Driverless Pizza Delivery In Ann Arbor

Pizza delivery in Ann Arbor, Michigan just got a lot more interesting. Starting this month, Domino’s customers in Northeast Ann Arbor have the opportunity to have their pizza delivered to them by car and car alone - no delivery man required! The Ford Motor Company and Domino’s Pizza are working together on a project to deliver pizza via autonomous vehicle, to randomly selected customers in Ann Arbor.

According to The New York Times (NYT), Ford is using specially designed self-driving Ford Fusion Hybrids to deliver Domino’s pizza. The cars have been designed to deliver data back to Ford regarding how smoothly the car travels through the city and makes the deliveries. That data is extremely important to the company, as they are hoping to start producing fully autonomous vehicles, without steering wheels or pedals, by 2021. It’s an especially daunting task as the NYT reports that Ford has been viewed as relatively "lagging" in the autonomous technology game compared to other car manufacturers. So, Ford may be hoping this pizza delivery experiment will help to put them ahead.

Domino’s Pizza, a company founded near Ann Arbor, is more interested in what happens specifically during the last few minutes of the delivery. What will happen when customers are faced with a self-driving car and no delivery man? Will customers be unhappy about having to come out of their houses to interact with the delivery car? What happens if the customer can’t figure out how to get the pizza out of the car, or there’s a problem with the order? This is all information Domino’s, and the autonomous service industry as a whole, need to know in order to move forward with driverless delivery vehicles. One thing customers are sure to love is that no driver means no tip!

So, what about the delivery vehicle itself? Well, these aren’t your standard delivery cars, on the inside or the outside. The cars are white with large black lettering that says “self-driving” and “experimental,” in an effort to avoid as many car collisions as possible. On the roof of the car are sensors, software, fusions, and radar laser beams that are all used to scan the road and send data back to Ford. The car is even able to text the customer when it is approaching the delivery address. On the rear passenger side window is large red arrow that says “start here,” directing the customer to a touchscreen. Here, the customer will enter the last 4 digits of their phone number, which will open the compartment of the car that holds the food. There is space for 5 pizzas and 4 sides and each car is designed to keep the food warm during the ride.

The driverless delivery experiment was supposed to start on August 28, 2017, but was delayed due to inclement weather, since the equipment on the outside of the car cannot yet withstand heavy rain. Domino’s and Ford say they plan on continuing the experiment through September, with the cars making 3-6 deliveries a day. While the project is in testing, the cars will be manned, with both a Ford researcher who can override the vehicle in order to avoid any motor vehicle accidents, and a Domino’s employee who is there to observe the behavior of the customer. With two humans in the car until all of the autonomous kinks are ironed out, hopefully, no one in Ann Arbor will have to call a car accident lawyer!

Contrary to the popular belief that 'robots' such as self-driving cars are going to put humans out of work, Domino’s insists they are not looking to replace drivers with autonomous cars. Mr. Kelly Garcia, Domino’s senior vice president for e-commerce development, said, “We could use autonomous cars to fill in where we have a shortage of drivers, or add capacity during surges in business. We will have drivers for a long time. This is not about reducing labor costs.”

While self-driving pizza delivery may seem outlandish to some, it’s quite possible it did not come as much of a surprise to Ann Arbor residents, since the city and the University of Michigan are home to a great deal of autonomous vehicle testing. Readers may remember The Michigan Law Firm, PLLC has written about the university’s driverless shuttles that transport students around the North Campus, as well as MCity, the university’s testing ground for self-driving cars.

Driverless food delivery is yet another leap forward for self driving technology. While many organizations are still concentrating on autonomous cars being able to transport people, companies like Ford and Domino’s are already looking ahead to the transportation of goods. If the experiment is successful, it could make way for a wide range of delivery services. Next thing you know, a Fedex truck might show up at your house with no delivery man to toss a package onto your lawn!

Self-driving cars continue to be an exciting step forward for driving technology. Presently however, no amount of innovation in the automotive industry can fully guarantee that drivers will always be safe and that auto accidents won’t happen. If you have been injured in an motor vehicle accident, call The Michigan Law Firm, PLLC at 844.4MI.FIRM, for a free legal consultation.  

Michigan Helps Lead the Country In Autonomous Vehicle Regulations

Trying to keep up with the fast-growing autonomous car industry, more than 50 bills have been introduced in 20 states to establish some type of regulation for self-driving vehicles. The Detroit Free Press predicts that autonomous vehicles will transform business models by reducing personal car ownership, restructuring urban and suburban development, and eliminating millions of transportation jobs while at the same time creating many more jobs. Michigan was one of the first states that adopted legislation to make it easier for automakers to test self-driving vehicles on a public road without a driver. Governor Rick Snyder said in December, “We should we proud we’re leading the world, right here in Michigan.” 

