Contributing Editor Toby Gooley is a writer and editor specializing in supply chain, logistics, and material handling, and a lecturer at MIT's Center for Transportation & Logistics. She previously was Senior Editor at DC VELOCITY and Editor of DCV's sister publication, CSCMP's Supply Chain Quarterly. Prior to joining AGiLE Business Media in 2007, she spent 20 years at Logistics Management magazine as Managing Editor and Senior Editor covering international trade and transportation. Prior to that she was an export traffic manager for 10 years. She holds a B.A. in Asian Studies from Cornell University.
Forklift fleet management software provides a wealth of information that helps companies optimize lift truck safety, productivity, maintenance, and operating costs. Most solutions fall into one of two camps: those that track vehicles' and drivers' activities, and those that track maintenance and repair activities and costs. They range from relatively simple spreadsheets to sophisticated systems that remotely monitor lift trucks' inner workings. Some are sold on a stand-alone basis for a monthly per-truck fee by independent developers, while others are provided by forklift manufacturers and dealers as part of a fleet management or maintenance contract.
Most of these programs are not difficult to use. What can be hard, though, is figuring out how to take full advantage of the software's many capabilities. We asked providers of fleet management services and software for advice on how to make the most of this technology. Here, in no particular order, are some of their recommendations.
1. Get buy-in from operators and managers. Forklift operators are often suspicious of systems that track vehicles' and drivers' activities. They may feel threatened by the close oversight and worry about being disciplined for mistakes. Explaining the system's potential benefits to operators, such as improved regulatory compliance, training, and safety, can help to overcome such concerns, says Arun Patel, president of Access Control Systems.
Managers often have trouble accepting fleet management systems, too. Some may think of data collection and analysis as an additional, unwanted burden, instead of a useful tool for carrying out their primary job responsibilities. To make the case, it's helpful to show how using the software could improve their own key performance indicators (KPIs), such as return on investment (ROI), operating costs, and damage rates.
But that's not always enough. Tell a fleet manager that the data show he needs fewer trucks than he's been running for the past 20 years, for instance, and he's likely to feel that his competence is being questioned. "A lot of times, people take [the software's conclusions] as a personal affront," says Joe LaFergola, manager of business and information solutions for The Raymond Corp. A better way to frame the message, he says, is to tell the manager, "It's not that you did it wrong in the past. It's that technology has improved so much that you can do the same or more work with fewer vehicles."
In fact, it's difficult to get full buy-in from operators and managers without recognizing and acknowledging the value of their knowledge and experience. "The best decisions are usually a blend of both data and personal experience ... otherwise, you won't get the results you intended," says Nick Adams, senior manager of fleet management services at Mitsubishi Caterpillar Forklift America Inc. (MCFA), which represents Mitsubishi Forklift Trucks, Cat Lift Trucks, and Jungheinrich.
Nevertheless, cautions Scott McLeod, president of Fleetman Consulting, an independent forklift fleet management and procurement company, "Data is an input, and unless you have an argument as to why the data is not relevant, you have to accept the data."
2. Keep on training. Vendors say it doesn't take much training to learn to use fleet management software. Sometimes, though, users need additional instruction in basic tasks such as how to access and review reports. In such cases, a live online seminar using the customer's actual data can improve their comfort level, says Jim Gaskell, director of global Insite products for Crown Equipment Corp. "After they get used to it and it's familiar, then it becomes routine—and that's what you want, to make it routine," he says.
Even after users are familiar with the software, additional training will help them learn more about the software's capabilities, including functions that are specific to safety, maintenance, or other subject areas. In addition, says Patel, once users have hands-on experience with the system, they often have questions that didn't come up during the initial training.
Be sure, too, that anyone responsible for data entry is at least familiar with forklifts and maintenance procedures, McLeod advises. That person must understand how to sort the repair orders into the proper categories—recognizing, for example, what should go under planned maintenance and what belongs in repairs, he says. Otherwise, you could end up basing decisions about replacing trucks on inaccurate information.
