Forgotten Concept: Volvo VESC

Volvo VESC

Volvo VESC Concept

Forgotten Concepts, Forgotten Concepts

This is an installment in a series of posts looking back on show cars that we feel deserved a little more attention than they got. If you have a suggestion for a Forgotten Concept topic, please shoot us a line or leave a comment below.

Volvo VESC Concept

First Shown: 1972 Geneva Motor Show

Description: Advanced safety-feature test mule

Sales Pitch: “Demonstrating Volvo’s leadership in this important area (safety).”

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Volvo VESC

Volvo VESC Concept

Details:

First shown at the 1972 Geneva Motor Show, the Volvo Experimental Safety Car (VESC) was a rolling testbed for a number of cutting-edge occupant-protection features. Among them:

  • Front and rear impact-absorbing bumpers
  • Front and rear energy-absorbing crush zones
  • Front-impact energy absorbing system which directed the engine under the cabin in the event of a collision
  • Side-impact beams
  • Four-wheel antilock disc brakes
  • Backup warning system
  • Front and rear airbags
  • Padded front seat backs
  • Door-anchored three-point front seatbelts
  • Rear-view camera

In the name of reduced engine emissions, the VESC was equipped with a fuel-injected engine and a catalytic converter, the latter to reduce NOx emissions.

Designed for surviving a frontal impact at speeds up to 80 kph (50 mph), the VESC was considerably larger than the production Volvo models of the day, but it was predictive of the 200 Series coupes, sedans, and wagons that would be introduced in Europe for the 1974 model year.

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Volvo VESC

Volvo VESC Concept

CG Says:

Most impressive, perhaps, is that virtually every safety feature incorporated into the VESC way back in 1972 is now standard on every mainstream new car and truck. One of the features, side-impact-protection, wasn’t required by law in the U.S. until the 1994 model year–talk about your long-range planning.

I sort of miss the days of when Volvo took a style-be-damned attitude toward design, focusing instead on safety and space utilization. Seems the only feature from the VESC that never saw service in a production vehicle is the huge front-seatback cushions, and that’s probably a good thing.

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Volvo VESC Concept

Volvo VESC Concept

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Concept Car Gallery

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Volvo VESC

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Volvo VESC

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The End of Terrestrial Radio? Electric Cars and AM Radio

Electric Cars and AM Radio

The all-electric 2021 Volkswagen ID.4 is not available with AM radio.

By Jim Flammang

At this point it’s fairly clear that electric vehicles are the future, but the road to get there is full of hurdles big and small. One of the smaller challenges, at least for a good number of traditional consumers, is this: Electric cars have a problem with AM radio. Why? Because the electric motors that power their drive wheels, propelling the vehicle, also tend to generate electromagnetic interference with AM broadcast reception.

Porsche, for one, has advised that this interference may result in static and crackling sounds. Other automakers point out such possible audio annoyances as distortion, buzzing, and signal fading.

Note that the interference potential applies only to “terrestrial” AM radio. That’s the ground-based transmission method whereby signals are sent from the broadcast transmitter through the air, directly to the radio receiver. Electric motors have no impact on internet-based streaming audio. FM radio reception also is unaffected.

Electric Cars and AM Radio

What Causes the Static?

Many electronic components, including electric motors, have always produced static of some sort. Electric cars are powered by one or more electric motors, fed by a rechargeable battery. Rapidly fluctuating voltage results in the high-level, low-frequency electromagnetic interference that reaches into the radio.

Electromagnetic frequencies generated by EV motors happen to be comparable in wavelength to AM radio signals. The competing signals clash, effectively cancelling each other, as if they were opposing forces. As EV motors grow more powerful, AM static tends to increase.

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Automaker Responses

Concern about electromagnetic interference is nothing new. Back in 2016, a Tesla spokesperson wrote that “AM audio quality can be very poor” in a full-electric car. BMW noted that it had recognized the interference problem early, in its 2009 Mini E and 2012 ActiveE models.