Legislation in Michigan also “allows automated platoons of trucks to travel together at set speeds” and “allows networks of self-driving cars that can pick up passengers.” Additionally, Ford’s self-driving Fusions and GM’s self-driving Chevrolet Bolts have been cleared for more testing. 

Michigan is not alone in passing autonomous vehicle legislation. 21 other states and Washington D.C. have also passed legislation or adopted regulations based on a Governor’s executive order. They are: Alabama, Arkansas, Arizona, California, Colorado, Florida, Georgia, Louisiana, New York, Massachusetts, Nevada, North Dakota, Pennsylvania, South Carolina, Tennessee, Texas, Utah, Virginia, Vermont, Washington, and Wisconsin.

However, the lack of uniformity among states may be confusing for owners of self-driving cars and could potentially harm innovation. Chan Lieu, an advisor to the Self-Driving Coalition for Safer Streets (whose members include former Google driverless car project Waymo, automakers Ford and Volvo, and ride-sharing services Uber and Lyft) mentions, “If you had 50 different requirements for 50 different states, each state (might do it) different. It’s going to be very, very difficult to build a vehicle to be effectively sold across the country.” This is all the more reason to distinguish states such as Michigan, as leaders in regulating the autonomous vehicle industry. 

Currently, “states are balancing a desire to be viewed as beacons of innovation while also seeking to protect their residents from technology that remains unproven on a large scale.” Federal regulations, on the other hand, may take years to propose and implement new rules on autonomous cars. This timeline may clash with the fast pace self-driving technology is moving at. 

In the past, individual states have regulated driver behavior while the federal government has regulated the vehicle itself. A House subcommittee was scheduled to meet on June 27, 2017 to discuss several drafts of 14 self-driving bills in Washington D.C. Gary Peters, a US senator representing Michigan, said legislation should be introduced in the next few weeks that will lead to “a complete re-write of federal regulations for motor vehicles when you take the driver out of the car.” US Transportation Secretary Elaine Chao said in Detroit, Michigan last month, that the presidential administration will reveal revised self-driving guidelines within the next few months, in order to “incorporate feedback and improvements recommended by numerous stakeholders.” 

Yet with automakers quickly developing autonomous technology, it will likely be up to individual states to create updated regulations as improvements are made. Safety is the main priority for states looking to support advancements while at the same time minimizing motor vehicle collisions. Jessica Gonzalez, a spokesperson for the California Department of Motor Vehicles, said, “We know this technology can save lives. It can mean mobility for millions of people. So we see all the advantages to it, but at the same time we’re tasked with making sure this technology is safe.” 

With Toyota and the University of Michigan collaborating on autonomous vehicles and the US economy preparing for big changes from self-driving cars, it is no surprise that the state of Michigan is heading towards a safe and supportive environment for future technology. In Detroit, major automakers are the backbone of autonomous improvements. USA TODAY Network reports that GM announced the production on 130 self-driving Chevrolet Bolt test vehicles at its plant in Orion township last month, fulfilling the company’s promise to help maintain Michigan’s leadership in the autonomous car industry. Ford is also among automakers that have proposed to launch a fully autonomous vehicle by 2021. 

There is no doubt that the Great Lakes State will do innovative things in the coming years as it helps develop and regulate self-driving cars. However, safety is vital when testing new technologies, as even seemingly perfect dream vehicles may put passengers at risk for being involved in motor vehicle crashes. Above all, autonomous vehicles are breaking new ground in the transportation industry, and it will be up to lawmakers-at both state and national levels-to keep up. 

The State of Michigan is the birthplace of cars, and continues to make strides in the automobile industry. As self-driving technology rapidly develops, states like Michigan are working to regulate autonomous vehicles at a similar pace. Safety remains the main priority, as no state wants to compromise the lives of citizens because of a cool car with no one driving it. If you or someone you know has been involved in a severe motor vehicle collision, please contact The Michigan Law Firm, PLLC at 844.4MI.FIRM for a free consultation. 

Driverless Shuttles Expected To Launch at U-M This Fall

Come Fall 2017, students at the University of Michigan (U-M) will be riding to class via self-driving shuttles! Nicknamed Arma, two fully automated and electric, 15-passenger shuttles will launch on U-M’s North Campus, transporting students, faculty, and staff between the engineering campus and the North Campus Research Complex on Plymouth Road. The Detroit Free Press emphasizes that the shuttles will be used to study how passengers react to regular vehicles on the road, as a way of gaining perspective on consumer acceptance of autonomous technology.

