Trucks That Trouble-shoot Themselves, Get Ready, They're Coming!

In the future, equipment is expected to troubleshoot itself 

without human intervention.

Thanks to advances in technology, as well as an increasing emphasis on operations efficiency and wise resource use, the role of equipment fleet managers across all industries has changed quite a bit in recent years.

Expect even more changes in the future, says Jim Schug, a principal and engagement manager for FMI Corporation.

Schug, who is also a certified equipment manager and the program lead for the Certification Institute, cites “adapting to technology, innovation, and the new workforce” as three big changes that have occurred in fleet management over the last few years. All fleet management professionals — no matter their industry or the type of equipment managed — need to prepare themselves for more changes on the horizon, he says.

“All vehicles are adapting across the industry,” says Schug, who participated in a panel discussion at ConExpo-Con/Agg in Las Vegas this March on the future of equipment management.

Jim Schug
“We likely are not far from vehicles that troubleshoot themselves, remote sensors that predict what to repair based on the data they collect, and an overall expectation of zero unplanned downtime.” Jim Schug, principal and engagement manager, FMI Corporation headquartered in Raleigh, N.C. and has offices in Denver, Tampa, Phoenix and Houston. “In the future, trucks will be connected and serve as a tracking center; and they will likely evolve out of needing field repairs and emergency calls.”

Need to adapt to changes
Given this move toward automation and advanced technology, fleet equipment — including service trucks —will become much more sophisticated and provide “near perfect information” on how they operate, he predicts. Therefore, he says, companies will only remain competitive in the future if they can do the following: have the best, most “fit” equipment to perform the job; eliminate equipment downtime; and demonstrate the ability to sustain ongoing operations 24 hours a day, seven days a week. And much of this will rest on the shoulders of fleet management leadership and their ability to adapt to industry changes, Schug argues.

“This future is a big shift from where we are today and puts more pressure on the equipment manager to lead what happens in the field, so the intensity and importance of the role increases,” says Schug, who has a bachelor of science degree in quantitative economics from the U.S. Military Academy at West Point and a master of science in engineering management from the University of Missouri. “If equipment managers are not already sitting at the leadership table today they should be … and I certainly believe they will be in five years.”

Whether playing catch-up or preparing for more changes, fleet managers should take proactive steps to better position themselves (and their companies) for what lies ahead, he says.

“Learn how to collect data and enter it into an efficient system that helps inform when making difficult decisions,” says Schug, who acknowledges many people already use maintenance management systems in their decision-making.

However, he advises fleet managers to think beyond simply collecting and entering data. On that note, he emphasizes how the gathering, harvesting and analyzing of data by fleet managers can help their CEOs make good decisions.

Recognize data’s value
“You need to recognize how valuable that data is to your lifecycle costs and current operations. Equipment data will drive operations in the future,” says Schug, whose company provides management consulting and investment banking services to various industries including construction and engineering.

Given the importance of data in fleet management, Schug says it is critical for fleet managers to “stay engaged” and “plugged-in” when it comes to industry associations and vendors. By doing so, fleet managers can keep abreast of new technologies, products and/or practices, all of which can benefit their overall fleet management efforts.

“You do not want your firm to fall behind the innovation curve. At the same time, we are seeing strategy evolve from a ‘gut feel’ to a more data-driven approach,” Schug says.

According to Schug, though, a data-driven strategy in fleet management is more of a “shared understanding” developed and refined through the experiences of employees serving customers in the field.

“CEOs seldom innovate effectively,” Schug says. “The field and front-line management is the source of all great innovations; and they will be what leads our industry forward. Great firms recognize this and harness it in the development and execution of their strategy.”

Mark Yontz is a freelance writer from Urbandale, Iowa.

