Smart handlebar
Touchscreen LCD display, phone charger, and holder are integrated into the cool T-shaped design of handlebar. The buttons on it control all LED lights. The handlebar also lights up turn signals, while in the back, brake light shines when you come to a stop.
There is a phone holder at the center of its handlebar, which can turn your smartphone into a control center showing the status of the eBike APP. It can also charge the smartphone.
Built-in horizontal LED headlight
A high-intensity slim LED light strip sits horizontally into the handlebars for a wider view.
Built-in led headlight
Forward-facing LED light with a narrow beam to ensure you safely ride on the road in the dark.
Built-in 2 orange vertical LED strips
For decoration and atmosphere comfort propose
Built-in taillight, turn signal light, brake light and laser indicator
A vertical LED rear light is integrated into the seat post. Two parallel laser beams (flashing and always bright modes) are emitted from laser indicators for communication with other drivers and pedestrians by projecting signals onto the road. It is also equipped with a turn signals light to enable other vehicles to know what direction riders will go. The brake light is activated when the bike stops. The blinking hazard light safety feature provides visual alerts to warn of vehicles approaching from behind.
Custom-made upgraded Rear /Mid-Drive Motos
We improve the motor to minimize energy waste and reduce heat generation on the efficiency of motor control and thus the overall efficiency of e-bikes. The torque sensor in the rear wheel motor with Freetech self-developed software provides extra effort to combat headwinds resistance and quicker harmonious handling for a more comfortable riding experience. The motor automatically adjusts the gearbox ratio by detecting the speed of the e-bike regarding the speed sensor.
Front and rear dash cameras
Dash cameras help riders by offering proof of what happened on the road. The saved footage may lead to a police prosecution or a speedily decided insurance claim in your favor in the event of an actual collision. Riders need to look behind their shoulders to carefully check the coming cars when they attempt to change lanes. When out on a ride, you have to keep track of everything. Now. they can use the Freetech dash camera APP to see the rear-view around the e-bike on their smartphones in real-time. It is like having eyes in the back of your head.
Cameras used for ADAS are monitoring and sensing. The purpose of the monitoring function is mainly to provide complementary information such as information on blind spots. The sensing function is a function to extract information necessary for objection detection and blind spots detection from pictures taken by the cameras such as textures, pedestrians, cars, and traffic signs. The system helps to avoid collisions and accidents by image detection technology that alerts the riders for potential problems on road.
Blind-Spot Monitor
The combination of radar and camera detects vehicles approaching from the rear and those already passing but hidden from their view in the area not covered by the rear-view.
Rear Cross-Traffic
A rear cross-traffic alert typically works in conjunction with the blind spot monitoring system. These systems let you know if you¡¯re about to back into oncoming cross traffic. Multiple sensors and cameras are located near the rear of the vehicle, detecting traffic that comes from the sides of bikes.
Alerts
Audible speech alert via a speaker, visual LED blinking alerts, written messages alert by APP .
Dash Cameras
Cameras used for ADAS are monitoring and sensing. The purpose of the monitoring function is mainly to provide complementary information such as information on blind spots. The sensing function is a function to extract information necessary for objection detection and blind spots detection from pictures taken by the cameras such as textures, pedestrians, cars, and traffic signs.
Collision Avoidance
ADAS are meant for warning drivers about potential dangers that arise on the roads. The system triggers the e-bike riders¡¯ attention to possible crashes. As more than 90% of road accidents, injuries and fatalities are due to human error, the advancement in ADAS has a positive effect on preventing crashes, injuries, and deaths. ADAS can warn e-bike riders of potential dangers in order to prevent an accident. In short, ADAS compensates for human mistakes, be they inattentiveness, erroneous control inputs, or up to a point, downright stupidity.
Artificial lntelligence
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The monitoring system can detect, track and classify objects (cars, pedestrians, and traffic signs) by using AI-based computer vision, machine learning and deep neural networks. Its leading algorithms will be able to classify objects and discern the appropriate threat and risk level, empowering riders to make smart and safe decisions in time.
Object Detection
Radar sensors are installed side and rear of the e-bike. They detect objects up to 170 meters by means of emitting these radio waves and measuring the propagation time of the returned reflections. This allows them to measure both the size and distance of an object and its relative speed. Radar is especially good at detecting metal objects like cars. Radar can function well during adverse weather conditions. Our radars are also equipped with detection algorithm software enables them to distinguish between multiple target objects.
Senors
ADAS use inputs from multiple sensors of cameras and radars. The fusion of these inputs is processed and the alert is delivered to the riders.
Advanced Driver Assistance System (ADAS)
The most secure ride ever
Freetech APP
The safer, smarter, easier way to go anywhere