The shuttles can travel up to 35 mph and are powered by a 33 kilowatt per hour battery pack that takes 5-8 hours to charge. They have seating capacity for nine people, but can fit more if passengers hold onto hand rails. The Arma shuttles use an advanced global positioning system to track information from up to 17 satellites and are accurate to the inch on roads, even proven to be reliable in light rain and snow that characterize much of Michigan’s weather. The driver-less vehicles will drive themselves on University of Michigan roadways, alongside regular cars driven by the public, on a 2 mile circular route, every 10 minutes.

The shuttles have been developed by Mcity, the University of Michigan’s public-private partnership for mobility research, and were manufactured by French firm Navya. Mcity is funded by the university, federal grants, and about 65 automakers and other companies. 

Huei Peng, the director of Mcity and a professor of mechanical engineering at U-M, said to the Detroit Free Press, “This first-ever automated shuttle service on campus is a critical research project that will help us understand the challenges and opportunities presented by this type of mobility service and how people interact with it.” 

Peng commented that the shuttles are just the latest innovation from Mcity. “The university has a record of innovation in virtually every aspect of mobility...That breadth and depth are some of the reasons why we were so well-positioned to create Mcity and provide a safe, controlled environment for vehicle testing.” Mcity's website also explains to the public how autonomous vehicles operate, discussing radar, light direction, and cameras to gather data and utilize sensors for efficient and safe driving. 

Navya Technologies on the other hand, is a 2-year-old company based in Lyon, France. In June, the firm announced its plans to build the Arma shuttles at a new plant in Ann Arbor. Navya is aiming to build 20 vehicles by the end of this year and hopes to sell them to commercial buyers. 

Henri Coron, Navya’s vice president for sales, said, “To create a market, we need a vision and a strong partner. The important thing is to create this market in the US.” It should be noted that Arma shuttles are already driven on roads around the world, having been designed for theme parks and large campus-like environments such as the University of Michigan. 

The autonomous shuttles will start by running on U-M roads during business hours. The main goal of testing the new shuttles is to monitor consumer interest and acceptance, at no cost to riders. There will be a safety monitor person in the vehicle at all times, along with emergency stop buttons for passengers to use if needed. 

The self-driving vehicle industry is fast-growing, and Michigan is continuing to prove that we are a step ahead of the pack. While the future of autonomous is very near, in the current driving environment, drivers must continue to pay attention to traffic rules and take safety precautions when riding in vehicles, including the Arma shuttle. The last thing anyone wants is to be injured in an automobile accident. Staying informed of new car technology developments, including the latest self-driving technology, can offer a better road experience for everyone, now and in the future. 

The University of Michigan is preparing to take another leap into the world of self-driving cars with the launch of autonomous shuttles on campus this fall. However, student safety as well as the safety of other drivers on the road, will remain of utmost importance. If you or someone you know has been injured in a motor vehicle crash, contact The Michigan Law Firm, PLLC at 844.4MI.FIRM for a free consultation. 

Obesity Is A Factor In Motor Vehicle Fatalities

If you made a New Year's resolution to lose weight but find yourself falling off of the workout routine, a study conducted by Berkeley School of Health might give you an extra incentive get back in the gym. In conjunction with the Centers for Disease Control and Prevention's (CDC), UC Berkeley’s Safe Transportation and Research Education Center (SafeTREC) decided to conduct a study on whether or not obesity played a factor in motor vehicle fatalities.

Though the study was published in 2013, this information is even more relevant in 2017 as 1 in every 3 Americans are obese, and since obesity in general is steadily on the rise. The study's results showed that obese drivers are actually 78% more to die in a car crash compared those in the normal-weight category. So, yes, obesity is definitely a factor in car crash deaths.

Co-author and SafeTREC researcher epidemiologist Thomas Rice said, “This study highlights yet another negative consequence of obesity.”

The Higher The BMI, The Higher The Chance of A Car Crash Fatality

Drivers with a body mass index (BMI) under 18 or between 25 to 29.9 are found to have around the same fatality rates as those people with an ideal BMI ranging from 18.5 to 24.9. The problem comes in for those who have a BMI ranging between 30 and 39.9. Those whose BMI falls between 30 to 34.9 have a 21% increase in risk of death as stated by the SafeTREC’s study. The study also showed that those with a BMI between 35 to 39.9 increase their fatality rates by 51%. Obese drivers with a BMI above 40 have a 81% possibility of death in the event of a motor vehicle fatality. SafeTREC's study also confirmed that woman who are obese are more likely to die in a car crash than their male counterparts. 

