Mavericks electric scooter adopts Panasonic 18650 lithium battery of the same level as Tesla, and its weight is only 65438+50kg, which is much lighter than lead-acid batteries in the same industry. Thanks to the combination of 170 2600mAh battery, the cruising range of Mavericks N 1 power version can reach 65438.
In terms of design, Mavericks Electric is active, concise and practical. At the press conference, details including front panel headlights, turn signals, LCD full-display interaction, Mavericks Electric's unique safety start button (green), mobile phone mounting bracket (navigation), cushion, 18.9L super storage space, pop-up rear pedal, fiberglass rear armrest and so on were displayed.
In the specific internal structure of the vehicle, Mavericks electric adopts the same design of large and small lights as cars. In a dark environment, you can directly control the switch of the light through the remote control. The vehicle is also equipped with a USB interface, which can charge the mobile phone and support horizontal and vertical screen navigation brackets. The design-oriented N 1 is also equipped with a helmet similar to a racing car, and the color matching of the helmet is consistent with the color of the fuselage.
The braking distance of double-disc braking plus EBS electronic braking system is only 1.37m at 20km/h, which is 2 1% shorter than that of the traditional drum braking system without EBS.
Users can remotely control the App to control the vehicle. The integration includes four functions: vehicle condition detection, position recording, alarm prompt and comprehensive information display.
The mobile phone can detect the whole vehicle, see the remaining power information, weather information, geographical information of nearby maintenance points, automatically obtain charging reminders, battery alarms, illegal displacement reminders, query vehicle trajectory records, and conduct online communication in the community.
Extended data:
Matters needing attention
1. The screws and nuts fastened to the bicycle shall be tightened, and shall not loosen or fall off.
2, rotating parts should be flexible operation, can not have stuck, stiff phenomenon. For example, the front and rear wheels should rotate flexibly, and they should not swing from side to side or jump up and down. When the wheel is about to stop, it should be able to swing back and forth briskly, and it should not stop suddenly. The handlebar should rotate freely from left to right, and the pedal shaft and crank should be fastened, and they should not loosen each other and rotate flexibly.
3. The shift position of the gearbox is correct within the shift range, and the shift position should be clear with no gap in the middle.
4. The chain should be elastic and flexible. Shake the crank sprocket back and forth repeatedly by hand, the chain can run flexibly, and there can be no chain jumping or falling.
5. Hold the front and rear parts of the saddle with both hands, and press down the front end of the saddle with one hand. The front end of the saddle should not collapse. Then turn the saddle horizontally with both hands. Do not turn the saddle.
6. Selection of braking and braking system: Hold the handlebar with both hands, brake left and right respectively, and push and pull the bicycle back and forth at the same time. At this time, the wheels should not turn; Loosen the handle and the braking system should be able to reset quickly.
7. The surfaces of all parts shall be clean, free from stains and rust, and the trademark decals shall be complete and clear, free from sharp edges and burrs. There shall be no tingling at the edges such as mud pieces and chain sleeves, and the ends of steel wire ropes such as brakes shall be provided with protective sleeves.
Baidu encyclopedia-calf intelligent electric scooter