Source: http://www.servicetruckmagazine.com/get-ready-for-future-trucks-that-trouble-shoot-themselves/

SAFE STEPS Road Safety: Pedestrians

We all have a role in road safety! So follow these SAFE STEPS to play your part and help save lives. - Stay alert and avoid distractions - - Walk in safe places - - Stop, Look, Listen, Cross - SAFE STEPS Road Safety is a pan-Asian public service initiatives aimed to raise awareness and provide clear and simple life-saving educational messages on road safety. Acclaimed actress and producer, Michelle Yeoh is the SAFE STEPS Road Safety Ambassador. This program is created and developed by Prudence Foundation, in partnership with National Geographic Channel and the Federation Internationale de l’Automobile (FIA). All SAFE STEPS Road Safety tips have been approved by the International Federation of Red Cross and Red Crescent Societies (IFRC). For more information please visit: www.safesteps.com

North Bay Truck Center Liftgate Services

                                     We install and repair lift gates at North Bay Truck Center

One commonly overlooked service to add to shipping your freight is a truck with a lift gate service. What is a lift gate? A lift gate is a fold away metal platform that mounts to the back of a dry van trailer or a freight truck, when the lift gate is extended out from under the truck it acts as a platform to lift freight from the ground level up to the height of the bed of the trailer. This allows the freight carrier to use a pallet jack to move a palletized load from the trailer of the truck, down to the ground through the use of the lift gate, then into the business or destination of the freight. This is especially useful when the cargo or freight being transported is too heavy to be loaded or unloaded by hand.

While the use of the lift gate is essential for a lot of companies, and pretty much any residential shipment, there are some instances where a lift gate service is not required. Companies with a shipping dock don’t require a lift gate because the truck can back the trailer right up to a platform, then the freight can be unloaded from the trailer using a forklift, pallet jack, or other types of machinery. But the lift gate service is designed for companies that don’t have a shipping dock or access to a fork lift. When making arrangements with a shipping company it is important to know if the destination you are shipping your freight to is equipped with a loading dock or a forklift, if not then you will need to add the lift gate service to your shipment.

Article Source: https://www.freightratecentral.com/blog/lift-gate-service-important-know-need

Photo Source: http://www.tommygate.com/liftgates/flatbed-and-van/

Bandag – The Evolution of Retreading

The Retreading process has come a long way in the last century, and Bandag is an industry pioneer. We’ll continue to innovate for the future with processes that are efficient, economical, and environmentally conscious.

Tour of the Trailer Parts inventory at North Bay Truck Center

NORTH BAY

Truck Center
Home of

A&T Road Service
1245 Illinois Street
Fairfield, CA 94533707-427-1386

http://www.northbaytruckcenter.com

AAA StartSmart - Distracted Driving

Follow a group of six high school students and their parents as they attend the AAA StartSmart Academy where they learn how to develop safe driving habits from an over-the-top instructor named Crash — short for "Creating Responsible Automobile Safety Habits".

Volvo Trucks Delivers The First Of Five VNR Electrics To Manhattan Beer Distributors

Volvo Trucks North America held an event delivering the first of five VNR Electric trucks to Manhattan Beer Distributors in New York City. The event, held in the Hunts Point neighborhood of New York City, featured local politicians as well as leaders from the involved businesses, all of whom praised the commitment to cleaner air for the area.

The Class 8, single-axle VNR Electric is the first of five that will join the fleet in 2021, and will go into service right away, the fleet said. Manhattan Beer Distributors’ fleet has long featured alternative-fuel vehicles, most notably CNG, and the new trucks are part of an ongoing effort to electrify a significant portion of the fleet, according to Simon Bergson, founder, president and CEO of Manhattan Beer Distributors. Bergson says the goal is to fully eliminate diesel fuel from the fleet within four years.

This is the first VNR Electric to go into full service with a fleet outside of the state of California, where several have been tested already.

“As long as we rely upon cars to move people and trucks to move goods, they need to be more climate-friendly, they need to be electric, and they need to be now,” Henry Gutman, New York City Department of Transportation commissioner, said in his remarks.

Peter Voorhoeve speaks at the event presenting the VNR Electric to Manhattan Beer Distributors.

“By working together with customers like Manhattan Beer Distributors that are dedicated to reducing their environmental impact, Volvo Trucks has been able to make meaningful progress on the path toward widescale commercial deployment of VNR Electrics from coast to coast,” said Peter Voorhoeve, president of Volvo Trucks North America.

“The moment Simon starts running this truck, clean air will be the result,” he added.

In addition to the trucks, the fleet has also installed three 150 kw chargers from Gilbarco Veeder-Root that allow this truck to be charged within approximately 70 minutes.

In this article: Electrification, Gilbarco Veeder-Root, Volvo Trucks North America

Maxon Lift Corp.

