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Robotics

FedEx Abandons Its Last-Mile Delivery Robot Program 32

The courier company FedEx is abandoning a project to develop last-mile delivery robots. In 2019, FedEx partnered with New Hampshire-based DEKA Research and Development Corp, founded by Segway inventor Dean Kamen, to develop a wheeled robot called Roxo for last-mile deliveries. From a report: But FedEx decided to end the project in early October, according to a report in Robotics 24/7. FedEx employees were told of the decision via an email from the company's chief transformation officer, Sriram Krishnasamy, who explained a new corporate strategy called "DRIVE." "Although robotics and automation are key pillars of our innovation strategy, Roxo did not meet necessary near-term value requirements for DRIVE. Although we are ending the research and development efforts, Roxo served a valuable purpose: to rapidly advance our understanding and use of robotic technology," Krishnasamy wrote. Roxo is a 62-inch-tall (1,575-mm) package bot; it weighs 450 lbs (204 kg) and has a cargo capacity of up to 100 lbs (45 kg). It was designed to navigate around sidewalks and roadsides and between pedestrians and parked cars to deliver its cargo to a customer's door. It combines a 360-degree lidar sensor with 360-degree long-range cameras above its rounded shell. There are 180-degree stereo cameras and a 360-degree radar sensor around the base, and a display that can deliver messages is set into the front of the bot.
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FedEx Abandons Its Last-Mile Delivery Robot Program

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  • Right now it still costs too much to deploy these things, so you aren't really saving anything. Flying drones solve the problem of delivering small things very quickly, and they are applicable to medical uses where prices are already high, but what problem does a self-driving cooler solve?

    • by Tablizer ( 95088 )

      > what problem does a self-driving cooler solve?

        https://www.youtube.com/watch?... [youtube.com]

    • I think price is a factor, however I think an other issue they will need to solve is the people problem. We are in general very distrustful of technology and the what happens when it breaks down question. While real humans break down as well, often at a much higher rate than a robot can. But the fact that robots do things that are not quite human like, causes an uncanny valley type of response to its actions. My car can drive itself, most of the time it does a good job, however I may need to take over,

      • by GoTeam ( 5042081 )

        ... My car can drive itself, most of the time it does a good job, however I may need to take over, not because the car was doing something dangerous, but because it was acting in a way that would send the wrong message to other drivers.

        So it was your car that cut across three lanes of rush-hour traffic to take the highway exit this morning while sticking its arm and middle finger out the window?! /s

        • It can take an unprotected left during high traffic. However what I find, is it wants to creep out for better visibility, often while it sees an other car already, hence scarring the other driver, causing them to take evasive action.

      • by gtall ( 79522 )

        "We are in general very distrustful of technology and the what happens when it breaks down question."

        You couldn't tell that from the smartphones, Internet of Tat, automobiles, in-home entertainment systems, streaming devices, etc.

    • but what problem does a self-driving cooler solve?

      Don't believe the PR. They were never [dailycal.org] self-driving.

      Not even the FedEx ones.

      • If all they need is help pathing, that can be done in software... for lots more money.

        But that, too, will get cheaper.

    • The email: "Dear employees and human driver slaves, you guys are so cheap, it's awesome! You make us so much money and cost so little in pay, that it's hard to replace you with robots! Good job! Your CEO from his megamansion, FedEx CEO."

  • Seems like teh real world is too complex at the moment for roving robots, but it seems like what they described could be useful inside of a sorting/loading center.

  • by Locke2005 ( 849178 ) on Monday October 17, 2022 @01:51PM (#62974227)
    Robotic delivery is most effective indoors on a secure campus. Turn unmanned delivery drones loose in the real world, and piracy again becomes a lucrative business model. Amazon can't even keep people from breaking into railroad cars and stealing their shipments!
  • It's always the classic of "first to market" can be a disaster when it involves a truly new technology.

    Examples of when it goes wrong for a very long time (but if you throw money at it long enough it can work):

    • The F-35 fighter
    • The Samsung folding-screen cellphone

    Apple gets complaints about copying features of their competitors, but they end up far more profitable due to avoiding putting a feature on sale unless it's truly ready (with the notable exception of the bad laptop keyboards about five years ago).

