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Taking advantage of the latest in drone technology, artificial intelligence, engineering software, and collaboration platforms, Santa’s well-loved team of reindeer, under the bright guidance of Rudolph the Red-Nosed Reindeer, coordinated the development and deployment of the new RRW team.
Given Santa’s tight engineering schedule, he decided to leverage Siemens Digital Industries Software and Maya HTT’s simulation, lifecycle management, ECAD/MCAD, manufacturing, and AI-IIoT solutions and services to address the mounting delivery challenges. To be sure the new RRW would be up to the task, the team put their design to the test with virtual multi-physics simulation and validation before building a physical prototype. The results, so far, have been impressive. The RRW team will be fully put to the test, of course, on Christmas Eve.
Quote:
“The collaboration of the Workshop Elves has been integral to this initiative,” said Santa. “We have augmented our distribution capabilities, streamlined our operations, and improved our carrying capacity. We hope to greatly reduce workshop-to-chimney delivery times and improve drop-ship accuracy.” – SANTA
Shhhh! Acoustic analysis
One of the team’s key metrics is wake-up events. “Any time a child wakes up during a gift delivery, it’s a sign to us that there’s room to improve,” said Head Engineer Elf, Merriwinkle. Of the many potential obstacles that could result in a wake-up event, noise is most often the cause.
Drones are notoriously noisy. A single drone passing overhead can sound like a swarm of bees, which poses a significant problem for stealth delivery. The RRW was designed with silence in mind, using noise, vibration and harshness (NVH) simulation and analysis. Through acoustic analysis, the Elves were able to design a noise-cancelling device to ensure the rotor noise does not rise above the wake-up decibel threshold and trigger a wake-up event. The RRW is extremely quiet, and the data confirms it.