3. Be disciplined and consistent. Consistent, timely data collection and entry is necessary in order to get an accurate, up-to-date picture of operating and maintenance costs. That's not a big issue with systems that automatically gather data from the trucks or those that depend on forklift dealers to produce maintenance reports. But for software that requires users to gather and enter data themselves, it takes discipline to stick with it day in and day out. It's not uncommon for that effort to peter out after a couple of years, particularly when there are personnel changes.
Consistency in collecting, measuring, and evaluating data is critical for multifacility installations, says Adams of MCFA. If facility managers handle those tasks differently, companies will end up setting policies and making decisions based on invalid comparisons.
Furthermore, says Crown's Gaskell, when everyone is handling data consistently, it ensures accurate benchmarking of cost drivers. "Without that, you can't see that your operation in one state is paying twice as much [for maintenance] as someone two states over—and both of them think they're getting a good deal because they don't have a yardstick to measure against," he says.
Centralized review and decision making, in concert with local managers, will help to ensure that data analysis and the resulting decisions are sound, says Adams. Central oversight will also compensate for fleet managers' varying degrees of experience, which can influence asset decisions. "The word 'objectively' comes to mind," he says.
4. Properly prioritize information. Information overload, a common worry among users, can discourage people from making full use of the software's many capabilities. One way to prevent that is to clearly define each user's roles and responsibilities, and then provide them with only the information they actually need to carry out those responsibilities.
I.D. Systems President Ken Ehrman favors a "cookbook approach" centered on a guidebook that identifies the roles that will be affected by the technology; specifies which reports and graphs the person performing each role should look at, and at what intervals; and recommends actions to take based on those reports. For example, a safety manager should be alerted immediately to problems with critical items on the OSHA operator checklist, while the fleet manager may only need to get that information weekly in order to look at safety trends, he explains.
Still, fleet management software makes so much information available that it's easy to lose sight of what's most important. Mike McKean, fleet sales and marketing manager for Toyota Material Handling, U.S.A. Inc., recommends that fleet managers focus on the reasons the company decided to take on the fleet optimization project in the first place. "It could be that you have too many trucks ... or you want to reduce the cost of avoidable damage," he says. Whatever it is, that's what you need to focus on as the primary objective, McKean says. "That doesn't mean you can't look at secondary issues, but you should identify priorities and then phase in others."
McLeod cautions, however, that the time and effort spent obtaining some types of data may outweigh the cost benefits to be gained from analyzing it. "I would challenge fleet managers to stay away from the 'nice to know' information, because in many cases, it simply is not going to give them adequate payback," he says.
Where to learn more
Both forklift manufacturers and independent software developers offer fleet management software and systems. Here's where to learn more about some of the fleet management technology products on the market today.
5. Start small and take it slow. Once fleet managers start seeing opportunities for improvement, they may be eager to introduce changes quickly. But moving too fast could disrupt operations and elicit pushback from employees. Raymond's LaFergola suggests starting with small initiatives that require little effort or change, and then moving on to broader efforts.
Don't start those big projects without all the necessary data in hand, though. "In order for you to properly analyze the fleet, you have to look at it over your company's business cycle," LaFergola says. "When you optimize, analyze at least six months, including the busiest time of the year, but a full year of data that lets you see the ebb and flow of business is better."
For a multifacility implementation, conducting a pilot program at one warehouse or DC will help users narrow the scope of the project, establish pre-launch and launch plans, work out any bugs, and set benchmarks for consistency, McKean says. He also suggests putting together a policy and procedures manual based on that experience. "Now you have a template you can take and roll out to other facilities," he says. "It reduces risk."
6. Make people accountable. The ability of fleet management software to take data and generate reports is impressive, but to get a return on their investment, users have to take action based on what they learn. The best way to ensure they do that, says Ehrman, is to hold them accountable for making improvements in fleet costs, asset utilization, safety, maintenance, and any other major areas of concern.
All fleet management software programs have exception reporting and alert functions, and some vendors will prompt users either electronically or with a phone call if they fail to take action in response to an event. In addition to monitoring such short-term actions, Ehrman says, it's important to notify users when they fail to make improvements over the longer term. If progress—or the lack of it—in cost control and productivity is clearly visible to both users and management, he says, it encourages the responsible parties to take action and solve problems.
