Skip to main content

Domino's Japan testing reindeer for pizza delivery.

Domino's Pizza Delivery By Reindeer In Japan
Companies around the world will go to just about any extreme these days in order to connect their corporate image/message to Christmas time. So let’s talk reindeer, shall we? No, not the Rudy who has saved Christmas every year since 1964’s stop-motion classic Rudolph The Red-Nosed Reindeer. These reindeer are the real thing, and if the trial period works out, they are going to be delivering
Recommended Videos
Domino’s pepperoni pizza in Japan.

The test period is underway in the city of Ishikari in Hokkaido, in northern Japan. Fox News mentions that delivery tests are being overseen by animal trainers, and the trials are being conducted on the grounds of a driving school.

This being Japan, there’s an app involved here. These reindeer-powered sleighs will utilize the company’s GPS Driver Tracker, which lets hungry customers watch delivery people in real time when they’re en route. Check out the app in the video — the icons on the map will change to reindeer, natch, beginning in December.

According to Mashable, besides the attempt to connect Kris Kringle with pizza (maybe that’s what he eats in the sleigh — it’s a long flight) there’s a practical consideration here. Reindeer can get through heavy snow conditions where the typical car or bicycle can’t.

Domino’s is determined to explore any and all avenues in order to deliver their product. Back in March, the world’s second largest pizzamaker tested out pizza delivery drones. We’ll see how this goes over in Japan, but somehow it just doesn’t seem practical for the wider open spaces of the United States where the winter climate is much more diverse. Reindeer in Miami, for example. And there’s word yet from animal rights groups just yet. One final thought — how do you tip these delivery animals? Carrots?

Brinke Guthrie
Former Digital Trends Contributor
Brinke’s favorite toys include his Samsung Galaxy Tab S, Toshiba Chromebook 2, Motorola Moto G4, and two Kindles. A…
The Apollo wearable is proven to help you sleep better (and it’s on sale)
Apollo wearable worn during sleep in bed.

This content was produced in partnership with Apollo Neuro.
Stress, anxiety, and insomnia are all concerning things that just about everyone struggles with at one time or another. Maybe you can sleep, fending off insomnia, but you lack quality sleep and don’t feel rested in the morning. Or, maybe when it’s time to kick back and relax, you just can’t find a way to do so. There are many solutions for these issues, some work, and others don’t, but one unlikely area of support can be found in a modern, smart wearable.

Medicine is the obvious choice, but not everyone prefers to go that route. There is an answer in modern technology or rather a modern wearable device. One such device is the Apollo wearable, which improves sleep and stress relief via touch therapy. According to Apollo Neuro, the company behind the device, which is worn on your ankle, wrist or clipped to your clothing, it sends out waves of vibrations to help your body relax and reduce feelings of stress. It's an interesting new approach to a common problem that has typically been resolved via medicine, therapy, or other more invasive and time-consuming techniques. The way it utilizes those vibrations, uniquely placed and administered, to create a sense of peace, makes us ask, can it really cure what ails us? We’ll dig a little deeper into how it achieves what it does and what methods it’s using to make you feel better.

Read more
What comes after Webb? NASA’s next-generation planet-hunting telescope
An illustration shows how NASA's Habitable Worlds Observatory would measure the atmosphere of distant planets.

When it comes to building enormous, complex space telescopes, agencies like NASA have to plan far in advance. Even though the James Webb Space Telescope only launched recently, astronomers are already busy thinking about what will come after Webb — and they've got ambitious plans.

The big plan for the next decades of astronomy research is to find habitable planets, and maybe even to search for signs of life beyond Earth. That's the lofty goal of the Habitable Worlds Observatory, a space telescope currently in the planning phase that is aimed at discovering 25 Earth-like planets around sun-like stars.

Read more
3DMakerpro’s Seal is a pocket-sized scanner to make next-gen precision 3D prints
3DMakerpro Seal in hand lifestyle image.

This content was produced in partnership with 3DMakerpro.
3D printing truly is amazing, because you can create virtually anything, as long as you have the blueprints or digital 3D models. But while there is an excellent community behind the creation of these 3D models, and always new items, gadgets, and tools to print, you can be somewhat limited in the sense that you can't just take an item and print it without a little bit of extra work. If you don't have the skills to create a digital design -- or digital copy of an object -- you'll have to wait for the community to put something together, and it may not always match what you're wanting to create. What if there was something so much easier than that, however? What if there was a tool or device that could create remarkably accurate scans of an object and then translate that into a digital format -- one you can reprint in a 3D printer? There is, from 3DMakerpro, and it's called the Seal -- or Seal Lite in the alternative model.

Promising the "ease of scan" and combined with the "art of detail," the 3DMakerpro Seal and Seal Lite will effectively scan an item or object with supreme detail and accuracy -- a superior accuracy of 0.01mm, which is a first in the consumer-grade 3D scanner industry. It supports full color and whole texture capture in high-definition, thanks to a 24-bit high-quality color CMOS image sensor and texture camera. For you, it means that your model scans will truly come to life, including all nuanced details from material textures to fine elements. A scan of a toy dragon, for example, will feature all scales, colors, and fine details.

Read more