In simpler terms, if a male driver was the nation's average male height of 5 feet 9 inches and weighed the national male average of 195.5 pounds with a BMI of 28.5, he would essentially face the same mortality rates as a male that weighs 158 pounds at 5 feet 9 inches with a BMI of 23. However, if a male that was 5 feet 9 inches weighed 220 pounds with a BMI of 32, he increases his chances of death by 21%. 

Vehicle Changes Made For Overweight Drivers

Researchers of the study suggest that,“it may be the case that passenger vehicles are well designed to protect normal-weight vehicle occupants but are deficient in protecting overweight or obese occupants.”

Rice said, “Vehicle designers are teaching to the test –designing so that crash-test dummies do well, but crash-test dummies are typically normal size adults and children. They’re not designed to account for our nation’s changing body types.”

Now changes are underway starting with vehicle safety and design through test-dummies that are heavier in size to reflect the nation's growing weight. Michigan Medicine trauma surgeon Stewart Wang, M.D., is a collaborator on car safety as the director of the University of Michigan's International Center for Automotive Medicine (ICAM). Dr. Wang offers some perspective to engineers who are designing a safety mechanism that will later be placed into vehicles.

The surgeon says, "crash-test dummies look nothing like my patients...The condition, size and shape of an individual is hugely important in how severe their injuries are in any given crash." Dr. Wang also says that many of his obese clients suffer from lower extremity injuries in auto accidents as a result of the lap belt being too slack and causing them to slide under it upon impact. These types of injuries combined with, "their obesity makes treatment more difficult and delays recovery." Wang's medical research of live patients have provided ICAM with vital information which was used in the creation of new test dummies by manufacturer Humanetics, so that engineers can better interpret potential injuries to drivers of a certain weight, sex, and age. 

Source: GIPHY

According to ScienceDaily.com, "Teams at ICAM gain tremendous insight from hundreds of thousands of CT scans, which can quickly be used for 3-D printing of prototypes once they're shared with engineers. This has revolutionized the way dummies are made and what they look like."

With scientific research highlighting the importance of test-dummies reflecting the nation's growing population of overweight and elderly drivers, changes can finally be made to vehicles that lead to lower rates auto accident fatalities, for all ages and body types. 

According to the CDC, obesity can be combated through local and state programs that work with communities in creating an environment that encourages healthy eating and physical activity. Living a healthy lifestyle including a lifetime commitment to eating healthy and exercising should help those combating with obesity lose and keep off their weight. Have you or a loved one been injured as a result of an auto accident? Call The Michigan Law Firm, PLLC at 844.4MI.FIRM for a free consultation today. 

Speight's Clavicle Fracture Cost Michigan A Win Against Iowa

University of Michigan’s quarterback Wilton Speight broke his clavicle in a game against Iowa on Saturday, November 12, 2016. Two opposing players tackled Speight and fell on top of him causing him to rotate his shoulder in obvious discomfort.  Speight was walked off the field and stuck on the sidelines while physicians poked and prodded at his shoulder for the remainder of the game. 

Having a fractured clavicle is a common injury in contact sports such as lacrosse, football, and soccer. However, most people are unaware that victims of an automobile collision are commonly known to have this injury as well.

3 Ways a Clavicle Bone Is Known To Break

  1. One of the breaks is called a distal clavicle fracture. The distal clavicle fracture is an ordinary injury from accidents occurring for example when a person hits the dashboard.

  2. The second clavicle fracture is a fracture that breaks in the middle of the clavicle bone. This injury is the most common type among car accident victims, and can be caused by overextending the arm in order to brace the person's fall.

  3. The third is the least common clavicle fracture, called a proximal fracture. The proximal fracture occurs near the breastbone, and may be caused by an accident victim's chest hitting the steering wheel upon impact. In severe cases the clavicle bone can suffer a compound fracture causing it to puncture through the skin or penetrate nerves, blood vessels, and even the lungs. These severe injuries can lead to an alarming amount of complications such as difficulty breathing and an exorbitant hospital bill for corrective surgery. 

The Symptoms of a Fractured Collarbone

According to the American Academy of Orthopedic Surgeons, the following are symptoms of a fractured collarbone:

  • Swelling, tenderness and bruising along the collarbone.
  • Increased pain and difficulty moving the arm.
  • The shoulder slumps forward, inward or downward.
  • A bump along the collarbone. 

