DaVinci DC100 officially released
DC100 not only achieves excellent performance in acceleration, speed and endurance, but also achieves fast and convenient charging. DC100 adopts automotive standard ternary lithium battery pack with a battery capacity of 17.7 kwh. It has high energy density, supports high-voltage platform and high rate charging. It can be fully charged in about 30 minutes by using Sino American and European standard automotive DC fast charging pile.To get more news about
davincimotor, you can visit davincimotor.com official website.
In terms of driving experience, DC100 simplifies the vehicle operation through the robotic vehicle control system, so that riders can more focus on experiencing the fun of driving. The whole vehicle control system of DC100 can accurately control the high-power density force control motor integrated in the rear wheel, and can achieve arbitrary acceleration, deceleration and constant speed control.
DC series is essentially a wheeled robot with the ability of perception, operation and execution. It can accurately sense the ambient temperature, battery motor temperature, body inclination, movement speed, front and rear wheel speed and other information. During driving, the vehicle will control the power system in combination with the current vehicle, environmental information and user instructions to achieve ideal performance under various working conditions.
Based on the robot system, DC series realizes a series of functions that make riding easier and safer. For example, in the ramp scene, the vehicle can sense the ground slope, release the brake when stopping uphill, and automatically control the speed when taxiing downhill. At the same time, it also realizes the reversing function that is difficult to be realized by traditional fuel vehicles. When engaging r gear, the rear wheels will reverse with large torque, and can pass easily even if there are obstacles during reversing. From the perspective of safety, DC series realizes the joint braking with faster response. When the brake is pulled down, the driving force can be cut off to ensure the priority of braking, and the rear wheel outputs the braking force corresponding to the current state. The accurate perception of front and rear wheel speed difference and rear wheel friction also enables the vehicle to achieve more agile traction control and ensure the stability of the body under various working conditions.
In addition, DaVinci app integrates vehicle control, riding display function and mobile phone software to make the riding experience more digital. DaVinci app is connected with the vehicle engine system to view the vehicle condition information such as speed, power and tire pressure in real time, and integrate the map and navigation functions. It also supports keyless start, wireless mobile phone charging, global positioning, theft and retrieval, remote access to system updates and other functions.
