Powerful Performance for Heavy-Load Requirements
The core power system of the farm electric tricycle is equipped with a 1200W hydraulic drive motor, and the standard operating voltage is set at 48/60V. This configuration can output sufficient torque to easily cope with various high-load transportation tasks—whether it is high-frequency goods turnover in urban business districts or short-distance material distribution in rural areas, it can maintain a stable and efficient operating state. In terms of driving performance, the maximum speed of this model can reach 30–40 km/h, which can not only meet the basic requirements for driving speed on urban roads but also adapt to the traffic environment of rural roads; the range per charge is between 50–100 km, and the specific value will fluctuate according to the driving road conditions (such as smooth highways or bumpy dirt roads) and the load weight. For bulk buyers, this balanced design of speed and range means that the equipment can reduce charging waiting time in daily operations, improve transportation efficiency per unit time, and is a choice with both practicality and investment value.
Parameter
| Standard Configuration |
| Model |
C117 |
| Overall Dimension |
2350*1160*1670mm |
| Seats |
5 |
| Hydraulic motor power |
1200W |
| Standard voltage |
48/60V |
| Controller |
36Tube |
| Braking mode |
Front:drum + Rear:Disc |
| Minimum ground clearance |
135 |
| Production Capacity |
300,000set/Year |
| Charging Time |
8h |
| Front/Rear Tt Tyre |
4.00-10 |
| Color Choice |
Customized |
| Origin |
China |
| Range Per Charge/Km |
50-100km |
| Max Speed Km/H |
30-40km/H |
| Glass |
Hand glass |
Safe and Reliable Structural Design
Safety performance has always been a top consideration for buyers when choosing transportation equipment, and the farm electric tricycle has been fully optimized in this dimension. The vehicle is equipped with a 36-tube controller, which can adjust power output in real-time to ensure performance stability during driving and avoid operational risks caused by power fluctuations; the braking system adopts a combined design of front drum and rear disc brakes. This combination can effectively shorten the braking distance, providing the driver with sufficient reaction time even in emergency situations and greatly reducing the probability of accidents. In addition, the ground clearance of the model reaches 135 mm. This parameter ensures that when driving on rural unpaved roads or urban potholed roads, it is not easy to have chassis scraping problems, ensuring smooth traffic under complex road conditions. The body structure has undergone reinforced treatment, and it can maintain excellent stability whether carrying passengers or transporting goods, reducing goods damage or passenger discomfort caused by body shaking.
Large-Scale Production Ensures Stable Supply
For bulk buyers, the supplier’s production capacity and supply stability directly affect their own operation plans, which is also one of the core competitiveness of the farm electric tricycle. Our production base has the capacity to produce 300,000 electric tricycles per year. This large-scale production system can not only meet the concentrated procurement needs during peak seasons and ensure on-time delivery of orders but also reflects the mature production process and strict quality control standards. From parts procurement to vehicle assembly, each link is managed systematically, which can not only ensure the quality consistency of each vehicle leaving the factory but also reduce production costs through economies of scale. Finally, it provides bulk buyers with more market-competitive prices and realizes the dual guarantee of “stable supply + cost optimization”.
Cost Advantages Highlight Market Competitiveness
In terms of operating costs, the farm electric tricycle shows incomparable advantages over traditional fuel-powered vehicles. The full charging time of this model is about 8 hours. Compared with the frequent refueling operation of fuel-powered vehicles, it not only reduces labor and time costs but also achieves significant savings in energy consumption costs. According to industry test data, the operating costs (including energy, maintenance, etc.) of electric tricycles can be reduced by up to 60% compared with fuel-powered vehicles within a five-year service cycle. This cost advantage is particularly important for industries that rely on transportation business—such as agricultural product transfer in the agricultural field, store replenishment in the retail industry, and “last-mile delivery” in the logistics industry. It can directly help enterprises reduce operating expenses, increase overall profit margins, and become a key driving force for them to stand out in market competition.
Customized Services Meet Diverse Needs
We are well aware that the market scenarios served by bulk buyers are different, and a single product configuration cannot meet all needs. Therefore, the farm electric tricycle provides flexible customization solutions. Buyers can choose different body colors and functional configurations according to the characteristics of the target market: for example, for urban short-distance passenger transport scenarios, seat comfort configurations can be added; for rural goods transport needs, the load-bearing capacity of the cargo box can be strengthened; for small logistics enterprises, the storage space design can be optimized. Whether serving urban taxi operators, rural farmers, or small and medium-sized commercial and trade companies, the customized product specifications can enable the JIEBAO3 to better adapt to local market needs and help bulk buyers improve the acceptance and profitability of products in the terminal market.
Green Attributes Align with Future Trends
Currently, governments around the world are actively promoting the clean energy transition and introducing a number of policies to encourage the use of low-emission vehicles. Choosing to bulk purchase farm electric tricycles can not only help enterprises reduce carbon emissions during operation and practice the concept of green development but also enable them to adapt to future environmental protection regulatory requirements in advance and avoid operational risks caused by policy changes. With the continuous improvement of urban environmental protection standards and the deepening of attention to ecological protection in rural areas, the demand for electric tricycles with both practicality and environmental protection attributes will definitely continue to grow. Deploying in this field at this time will undoubtedly lay the foundation for enterprises to seize future market opportunities.
Conclusion
The farm electric tricycle is not just a simple transportation tool, but a reliable partner for bulk buyers in the process of pursuing equipment durability, cost optimization, and market competitiveness. From the practically verified power performance to the large-scale production that ensures stable supply; from the customized services that adapt to diverse needs to the green attributes that align with future trends, every advantage is designed to create long-term value for buyers. For enterprises planning to expand their transportation fleets, choosing the farm electric tricycle means combining operational efficiency with the concept of sustainable development—and these two elements are the core of defining the development direction of the future short-distance transportation field. Whether it is to improve the profitability of existing businesses or explore new market areas, the JIEBAO3 can become a strong support for enterprises to achieve their goals and help them build long-term advantages in industry competition.
