Vehicle Sales Continue Their Depression

Anyone want to buy a vehicle? A better question might be: anyone got a vehicle for sale? Whether because of supply side issues, demand side issues, other issues, or all of the above, the fact remains that the first quarter of 2022 was not a good quarter for vehicle sales.  Just ask the manufactures who saw double digit drops in new light-vehicle sales: 23% for Honda; 20% for GM; 17% for Ford; 15% for Toyota; and 14% for Stellantis. While the numbers sound like doom and gloom, the manufacturers were not dour. Honda was quite positive about its numbers, noting that demand was strong and they just could not make enough vehicles to sell more, “we’re riding a bit of a roller coaster due to fluctuating parts supply issues, but strong March sales for Honda and Acura speak to the fact that demand remains strong and our retail deliveries are based primarily on what we can supply to our dealers.”

Some other interesting tidbits from sales data:

As a result, LMC Automotive and Cox Automotive each reduced their full-year U.S. light-vehicle sales forecast to 15.3 million units, citing a slower pace to recovery from market constraints. LMC referred to inventory levels as “critically low.”  Cox led its report by noting that not only are inventories low, but prices are high and sales incentives have vanished (note – this is how that entire supply/demand thing works).  Cox laid it all at the feet of supply: “Auto sales will basically be stuck at the current level until more supply arrives.”

Globally, the pandemic is not over. This continues to have the potential to drastically impact global vehicle volumes, especially in China. Global vehicle production could lose up to 1.5 million units this year if China’s COVID-Zero policy is maintained, according to estimates from Fitch Solutions quoted in Bloomberg. Most recently, phased lockdowns in Shanghai in response to COVID-19 outbreaks disrupted production for several major automakers and suppliers.

Add to that, the ongoing microchip shortage (for which no end appears in sight) is causing production downtime at various plants: Jeep production at Stellantis’ Mack Assembly plant in Detroit and Belvidere Assembly plant in Illinois; Chevrolet Silverado 1500 and GMC Sierra 1500 production at GM’s Fort Wayne Assembly plant; and Mustang production at Ford’s Flat Rock Assembly plant. Let’s not forget the war in Ukraine, leading to German automakers potentially losing up to 150,000 units of production in March due to supply disruptions.

Oddly, the industry feels both healthy (revenue, profits, margins, etc.) and stressed with an unceratin future (see above) all at the same time.  Also oddly, but strangely not so oddly, nothing about this situation feels new.  Is this the new normal?

© 2022 Foley & Lardner LLP

Tesla Bringing Supercharger Stations to Boston and Chicago

On September 11th, Tesla announced the opening of Supercharger stations in downtown Boston and Chicago, representing the first step in the company’s effort to expand its Supercharger network into urban areas. The company currently operates 951 Supercharger stations worldwide, primarily along major highways to provide quick recharging on long trips. By bringing the network of charging stations into city centers, Tesla hopes to service growing demand among urban dwellers without immediate access to home or workplace charging.

Unlike the Destination Charging connectors at hotels and restaurants meant to replicate the longer home-charging process, Superchargers quickly deliver 72 kilowatts of power to each car for short-term boosts, resulting in charging times around 45-50 minutes. The new stations will be installed near supermarkets, shopping centers, and downtown districts, making it easy for drivers to charge their car while running errands. The Boston Supercharger station will be located at 800 Boylston Street and include 8 charging stalls.

Tesla announced plans to double its national charging network to 10,000 stations by the end of 2017. The company is bringing urban Superchargers to New York, Philadelphia, Washington, Los Angeles, and Austin by the end of this year. The expansion accompanies Tesla’s release of the Model 3 this summer, which boasts a lower starting price of $35,000 that is expected to bring more buyers to the brand.

A spike in Tesla sales would fall in line with the trend of increased demand for electric vehicles (EV) across the country. The year 2016 saw EV sales in the United States increase by 37% over 2015. Total EV sales topped out at roughly 160,000, with five different models (Tesla Model S, Tesla Model X, Chevrolet Volt, Nissan Leaf, and Ford Fusion Energi) selling at least 10,000 units. These sales, coupled with the expanding ease of access to charging station’s like Tesla’s, bode well for continued innovation and growth in the electric auto sector.

This post was written by Thomas R. Burton, III of  Mintz, Levin, Cohn, Ferris, Glovsky and Popeo, P.C. All Rights Reserved. ©1994-2017
For more legal analysis go to The National Law Review

First Reported Tesla Autopilot Fatality in Central Florida

model S tesla autopilot fatalityIn a recent blog post, Tesla revealed that the Model S vehicle that was involved in a fatal accident on May 7 in Williston, Florida was in Autopilot mode at the time of the collision. This marks the first known fatality in a Tesla vehicle where Autopilot was active. The National Highway Transportation Safety Administration is currently in the midst of an investigation of the cause of the collision which is believed to include a determination of whether the Autopilot system was working properly at the time of the accident.

According to various news sources, the accident occurred when a tractor trailer drove across a divided highway and in front of the Tesla vehicle. Due to the height of the trailer, the Model S actually passed under the trailer with the initial impact occurring to the vehicle’s windshield. Tesla CEO Elon Musk stated on Twitter that the radar system used by the Autopilot feature did not help in this case because of the height of the trailer. According to Musk, the system “tunes out what looks like an overhead road sign to avoid false breaking events.” Tesla believes that the Autopilot system would have prevented the accident if the impact had occurred to the front or rear of the trailer.

This accident represents the first in what will undoubtedly be many similar accidents that will raise questions regarding the safety of Autopilot systems. Tesla is one of the first automakers to utilize such technology and they have reiterated that they require customers to sign an agreement acknowledging that the system is in a “public beta phase” before they can use it. Some driving experts have criticized Tesla for introducing an Autopilot feature too early believing that the system gives drivers the false impression that the car can handle anything it encounters. By way of contrast, GM has only tested their Autopilot feature privately and Volvo has indicated that they intend to take full liability for their cars when the feature is activated.

ARTICLE BY Ian S. Abovitz of Stark & Stark

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