of Electric Scooter Lights
Before heading into the darkness, the scooter should have the necessary lights.
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Function
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Importance
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Headlight
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Lighting, evitar obstáculos
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The most important light to ensure rider visibility
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Rear Brake Light
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Alert others
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Make sure other road users are aware of your activities
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Turn Signal
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Alert others
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No matter if the car is in front or behind, they can clearly see the turn signal of the scooter.
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Side Lights
Underdeck Lights
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Alert others, show personality
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It can alert other road users in low-light conditions at night and is also a display of personalization.
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Taillight
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Improve nighttime visibility
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Help other vehicles and pedestrians better judge your location and direction of riding, improving road safety.
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Overview of the Cargo Electric Scooter
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Imágenes
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Nombre del producto
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Load Capacity
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120kg
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120kg
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120kg
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Battery Volt
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48V 13Ah
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48V 26Ah
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48V 13Ah
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Top Speed
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48kilómetros por hora
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45kilómetros por hora
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40 kilómetros por hora
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Potencia del motor
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500W
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500W
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500W
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Climbing Ability
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10°
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18°
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12°
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Frenos
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Frenos de disco
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Frenos de disco
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Brake Block
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Cuerpo material
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Aluminum Alloy
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Aluminum Alloy
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Aluminum Alloy
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Neumático
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12 Inch Pneumatic Tire
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14-inch Pneumatic Tires
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14-inch Pneumatic Tires
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Light
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Front and rear LED lights
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Front and rear LED lights，Turn light
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Front and rear LED lights
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Certification
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CE
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CE, ROHS, FCC
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Peso
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24.2kg
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32.5kg
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25kg
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BOGIST M5 Pro-S —— King of Cost-Effectiveness
- Potencia del motor: 500W
- Battery Volt: 48V 13Ah
- Carga máxima: 120kg
- Tires: 12-Neumático de pulgadas
- Rango máximo: 35kilómetros
- Máxima velocidad: 48kilómetros por hora
- Frenos: Frenos de disco
- Light: Front and rear LED lights
- Climbing Ability: 10°
El BOGIST M5 Pro-S is a highly cost-effective cargo electric scooter. Its large 13Ah battery provides a range of up to 35 kilómetros, making it ideal for daily leisure trips and commuting.
The scooter can reach a top speed of 48 kilómetros por hora and climb slopes of up to 10 grados, con un maximum load capacity of 120 kg.
It features front and rear disc brakes with a dual-braking system for added safety and accident prevention.
Es lightweight and compact design makes it easy to carry or store wherever you go. Choose this scooter for hassle-free travel.
KuKirin C1 Pro —— Ultra-Long Range
- Potencia del motor: 500W
- Battery Volt: 48V 26Ah
- Carga máxima: 120kg
- Tires: 14-Neumático de pulgadas
- Rango máximo: 100kilómetros
- Máxima velocidad: 45kilómetros por hora
- Frenos: Frenos de disco
- Light: Front and rear LED lights, Turn light
- Climbing Ability: 18°
El KuKirin C1 Pro is a cargo electric scooter with an ultra-long range.
Equipped with an unprecedented 48V/26Ah high-performance battery pack, you can enjoy a worry-free range of up to 100 kilómetros en una sola carga, making it perfect for daily commuting or weekend outings.
Considering the practical needs of everyday travel, it includes a storage basket and a rear seat cushion design.
El spacious storage basket allows you to conveniently carry items such as shopping bags, backpacks, or personal gear.
El comfortable rear seat cushion ensures that your journeys are not solitary, whether you’re sharing the ride with friends or picking up children from school, ensuring a safe and comfortable experience.
HONEYWHALE M5 Elite —— Safe and Reliable
- Potencia del motor: 500W
- Battery Volt: 48V 13Ah
- Carga máxima: 120kg
- Tires: 12-inch Tire
- Rango máximo: 45kilómetros
- Máxima velocidad: 40kilómetros por hora
- Frenos: Brake Block
- Light: Front and rear LED lights
- Climbing Ability: 12°
El HONEYWHALE M5 Elite is a safe and reliable cargo electric scooter.
It features 14-inch inflatable tires that are highly elastic and durable, with the ability to climb slopes of up to 12 grados.
El foldable handlebar makes it easy to carry, and the sturdy basket is perfect for storage purposes.
Equipped with a 500W motor and a 48 amp-hour lithium battery, it offers a range of 40-45 kilómetros y a top speed of up to 40 kilómetros por hora. The product has been verified by CE, ROHS, and FCC, ensuring safety and reliability.
Preguntas más frecuentes
Differences Between Cargo Electric Scooters and Commuter Electric Scooters
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Cargo Electric Scooter
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Commuter Electric Scooter
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Usage
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Carrying goods or other heavy loads.
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Convenient and fast commuting.
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Design Features
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Típicamente, it has a more powerful motor and greater load capacity.
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Típicamente, it has a lighter design and a longer range.
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Conclusión
We hope this blog post about cargo electric scooters helps readers better understand this convenient mode of transportation and its practical applications and benefits in urban life.
Whether used for daily commuting, shopping, or leisure activities, cargo electric scooters can bring more convenience and enjoyment to our lives. Let’s work together to promote sustainable transportation and bring more innovation and convenience to urban traffic.
We hope that when choosing and using cargo electric scooters, everyone can enjoy their convenience and fun safely and responsibly.
More Reading
¿Está relacionado el tamaño de la batería del scooter eléctrico con su autonomía??
Cómo elegir los neumáticos para scooters eléctricos adecuados para usted？
Is It Safe to Ride an Electric Scooter at Night?
