Your tricycle struggles uphill with a heavy load, slowing down business. You need a vehicle that can handle the weight you carry every day without failing or slowing to a crawl. An electric cargo tricycle’s loading capacity is determined by its frame design, motor power, battery size, and critical support components like the suspension and tires. A strong, balanced system

Your brand new electric tricycle has a powerful motor, but the battery dies halfway through your workday. Now you’re stranded, losing time and money because the power system is completely unbalanced. To get the best performance, you must match the motor’s power (W) with the battery’s voltage (V) and capacity (Ah). This ensures the tricycle has the strength for its

Your electric tricycle feels weak, struggles on hills, and can’t carry the weight you need it to. This slow performance is costing you time and money, making your business less competitive. The motor is the heart of your electric tricycle, directly determining its power, torque, and efficiency. A correctly chosen motor dictates how much weight you can carry, how well

Introduction The Versatility and Growing Appeal of E-Rickshaws and Auto Rickshaw Trucks E-rickshaws, primarily used for passenger transport, are gaining traction in urban areas for their ability to efficiently navigate congested spaces while being environmentally friendly. These electric vehicles are celebrated for their low energy consumption and quieter operation, making them a sustainable choice for short-distance urban travel. Similarly, auto

Electric Tuks, often referred to as battery powered tricycles due to their three-wheeled design and electric propulsion, are transforming urban mobility worldwide with their compact size and eco-friendly appeal. The Importance of Tires in Electric Tuks tires serve as the critical link between the vehicle and the road surface, fundamentally influencing aspects of safety, comfort, and overall driving performance.For electric