    The

    • by GoTeam ( 5042081 )

      ... Yes, you pay extra to drive around acting as a beta tester.

      True, but to be fair, I can't envision a time where "self-driving" cars aren't collecting data and using it to determine the safety and efficiency of the automated driver. Roads and traffic are always evolving, so the systems need to be able to adapt. ...but your main point is well taken. I may not be the greatest driver on the road, but I mostly understand why other drivers do what they do (even if I don't like what they do).

      Until I am comfortable that the cars can anticipate what other cars will do, I'l

  • Then they'd beat the robot into parts about the size of a thumbnail. That or the drug dealers would commandeer them to run bags to the corner boys. If not that then, they would be set on fire, shot, and/or robbed on a regular basis. You can't have shit in Detroit [metrotimes.com].
  • by 93 Escort Wagon ( 326346 ) on Monday October 17, 2022 @02:09PM (#62974297)

    He consistently gets influential people excited enough to buy into things that don't pan out.

    • He consistently gets influential people excited enough to buy into things that don't pan out.

      He holds over 1,000 patents, and co-started First [wikipedia.org] (the group that holds the robotics competitions).

      He's built a ton of useful and successful products that you've never heard about, which you could discover by reading his Wikipedia page [wikipedia.org].

      I've never understood why so many people want to tear down the accomplishments of others.

      Prototyping involves lots of failures for a few successes. Whether you focus on the failures or the successes depends on the type of person you are.

      • I've never understood why so many people want to tear down the accomplishments of others.

        Some of us remember all the hype and bally-hoo surrounding the mysterious product code-named "Ginger" (what turned out to be the Segway).

  • The base of the delivery robot was identical to the updated version of DEKA's stair-climbing, balance-at-eye-level wheelchair: the iBot. That medical device, thankfully, is still available [mobiusmobility.com], even if this parallel project is going away. Too bad, though: the economies of scale from FedEx would have made the wheelchair a lot less expensive.
  • Wait, how many radians is that? Come on, article, you translated inches and pounds to millimeters and kilograms, why no love for those of us who use radians?
    • Would you settle for number of Libraries of Congress?
    • by Zak3056 ( 69287 )

      why no love for those of us who use radians?

      I think it's fair to say that if you cannot convert 180 or 380 degrees to radians in your head pretty much instantly, you probably do not ever use them.

      • by Zak3056 ( 69287 )

        why no love for those of us who use radians?

        I think it's fair to say that if you cannot convert 180 or 380 degrees to radians in your head pretty much instantly, you probably do not ever use them.

        360, obviously... freaking typos.

  • by necro81 ( 917438 ) on Monday October 17, 2022 @02:42PM (#62974423) Journal
    In some ways, a delivery robot has it easier than a self-driving car. The speeds are much slower, so the response time and path planning doesn't need to be so quick. At these speeds, the vehicle dynamics don't really come into play, either. A pedestrian or cyclist could still be killed by it in a collision, but it's much less likely than a 2-ton car. If push comes to shove, it can "pull over" and get tele-operated without pissing off everyone behind it.

    On the other hand, it has to deal with an even less structured environment than, say, a highway. It has to live side-by-side with lots of not-cars, like pedestrians, who are just plain unpredictable, and sometimes intentionally malicious. Is it supposed to operate on the open roads, sidewalks (of any or all quality), or both? All that computer power for sensors, machine vision, and path planning does not come for free, and a robot like this has less energy storage available than an EV battery or ICE.

    So, all in all, it's just damn hard. Kudos for trying, though. Perhaps the biggest metric is to just look around: Tesla and other auto makers, Waymo (Google), and a dozen other outfits are working really hard on this. Collectively, I'd wager there's 10^4 full time engineers working on this in the U.S., burning through billions of dollars per year, and they still haven't cracked it.
  • There's a lot of people who aren't exactly pleased with the evolution of the United States into a corporate kleptocracy, with both parties owned by donors and indifferent to voters. They are aching to strike back, and one easy way would involve taking a pickaxe to these things.

  • Look at these 2 punks destroy a delivery robot.

    https://www.youtube.com/shorts... [youtube.com]

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