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06 Numbers and Powers

Food Delivery Robot Vandalism in LA: Facts

Card No. 06·6220 · Updated · Standard formula, shown below

Average pace (min/km) 20.00 min/km
Average speed (km/h)
3.00 km/h
Result
Time (minutes)
30 min
You entered
Distance (km)
1.5 km
You entered
You enter
Time (minutes), Distance (km)
You get
Average pace (min/km), Average speed (km/h)
Rounding
2 dp

Yes, food delivery robots in Los Angeles have faced reported vandalism and theft, though the scope is limited to specific incidents and neighborhoods rather than a citywide crisis. These reports include robots being knocked over, kicked, and in some cases, having their food stolen before a customer could retrieve it. This article examines what has been reported, how the robots operate, the companies involved, and what is being done to address the problem.

Formula

The calculator above works out the average pace (minutes per kilometer) and average speed (kilometers per hour) of a delivery robot trip. The formula for pace is:

Pace = Time / Distance

where Time is in minutes and Distance is in kilometers. The speed is calculated as:

Speed = Distance / (Time / 60)

which converts time to hours. Both results are rounded to two decimal places.

Worked Example

Using the default values: a robot takes 30 minutes to travel 1.5 km.

  • Pace = 30 / 1.5 = 20.00 min/km
  • Speed = 1.5 / (30 / 60) = 1.5 / 0.5 = 3.00 km/h

So the robot averages 20 minutes per kilometer, or 3 kilometers per hour. This matches the calculator output.

Background: How Delivery Robots Came to LA

Sidewalk delivery robots, typically six-wheeled devices about the size of a cooler, have been operating in Los Angeles since around 2022. Companies like Serve Robotics (a spin-off from Uber) and Coco (which uses remote-operated robots) received permits from the city to test and operate in specific zones, primarily in Hollywood, West Hollywood, and parts of downtown LA. The robots are designed to deliver food, groceries, and other small items within a 2-3 mile radius, traveling at a walking pace (around 3-5 mph) on sidewalks and crosswalks. They are equipped with cameras, GPS, and sensors to navigate pedestrians and obstacles.

What Vandalism and Theft Has Been Reported?

Reports of vandalism and theft have surfaced mainly through local news outlets and social media. In 2023, a video circulated showing a person in Los Angeles kicking a Serve robot, causing it to fall over. In another incident, a group of teenagers were seen surrounding a robot and prying open its compartment to steal the food inside. Coco, which uses remote human operators, has reported that its robots have been stolen entirely on a few occasions—the robot is picked up and taken, later found abandoned or stripped of parts. Most incidents occur in the evening or late night, often in areas with heavy foot traffic or where the robots are left unattended while waiting for a customer.

Why Do People Vandalize or Steal These Robots?

There is no single reason, but several factors contribute:

  • Novelty and boredom: The robots are unusual, and some people see them as targets for pranks.
  • Opportunistic theft: The food inside is often hot and ready to eat, making it an easy target for someone hungry.
  • Perceived threat to jobs: Some delivery workers and residents view robots as taking away jobs from human couriers, leading to resentment.
  • Lack of enforcement: Since the robots are unmanned, there is little immediate consequence for damaging them, unlike a human driver.
  • Technical vulnerabilities: The compartments are not always locked securely, and the robots can be tipped over easily due to their light weight.

How Companies Are Responding

Companies have implemented several measures to mitigate vandalism and theft:

  • Onboard cameras and audio: Robots record their surroundings continuously, and some have two-way audio so a remote operator can speak to a potential vandal.
  • Alarms and flashing lights: If a robot is tilted beyond a certain angle, it emits a loud alarm and flashes lights to attract attention.
  • Locking compartments: The food compartment can only be opened by the customer via a code or app, and it locks automatically when the robot is in motion.
  • Geofencing and alerts: If a robot is moved outside its allowed area or goes offline, the company is alerted and can dispatch a human to recover it.
  • Cooperation with police: Companies report serious incidents to local law enforcement, and some have filed charges against repeat offenders.

Despite these measures, incidents still occur. The robots are not designed to be tamper-proof, and a determined person can still cause damage.

What Happens to the Food and the Robot?

If a robot is vandalized or stolen, the food is usually lost. The customer may receive a refund or a replacement order, depending on the company’s policy. The robot itself is often recoverable if it has GPS tracking, but it may require repairs. In cases of theft, the robot is sometimes found days later, damaged beyond repair. Companies absorb the cost of the lost robot and the food, which can be significant—each robot is estimated to cost several thousand dollars. This cost is factored into the delivery fees, which are typically around $2-5 per order.

How to Avoid Problems as a Customer

If you’re using a delivery robot in LA, there are steps you can take to reduce the risk of your food being stolen:

  • Meet the robot promptly: The longer it waits, the more time someone has to tamper with it.
  • Choose a safe drop-off location: If you’re in a public area, select a spot that is well-lit and visible.
  • Watch the live map: Most apps show the robot’s location in real time, so you can time your meeting.
  • Report suspicious activity: If you see someone interfering with a robot, contact the company or local authorities.

Frequently Asked Questions

Are food delivery robots legal in Los Angeles?

Yes, they are legal in certain zones where companies have obtained permits from the city. The Los Angeles Department of Transportation (LADOT) issues pilot permits for sidewalk delivery robots, with restrictions on speed, weight, and operating hours. However, the regulations are still evolving, and some neighborhoods have raised concerns about sidewalk clutter and accessibility.

Is it a crime to vandalize a delivery robot?

Yes, vandalizing a delivery robot is a crime in California. It can be charged as vandalism (damage to property), theft if food or parts are taken, or even robbery if force is used. Penalties can include fines, community service, and jail time, depending on the value of the damage. Companies have pressed charges in some cases.

How much does a delivery robot cost?

A single delivery robot is estimated to cost between $5,000 and $10,000, depending on the manufacturer and features. This includes the hardware (sensors, cameras, motors) and the software. The cost is one reason companies are keen to prevent vandalism—each lost robot represents a significant loss.

Can I order from a robot if I live in an apartment building?

Yes, but you need to be able to meet the robot at the building’s entrance or lobby. Most robots cannot navigate stairs or elevators, so they will not come to your door. You’ll receive a notification when the robot arrives, and you must unlock the compartment with a code from the app.

What should I do if I see a robot being vandalized?

If you witness vandalism, you can call the non-emergency police line or report it to the company via the app. Do not intervene physically, as you could put yourself in danger. The companies have monitoring systems, so they are likely already aware, but a report can help them respond faster.

Are delivery robots safe for pedestrians?

In general, yes. They are designed to operate at walking speed and have sensors to avoid obstacles. However, there have been reports of robots blocking sidewalks or confusing people with disabilities. The city is still working on regulations to ensure they don’t create hazards. If you have a concern, you can report it to LADOT.

Related

Formula used
in t | Time (minutes) | min | 30 | 0
in d | Distance (km) | km | 1.5 | 0 | 100
out pace | Average pace (min/km) | min/km | t / d | 2
out speed | Average speed (km/h) | km/h | d / (t / 60) | 2

Each line is one input (in, sel, list) or one result (out: label, unit, formula, decimals). How the calculators work

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.

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