A fractured clavicle in adults, generally takes six to eight weeks to heal in adults, so Speight isn't expected to take the maize and blue field anytime soon. “It’s going to depend on how he feels,” said University of Michigan football coach Jim Harbaugh. “Could be a (game-time decision). We will know based on what the doctors say and how Wilton’s feeling.”

It is imperative that anyone who has a fractured collarbone or has any of the symptoms of a broken collarbone should immediately seek medical attention, especially if involved in a motor vehicle accident. 

Having a clavicle fracture is a serious injury that can affect your life in a significant way. Not only do injuries sustained in automobile accidents prevent you from carrying out your everyday life, but they also cause medical bills to pile up. If you or somebody you know has suffered a clavicle fracture caused by a car accident, please call The Michigan Law Firm, PLLC. Our firm will work hard to get you any benefits you may be entitled to under Michigan law. Call us today, at 844.4MI.FIRM for a free consultation

Tired Driving Can Happen To Anyone, Even Professional Athletes

Tired driving is a bigger issue than most people realize. Sleepy drivers pose many risks that don't seem to be as talked about as drunk or distracted driving. According to the National Sleep Foundation’s Sleep in America poll, 60% of Americans have driven while feeling sleepy and 37% admit to actually having fallen asleep at the wheel in the past year. These statistics include all Americans, even professional athletes. Recently, former University of Michigan quarterback Denard Robinson drove his car into a pond.

Robinson, who is currently a National Football League (NFL) running back for the Jacksonville Jaguars, drove into a pond while asleep at the wheel over the past 4th of July. According to NBC Sports, The Florida Times-Union reported that Robinson was found asleep behind the wheel of a car by police responding to reports about a car crashing into a pond early on Sunday morning. Luckily, neither Robinson nor his passenger were hurt. According to the report, Robinson was screened by two officers and found not to be intoxicated. In a post to Twitter, Robinson indicated that he fell asleep at the wheel.


“I just wanted to let everyone know that I was involved in a single-car accident on Saturday night, and thankfully, everyone was safe and remained unharmed,” Robinson said. “I thank God every single day for the opportunities he has presented me with and I’m grateful every morning to wake up healthy. I should not have been driving that late or when I was that tired, but again, I’m just glad that everyone was safe. God Bless."

In this scenario, Denard Robinson knew he was tired but felt as though he could continue driving without danger. The problem is that many people cannot tell if or when they are about to fall asleep. Others may believe that if they pinch themselves or drink coffee, that they will not fall asleep. Many others shrug it off and attempt to drive anyway if sleepiness comes on while driving. What these people don’t realize, however, is that when you are tired, or even just a little bit drowsy, you are putting yourself and others in danger.

When To Stop And Rest 

Here are some signs provided by the National Sleep Foundation that when experienced should tell a driver to stop and rest:

•    Difficulty focusing, frequent blinking, or heavy eyelids
•    Daydreaming; wandering/disconnected thoughts
•    Trouble remembering the last few miles driven; missing exits or traffic signs
•    Yawning repeatedly or rubbing your eyes
•    Trouble keeping your head up
•    Drifting from your lane, tailgating, or hitting a shoulder rumble strip
•    Feeling restless and irritable

 

According to the Centers for Disease Control (CDC), an estimated 1 in 25 adult drivers (aged 18 years or older) report having fallen asleep while driving in the previous 30 days. The National Highway Traffic Safety Administration estimates that drowsy driving was responsible for 72,000 crashes, 44,000 injuries, and 800 deaths in 2013. However, these numbers are underestimated and up to 6,000 fatal crashes each year may be caused by drowsy drivers.

It is important for people to realize that no matter how much of a rush they are in, that if they are tired in any way, that they should not get behind the wheel of a vehicle. When taking long road trip, drivers should periodically stop, rest, and refuel as often as possible. It would even be beneficial to take long road trips with at least one other driver, so that each driver will be able to rest and take turns. Most importantly, if a driver become tired during a drive, they should immediately pull over and stop driving until they are 100% awake and energized. By following these steps and by being able to recognize tired driving, thousands of people will be able to avoid being involved in motor vehicle collisions.

Have you or anyone you know been injured by a driver that was driving tired or asleep at the wheel? If so, call The Michigan Law Firm today. Our attorneys are highly experienced in dealing with all types of motor vehicle accidents including those involving tired drivers. Call us today, at 844.4MI.FIRM, for a free consultation.