BMW took the lead in skipping AM radio, when the German automaker introduced the i3 sedan as a 2014 model. A spokesperson explained at the time that electric-motor interference was the reason. If AM were not disabled in the i3, unhappy customers were likely to complain about poor sound quality. BMW’s performance standards were very high, the explanation continued. No product that failed to comply would be acceptable.

Tesla followed suit in 2018, omitting AM radio in the original Model S as well as the newer Model X, while introducing an updated internet-radio option. No current Tesla product offers terrestrial AM radio.

Among recently introduced and coming-soon models, Porsche deleted AM radio from its new-for-2019 Taycan’s standard-equipment list. No Audi full-electric models come with AM radio reception, led by the e-Tron. “We don’t want our drivers to have a poor experience,” an Audi spokesperson advised. Many “radio favorites are available seamlessly through digital signals,” via a cellular or wi-fi connection.

Mercedes-Benz hasn’t released a features list for its forthcoming EQS battery-electric sedan, because it won’t reach dealerships for a while yet. We wouldn’t bet that terrestrial AM radio will be included in a car that hovers around the $100,000 neighborhood.

The EV’s “drivetrain generates frequencies that heavily interfere with AM … signals,” a Mercedes-Benz representative explained. “This leads to static, buzzing, and distorted sounds that can overwhelm and block out the broadcast [and] lead to customer dissatisfaction.”

Volvo’s new XC40 Recharge and C40 Recharge omit AM radio because of potential interference.

No specific word yet on audio prospects for Cadillac’s new Lyriq, the GMC Hummer large EV pickup – or for a new brand in town, the Lucid Air, scheduled for unveiling in September 2021.

As for more-mainstream models, Ford is keeping AM radio in the Mustang Mach-E, as well as the new F-150 Lightning pure-electric pickup. A GM spokesperson told the Wall Street Journal that the company was aware of AM reception problems and had “taken steps,” but no details were supplied.

Not every automaker wishes to comment. Some stay mum on details of new models that have not yet been introduced.

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Solutions Wanted

Blaupunkt Frankfort

Broadcast AM radio is uncommon on the Continent, possibly disincentivizing European automakers from developing a fix for the interference issue.

Engineers have found no easy way to eliminate this interference, without adding excessive weight to the car or dollars to its price. As early as 2016, German engineers were said to be working on a prototype that would minimize interference by adding shielding to various cables and wiring components, and increasing insulation around the electric motor. One analyst asserted that Tesla engineers struggled with the early Model S, striving to make AM reception acceptable.

A Toyota expert told the Wall Street Journal that the auto industry faced a comparable challenge long ago, when gasoline cars first began offering AM radio. At that time, they were plagued with noise from the tiny motors in heater fans. As time passed, shielding and other methods helped suppress that bothersome interference.

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AM vs. FM

AM broadcasts are transmitted using “amplitude modulation,” in which the signal strength varies continuously. With FM (“frequency modulation”), signal strength remains constant, while its frequency changes.

AM radio has been declining in popularity for years, but it’s still favored for traffic, weather and news broadcasts during morning commutes. AM fans point out its benefits.

FM delivers higher sound quality – especially for music – but AM signals can travel farther. AM stations cost less to run, allowing more transmission of niche broadcasts, such as foreign-language, religious, and special-interest programming.

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Critical Comments and Customer Complaints

In BMW forums following the i3’s debut, some customers complained about lack of AM radio. A few even said they wouldn’t buy one without it.

As reported by the Wall Street Journal, the National Association of Broadcasters criticized BMW’s 2014 decision, advising that “AM radio continues to serve an important role in America’s cultural landscape.” Later, the NAB insisted that “this narrative that somehow AM radio is dying is silly.”

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The Internet Alternative

Iheart Radio, Tune In Radio

Most major AM radio stations make their programing available in real time on streaming services, including iHeart Radio and TuneIn. WCPT AM 820 in Chicago, which broadcasts the Consumer Guide Car Stuff Podcast, is available on both platforms.

Internet-based audio streaming is displacing traditional AM radio reception, which could possibly end up joining cassette players and ashtrays as relics of the past.