MEANINGFUL CHANGE
Because fleet management software provides companies with a seemingly endless array of data and reports, it can be tempting for fleet managers to think that the software itself will solve all their problems. But that's not very realistic. The purpose of the software, McLeod says, is to track costs in a meaningful way to help fleet managers make meaningful decisions. Any cost savings or other improvements will depend not on the software or the data itself, but on how the user analyzes it and responds.
Amazon package deliveries are about to get a little bit faster—thanks to specially outfitted delivery vans and the magic of AI.
Last month, the mega-retailer introduced its Vision-Assisted Package Retrieval (VAPR)solution, an AI (artificial intelligence)-powered system designed to cut the time it takes drivers to retrieve packages from the back of the van.
According to Amazon, VAPR kicks in when the van arrives at a delivery location, automatically projecting a green “O” on all packages that will be delivered at that stop and a red “X” on all other packages. Not only does that allow the driver to find the right package in seconds, the company says, but it also eliminates the need to organize packages by stop, read and scan labels, and manually check the customer’s name and address to ensure they have the right parcels. As Amazon puts it, “[Drivers] simply have to look for VAPR’s green light, grab, and go.”
The technology combines artificial intelligence (AI) with Amazon Robotics Identification (AR-ID), a form of computer vision originally developed to help fulfillment centers speed up putaway and picking operations. Linked to the van’s delivery route navigation system, AR-ID replaces the need for manual barcode scanning by using specially designed light projectors and cameras mounted inside the van to locate and decipher multiple barcodes in real time, according to the company.
In field tests, VAPR reduced perceived physical and mental effort for drivers by 67% and saved more than 30 minutes per route, Amazon says. The company now plans to roll out VAPR in 1,000 Amazon electric delivery vans from Rivian by early 2025.
We are now into the home stretch of the holiday shopping season—the biggest retail bonanza of the year. By now, many shoppers have already made their purchases and are putting the final touches on their gifts. Some of us procrastinators have not even started. Isn’t that why online shopping was invented?
Here are some interesting facts about Americans’ holiday shopping patterns. The National Retail Federation estimates that consumer spending for the holidays will average $902 per person. Some $641 of that will be for gifts, with the remainder spent on food, decorations, and other holiday items.
Many of those purchases will be online, where more than 21% of all consumer transactions now occur. A recent report from DHL eCommerce reveals that 61% of U.S. shoppers buy online at least once a week, and 84% browse online one or more times a week.
We also buy a range of goods that way—63% buy clothing and footwear through e-commerce sites, according to the DHL report. Next most popular were consumer electronics at 33%, followed by health supplements at 30%.
That first category is interesting, because apparel and footwear are also among the most widely returned items, especially when bought as gifts. Either they don’t fit properly, or they aren’t quite what the recipients had in mind—which means that each January, retailers must cope with a flood of returns.
Of course, returns are not a seasonal phenomenon; consumers return goods—particularly those bought online—year round. Between 25% and 35% of all goods purchased via e-commerce are returned, depending on whose figures you believe. By comparison, only 8% to 9% of products bought in stores, where we can see the actual items and try on clothing and shoes, end up being returned.
Try-ons are not possible with apparel sold online, which leads to the common practice of “bracketing,” where customers order an item in multiple sizes, pick the one that fits best, and send back the rest. The seller typically absorbs the reverse logistics costs—and those costs can be significant. The retail value of returned consumer items totals around $745 billion each year. According to Narvar, a company that helps retailers manage the post-purchase customer experience, more than 90% of returned products have nothing wrong with them. They simply weren’t wanted or needed.
So as you make those final holiday selections, help your fellow supply chain professionals. Choose your gifts wisely to reduce the chances they’ll be returned. And remember, gift cards are always nice.
Funds are continuing to flow to companies building self-driving cars, as the Swiss startup Embotech today said it had raised $27 million to expand autonomous driving solutions for logistics in Europe and beyond, including U.S. operations by the end of 2025.
The Zurich firm said it would use the new funding to help the company scale up its Automated Vehicle Marshalling (AVM) and Autonomous Terminal Tractor (ATT) solutions in Europe, and ultimately in the United States, Middle East, and Asia.
