[Introduction]: Yesterday, Tesla Model S had another car accident, causing two deaths and one injury. It is not known whether the Autopilot of the Model S is currently open. The cause of the accident is because the speed is too fast, and the accident caused 2 people to die. One person was injured.
Fort Lauderdale police said that the crash occurred on Tuesday, local time, causing two 18-year-old male youths to die, and another 18-year-old male sitting in the back seat was taken out of the car. Sent to the hospital for treatment.
The police are investigating the traffic accident. According to residents living nearby, the speed of the car may be a cause of traffic accidents. It is unclear whether the Autopilot of the Model S is open during an accident.
In addition, it is still unclear what the situation is. The police did not announce the names of the three victims.
Auto-driving is a concern for car accidents. So, besides this car accident, what are the "snake moths" that have been produced by autopilot technology so far?
First, the Uber autonomous driving public road passers-by death case
Event review: Around 10 pm on March 18, 2018, a woman in Arizona, USA, was injured by a Uber self-driving car and died. This is the world's first accident in which autopilot vehicles kill pedestrians. At the time of the incident, although a driver was sitting behind the wheel, the car was in automatic control mode. At the time, the police stated that the car was heading north and the woman was going from west to east outside the crosswalk. The latest news: The local police chief said that the preliminary investigation showed that Uber's driverless car was not at fault.
Second, Tesla Model S highway rear-end fire truck case
Event review: On January 22, 2018, on the 405 freeway in Los Angeles, a Tesla Model S crashed into a fire truck parked on the side of the road. Fortunately, there were no casualties. The driver told the fire department that the car was in automatic driving mode.
Third, Tesla Model 3 vacated into the river case
Event review: On January 12, 2018, a Tesla Model 3 was turned into a stream. The driver in the accident apparently lost control while turning, causing the vehicle to vacate and then leap into the stream.
Fourth, Ford Argo AI self-driving car caused passenger injury cases
Event review: On January 10, 2018, a Ford-invested Argo AI company had a traffic accident in Pittsburgh, Pennsylvania, which eventually injured two people. Up to now, the authorities have determined that the accident was caused by human error, which was caused by a red light on a truck. There were four passengers in the car at the time. Fortunately, only two passengers were injured and there was no problem after they were taken to the hospital.
Five, Cruise self-driving car scraping motorcycle case
Event Review: On December 7, 2017, a Cruise self-driving car was driving on Oak Street in an autonomous driving mode, passing through the intersection of Oak Street and Fillmore Street, and staying east in the third lane. After that, the car scraped the motorcycle in the lane change course. The accident caused the motorcycle driver to be injured on the shoulder and has been taken to the hospital for treatment.
Sixth, the first unmanned bus in the United States collided with the truck
Event review: On November 8, 2017, the Las Vegas driverless bus was involved in a car accident on the first day of the road. The driverless bus collided with a manned cargo truck at low speeds. Fortunately, no one was injured in the accident. It is reported that the driverless bus is manufactured by the French company Navya and can carry 15 passengers.
Seven, Uber automatic driving test vehicle collision caused by rollover cases
Event review: On March 24, 2017, a Uber autopilot test vehicle crashed in Tempe, Arizona. At a crossroads, a Uber self-driving car traveling from north to south collided with an ordinary car that was trying to turn left. Uber's self-driving car rolled over and the other car was badly damaged. Fortunately, there were no casualties. The police said the accident was caused by autonomous drivers who did not let the human driver go straight.
Eight, Google driverless test car and truck collision case
Event Review: On September 23, 2016, the Google Driverless Test Vehicle suffered a serious traffic accident in Mountain View, USA. In the accident, Google’s driverless test vehicle suffered a serious impact from a Dodge commercial truck, causing the driverless test vehicle to be seriously damaged and had to use the trailer to leave the scene. Fortunately, the accident did not cause personnel. casualties.
Nine, Tesla Model S auto-driving car to driver death case
Event Review: At 3 pm on May 7, 2016, driver Joshua Brown drove a 2015 Tesla Model S on a Florida highway that collided with a vertical trailer. According to the investigation report, under strong sunlight conditions, the driver and the automatic driving system failed to notice the white body of the trailer, so the brake system could not be started in time. Since the trailer is crossing the road and the body is high, this special situation caused the Model S to collide with the bottom of the trailer when the Model S passed the bottom of the trailer, causing the driver to die.
Ten, Google driverless car and bus collision case
Event review: On February 14, 2016, the accident occurred in Mountain View, Silicon Valley, where Google headquarters is located. At the time, a "Lexus" brand-modified driverless car from Google was tested on the streets of Mountain View. When the driverless car tried to circumvent the sandbags on the road and merged into the center of the road to the left, it accidentally collided with the right side of a bus, resulting in the left front fender, left front wheel and driving of the driverless car. The side sensor was damaged, but fortunately no one was injured in both vehicles.
XI. Tesla's self-driving car caused the death of the driver
Event review: On January 20, 2016, a rear-end collision occurred in the Hebei section of the Beijing-Hong Kong-Macau Expressway. A Tesla car crashed into a road sweeper that was working. The Tesla sedan was damaged on the spot. The driver was unhappy. Died. The survey results show that the vehicle is in a constant driving state at the time of the incident, and the elegant driving has opened the driverless function. At the time of the accident, Tesla had no signs of braking and slowing down and did not take any evasive measures. The traffic police determined that in this rear-end collision, the driver of Tesla was the most responsible.
Twelve, Google's self-driving car rear-end collision caused passengers minor injuries
Event Review: On July 1, 2015, a Lexus modified prototype from Google Inc. was involved in a rear-end collision test on the streets of Mountain View, Calif., where the company's headquarters was located. Three people were slightly injured in the accident.
Strain/flex Reliefs And Grommets
the power Connectors we provide overmolding solutions and modular tooling.
We also offer to the OEM and distributor users a diversified line of strain / flex reliefs and grommets, such as Solid, Solid-Rib, Uniflex, Multiflex, in standard off the shelf or custom designs.
Overmolding the power connectors offers significant opportunities for cable improvements with higher pull strength not available with conventional backshells. Our technical staff is ready to help you from design and prototyping to small production run, assistance, and training.
Our team is ready to help with any of the following power connectors projects: overmolding mini fit jr. and mini-fit sr. connectors, , overmolded cables with micro fit terminations, sabre molded cable asemblies, amp duac overmolded power connectors, mate-n-lock power cables, power connector overmolding services, power connector molding, design and prototype of power cables across the board, small run molded power connecotrs , molded cable manufacturing, overmolding connectors for any power applications
Strain Reliefs And Grommets,Flex Reliefs And Grommets,Cable Strain Reliefs,Cable Flex Reliefs,Cable Grommets,Molded Strain Relief
ETOP WIREHARNESS LIMITED , https://www.oemmoldedcables.com