Automakers are turning toward this and other options to replace true AM radio. Mercedes-Benz suggests multiple alternatives, including satellite radio, Internet streaming, and numerous AM simulcasts on HD FM radio. Teslas use a service called TuneIn, which allows users to listen a variety of audio content, including more than 100,000 radio stations from around the world.

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Future of AM

Back in the age of crystal sets and headphones, and into the postwar years, intense folks sat hunched over their radios listening to WWL, out of New Orleans. Broadcasting since 1922, it was best heard late at night, when signals traveled the farthest.

As depicted so colorfully in the 1973 film American Graffiti, rock-loving Sixties teens were enthralled by the flamboyant style of DJ Wolfman Jack, broadcasting from XERF in Ciudad Acuña, Mexico. XERF was one of the breed of high-powered radio stations dubbed “border blasters,” which could be heard clearly across the U.S. southwest and beyond.

commuting

The average commuter spends almost an hour a day in the car–plenty of time to listen to something, including the radio.

To AM fans, FM might be deemed elitist, high-falutin’, somber – the domain of classical music devotees. AM comes across as working-class: raucous, loud, unrestrained.

In the view of automakers, a luxury motoring experience should be accompanied by premium audio entertainment. A touch of static and crackling might be tolerable in a lower-priced automobile, but taboo in a luxury vehicle. Unwanted sounds might be less noticeable, too, if the budget-priced car is a tad on the noisy side.

Up to now, at least, only luxury cars have made the change. Most full-electrics (especially middle/low-end) still install AM.

So, is AM radio doomed? Not yet, at least, as a reported 150 million Americans listen to at least some radio each day, especially commuters seeking news, weather, and talk radio.

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What is the Lordstown Endurance?

Lordstown Endurance

Lordstown Endurance

The Lordstown Endurance is a battery-electric pickup truck developed by Ohio-based electric-vehicle startup Lordstown Motors. Yet to see regular production, the Endurance is unique among electric vehicles in that it is designed to use hub motors instead of axle- or transmission-mounted motors, thus eliminating the need for a transmission, traditional axles, or half shafts.

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The Endurance is planned to be offered only as a 5-passenger crew cab, and, at least initially, only with all-wheel drive. Per Lordstown, the four hub motors combine to deliver 600 horsepower. The Endurance is equipped with what is estimated by outside sources as a 109-kWh battery, which provides a Lordstown-claimed driving range of 250 miles. The pickup is rated to tow 7500 pounds, and prices are planned to start at $52,500.

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Lordstown Endurance, Hub Motors, What is the Lordstown Endurance?

Like many EV startup companies, including Tesla, Lordstown is opting to sell vehicles directly to consumers, sidestepping the traditional franchise dealer system employed by mainstream manufacturers.

Production of the Endurance has been delayed twice as of this writing. The first trucks were scheduled to be delivered by the end of 2021, but Lordstown has recently said that timeframe will not be met, and a new target date for delivery has not yet been set. The company also recently announced that it would need to raise additional cash before it is able to deliver production examples of the Endurance.

Lordstown Motors’ success had been predicated in part by the ability of another EV startup company, Workhorse, to secure a U.S. Postal Service contract to supply electric mail-delivery trucks. Workhorse had contracted with Lordstown to manufacture the mail trucks it had designed, but those plans fell through when the USPS opted to contract with OshKosh Defense instead of Workhorse to manufacture a new-generation postal delivery vehicle.

Lordstown Motors and Workhorse have an interesting history. Lordstown was created in 2018, largely by the ownership of Workhorse, for the sole purpose of acquiring General Motors’ idle Lordstown, Ohio, assembly facility. The purchase of that plant was financed in part by General Motors, which also took a minor equity stake in the project. At one time, the same man—Steve Burns—was the CEO of both Workhorse and Lordstown.

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Lordstown Endurance

Lordstown Endurance

Even if Workhorse had been granted the USPS contract, Lordstown would have been left with considerable surplus manufacturing capacity, with which it had planned to build its own vehicles, beginning with the Endurance.

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Lordstown Endurance Gallery

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The Benefits of Vehicle Tracking for Large Commercial Fleets

Commercial vehicles, you will have seen them on the road almost every day, and they play a vital role in so many aspects of our life. A wide range of companies operate commercial vehicles, to make up a part of a supply chain or working as field service vehicles, covering industries such as construction, automotive, and electrical.