Embotech—which is short for “embedded optimization technologies”—says it has already secured multi-year rollout contracts for its AVM solution in finished vehicle logistics and for its ATT solution for port and yard logistics applications.
Specifically, Embotech began rolling out its AVM solution in 2023 with automaker BMW. The technology guides new BMW vehicles along a one-kilometer route between two assembly facilities, through a squeak and rattle track, and to the finishing area – with no driver needed at any stage of the journey. That will now expand under a multi-year contract to install the AVM solution in six additional BMW passenger car factories worldwide by the end of 2025, including BMW’s plant in Spartanburg, South Carolina.
And for its ATT business, Embotech is gearing up for a major rollout to haul shipping containers at Europe's largest port, the port of Rotterdam in the Netherlands, with 30 units set to be deployed over the next 2 years. The electric ATTs are equipped with Embotech’s Level 4 Autonomous Vehicle (AV) Kit, which enables them to operate autonomously in complex, mixed traffic situations. Embotech’s autonomous tractors use a combination of LIDAR, cameras, and GPS to detect obstacles in all weather conditions and achieve localization accuracy of less than 5 cm.
According to Embotech, its autonomous driving solutions deliver benefits such as increasing operational efficiency through 24-hour operation, flexible peak handling, and improved transparency with digital integration.
The “series B” round was led by Emerald Technology Ventures and Yttrium, with additional funds from BMW i Ventures, Nabtesco Technology Ventures, Sustainable Forward Capital Fund, RKK VC and existing investors. “Embotech impressed us with their unique, highly adaptable autonomous logistics solution,” Axel Krieger, Partner at Yttrium, said in a release. “The company tackles the global logistics challenge for both commercial and passenger vehicles. With a strong orderbook as well as proven industry partnerships, Embotech is uniquely positioned to lead the market. An investment that aligns perfectly with Yttrium’s goal to empower tomorrow’s B2B technology champions."
The private equity-backed warehousing and transportation provider Partners Warehouse has acquired PSS Distribution Services, a third-party logistics (3PL) provider specializing in warehousing, distribution, and value-added services on the East Coast, the company said today.
The move expands Partners Warehouse’s reach from its current territories, which stretch from its Elwood, Illinois, headquarters to its two million square feet of warehousing and rail transloading facilities across eight locations in Illinois, California, and Dallas.
In addition to adding East Coast operations to that footprint, the move will also strengthen Partners’ expertise in the food and ingredients sector, enhance its service capabilities, and improve the business’ capacity to support existing and new clients who require a service provider with a national footprint, the company said.
From its headquarters in Jamesburg, New Jersey, PSS brings experience across industries including food, grocery, retail, food service, direct store distribution (DSD), and e-commerce. The company is known for its state-of-the-art facilities and food-grade warehousing options.
“This acquisition marks a significant milestone in Partners Warehouse’s expansion strategy,” Nick Antoine, Co-Founder, Co-CEO, and Managing Partner of Red Arts Capital, said in a release. “The addition of PSS enables us to grow our capacity and broaden our service offerings, delivering greater value to our clients at a time when demand for warehousing space continues to rise.”
Keep ReadingShow less
Photo courtesy of the Association of Equipment Manufacturers (AEM)
Think you know a lot about manufacturing? Your hard-won knowledge might be about to pay off in the form of a brand-new pickup truck. No, you don’t have to physically assemble the vehicle. But you could win a Ford F-150 by playing an industry-themed online game.
The organization says the game is available to anyone in the continental U.S. who visits the tour’s web page, www.manufacturingexpress.org.
The tour itself ended in October after visiting 80 equipment manufacturers in 20 states. Its aim was to highlight the role that the manufacturing industry plays in building, powering, and feeding the world, the group said in a statement.
“This tour [was] about recognizing the essential contributions of U.S. equipment manufacturers and engaging the public in a fun and interactive way,” Wade Balkonis, AEM’s director of grassroots advocacy, said in a release. “Through the Manufacturing Challenge, we’re providing a unique opportunity to raise awareness of our industry and giving participants a chance to win one of the most iconic vehicles in the country—the Ford F-150.”