MAXON Liftgates are the most trusted, best backed, most innovative in the business.

North Bay Truck Center - The go-to place for motor home chassis work

 

If you take the shell off of a motor home–take the body off of it–let’s say, for example, a diesel pusher. It’s really a bus chassis. It’s really built by the truck and bus chassis manufacturers. Many that built the motor home chassis also built big trucks, and Freightliner is an example. For us, if we’re under the motor home or we’re looking into the engine compartment, we’re really looking at the same picture as we are if we’re looking on a Class 6, 7 or 8 truck.

We are well versed on the platforms of engines that they use. Primarily, they use Cummins or Caterpillar engines on some of the older ones. For the diesel pushers, we’re very well versed on those engines. We have the computer software to plug into them. We’re familiar with the Allison transmissions that are most all of them use.

The braking systems on a lot of them are air brakes, similar to that of a Class 6 through 8 truck. They also have suspension components that are shared. They use air ride suspension on the front axle a lot of times, which is found on the newest class 6 through 8 trucks. We’re very familiar with the chassis of the diesel pushers.

North Bay is also going to be able to look up maintenance schedules on those as well. Motor homes generally will come with all manuals in a big binder referring to your refrigerator, your heating system, air conditioning. If your vehicle is new, you should have the Cummins manual for the engine and in the case of the Freightliner chassis, a Freightliner chassis manual with maintenance intervals for that chassis as well as the engine. Again, we can help look those things up if you don’t have the manuals available.

On the diesel pushers, we have a facility large enough to bring the biggest unit into the shop. Even a 45-foot 3-axle diesel pusher can fit inside our shop and be kept under cover. If it does require to be outside for a time, we have surveillance cameras outside our shop and you can rest assured that our facility is locked down and that the cameras are working 24/7.

We’re also very familiar with the smaller coaches that are built on a gasoline or light-duty diesel chassis such as Ford or Chevrolet or GMC, or even the Sprinter chassis. Again, these are truck chassis or cutaway van chassis that we work on every day.

We service almost anything related to the truck chassis part of the motor home, including, axle bearings, tires, the rear differential, transmission, steering components, including the air conditioning on the chassis. We do not work on the roof mounted air, but we can help direct you to who can help with that, and other internal aspects of the motor home. Everything to do with what makes it go down the road and stop, we can take care of for you.

Tires on motor homes can easily develop flat spots from sitting too long, and the air and UV rays deteriorate tires over time whether they are being used or not. We can help with tires because we sell tires for all trucks and buses and can balance and install them so that your coach rides smooth again and is perfectly safe in your travels.

North Bay recently purchased six Mohawk pedestal lifts that will allow us to lift the largest diesel pusher up in the air outside of our facility to facilitate faster and more efficient repairs.
Our goal is to get you back on the road on your travels very quickly, and insure that the repairs are done right. You can count on us with your motor home.

10 Things Everyone Should Know About Tires

 By Eric Peters, Automotive Columnist

You probably know tires are made of rubber — but how much more do you know? Here’s a run-through of some important tire-related terminology:

1) Aspect ratio

This technical-sounding term refers to the relationship between the width of a tire and the height of the tire’s sidewall. High-performance “low profile” tires have “low aspect ratios” — meaning their sidewalls are short relative to their width. This provides extra stiffness and thus better high-speed handling and grip — but also tends to result in a firmer (and sometimes, harsh) ride. “Taller” tires tend to provide a smoother ride and better traction in snow.

2) Contact Patch

As your tires rotate, only a portion of the total tread is actually in contact with the ground at any given moment.  This is known as the contact patch.  Think of it as your tire’s “footprint.” Sport/performance-type tires are characterized by their wider footprint — more tread is in contact with the ground — which provides extra grip, especially during hard acceleration on dry pavement and during high-speed cornering.

3) Treadwear indicators

These are narrow bands built into the tread during manufacturing that begin to show when only 1/16 of the tire’s tread remains. Also called wear bars, treadwear indicators are there to provide an obvious visual warning that it’s time to shop for new tires.