In some cases, the size of a commercial vehicle fleet can be in the hundreds, and this can pose many challenges to those responsible for looking after the fleet. Fleet managers have to balance a huge number of tasks each day, and these are only made more difficult when the number of vehicles in their fleet increases. 


Over the years, technology has played a crucial role in helping fleet managers carry out their job. One specific piece of technology which has made a significant impact, particularly with larger fleets is vehicle tracking. There are several key benefits to installing vehicle tracking technology across a large commercial fleet, and below we are going to look at them in more detail.

1 – Customer service 

customer service

Providing good service should be a priority for any business operating a commercial fleet. No matter if the commercial vehicles interact directly with individual customers, or make up part of a wider supply chain, timing information is crucial. Using vehicle tracking allows fleet managers to see the exact live location of all the vehicles in their fleet. 

If we take delivery vehicles as an example, providing customers with information about when their delivery is going to arrive is expected in today’s society. Initially, this can be done once the delivery route has been planned. However, because the live location of the vehicles can easily be seen, if there is a delay at any point  customers can be updated with a new delivery time. Keeping customers updated about when a vehicle will be arriving helps to improve the customer experience and can result in further business in the future. 

2 – Operational efficiency 

operational efficiency

Ensuring operational efficiency with a large commercial vehicle relies on several factors. However, arguably the most important is route planning. With any commercial fleet, making sure the routes that drivers are taking to their destinations are as time-efficient as possible is vital. By using vehicle tracking technology, fleet managers have access to the historical journey data of their fleet. 

Analysing this data can allow for more efficient routes to be planned by fleet managers, by looking back to see where problem areas have occurred in the past and avoiding them. For example, routes may have been used which took drivers along a popular motorway as that was expected to be the fastest and shortest. However, because of congestion at certain times of the day, a slightly longer route which had fewer motorists actually proved faster. Journey data will show this and allow for better route planning which leads to other improvements, such as increased deliveries in a day, for example, and better customer service. 

3 – Driver safety 

driver safety

With commercial fleets of any size, but particularly large commercial fleets which may be using larger vehicles, driver safety needs to be a top priority. There are some key features with vehicle tracking which have a positive impact on driver safety. Firstly, by seeing the live location of a vehicle, if there was ever an accident involving that vehicle, the exact location could be provided to emergency services. 

Secondly, some companies offer in-cab coaching systems which are fitted into the cabin of commercial vehicles. These systems provide drivers with instant audio and visual feedback on their driving. They are alerted to actions which could be dangerous, such as speeding and harsh corning, acceleration and braking. Another key feature of these in-cab systems can be the presence of an E-call (SOS) button which provides a fleet manager with an alert, and the exact GPS location of the vehicle should an emergency take place. 

All of these features not only improve the safety of the commercial driver but also that of other road users. Considering the numbers and presence of commercial vehicles on the road, this is of vital importance. 

4 – Environmental impact 

environmental impact

In today’s world, the impact of fossil fuel powered vehicles on the environment is well known. For companies operating large commercial fleets, this can mean they are heavily contributing to CO2 and other harmful gasses being released into the atmosphere. Vehicle tracking can help reduce the environmental impact of commercial fleets in several ways. 

As mentioned above, by planning more efficient routes, commercial vehicles can arrive at their destination faster. By spending less time on the road, a vehicle’s environmental impact is reduced. 

Furthermore, the coaching systems which provide driver feedback can also help drivers operate their commercial vehicles more economically. By alerting drivers to actions which contribute to heavy fuel usage, such as engine idling and speeding, drivers can reduce the amount of fuel they use each day. Not only is this beneficial to the environment, but it can also help businesses save a significant amount of money on the cost of running their commercial fleet, as fuel costs can be very high for large fleets. 

When information is needed about hundreds of vehicles which may be spread across a country at any one time, being able to use a system which provides you with the information quickly and efficiently is vital. Overall, for large commercial fleets utilising vehicle tracking technology can result in many tangible benefits for both the business and their clients.