4) Speed ratings

An alpha-numeric symbol you’ll find on your tire’s sidewall that tells you the maximum sustained speed the tire is capable of safely handling. An H-rated tire, for example, is built to be safe for continuous operation at speeds up to 130 mph. Most current model year family-type cars have S (112 mph) or T (118 mph) speed ratings. High performance cars often have tires with a V (149 mph) or  ZR (in excess of 149 mph) speed rating. A few ultra-performance cars have W (168 mph) and even Y (186 mph) speed-rated tires.

5) Maximum cold inflation load limit

This refers to the maximum load that can be carried in a given vehicle with a given type of tires — and the maximum air pressure needed to support that load. In your vehicle’s owner’s manual, you should be able to find the recommended cold inflation load limit. It’s important not to exceed the load limit (or over or under-inflate the tires) as this can lead to stability/handling problems and even tire failure. Always check tire pressure “cold.” Driving creates friction which creates heat; as the tires warm up, the air inside expands, increasing the pressure. Measuring air pressure after driving can give a false reading; you may actually be driving around on under-inflated tires.

6) Load index

This number corresponds to the load carrying capacity of the tire. The higher the number, the higher the load it can safely handle. As an example, a tire with a load index of 89 can safely handle 1,279 pounds — while a tire with a load rating of 100 can safely handle as much as 1,764 pounds. It’s important to stick with tires that have at least the same load rating as the tires that came originally with the vehicle — especially if it’s a truck used to haul heavy loads or pull a trailer. It’s ok to go with a tire that has a higher load rating than the original tires; just be careful to avoid tires with a lower load rating than specified for your vehicle, even if they are less expensive. Saving a few bucks on tires is not worth risking an accident caused by tire failure.

7) Radial vs. bias-ply tire

Bias-ply tires have their underlying plies laid at alternate angles less than 90 degrees to the centerline of the tread; radials have their plies laid at 90 degrees to the centerline of the tread. That’s the technical difference. The reason radial tires are dominant today is that they help improve fuel efficiency and handling; they also tend to dissipate heat better than bias-ply tires. No modern passenger cars come with bias-ply tires these days and their use is generally not recommended. (Exceptions might include older/antique vehicles that originally came equipped with bias-ply tires. Some RVs also used bias-ply tires, etc.) It is very important never to mix radial and bias-ply tires; dangerously erratic handling may result.

8) LT and MS tires

These designations indicate “Light Truck” and “Mud/Snow” — and are commonly found on tires fitted to SUVs and pick-ups. LT-rated tires are more general purpose, built primarily for on-road use — while MS-rated tires typically have more aggressive “knobby” tread patterns designed for better off-road traction.

9) Temporary Use Only

Many modern cars come with so-called “space-saver” tires which are smaller and lighter than a standard or full-size spare tire. They are designed to leave more room in the trunk and be easier for the average person to handle when a roadside tire change becomes necessary. However, they are not designed to be used for extended (or high-speed) driving. Your car will probably not handle (or stop) as well while the Space Saver tire is on – and you should keep your speed under 55 mph and avoid driving on the tire beyond what’s absolutely necessary to find a tire repair shop where you can have your damaged tire repaired or replaced.

10) Treadwear, Traction and Temperature ratings

Each tire has three separate ratings for Treadwear, Traction and Temperature.

Traction ratings run from AA to A to B and C — with C being the lowest on the scale. The ratings represent the tire’s ability to stop on wet pavement under controlled testing conducted by the government. C-rated tires are marginal and should be avoided. Never buy a tire with a Traction rating that isn’t at least equal to the minimum rating specified by the manufacturer of your vehicle.

Temperature ratings from A to B to C — with C being the minimum allowable for any passenger car tire. The ratings correspond to a given tire’s ability to dissipate heat under load; tires with lower ratings are more prone to heat-induced failure, especially if driven at high speeds (or when overloaded). As with Traction ratings, never buy a tire with a Temperature rating that’s less than specified for your vehicle.

Treadwear ratings differ from Traction and Temperature ratings in that they aren’t a measure of a tire’s built-in safety margin. Instead, these ratings — represented by a three digit number — give you an idea of the expected useful life of the tire according to government testing. A tire with a Treadwear rating of 150, for example, can be expected to last about 1.5 times as long as a tire with a Treadwear rating of 100. These are just guides, however. Your tires may last longer (or not) depending on such factors as how you drive, whether you maintain proper inflation pressure and rotate the tires per recommendations — and so on.

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