Last Week, Hyundai Motor Group Announced That It Is Developing Two Pilot Delivery Service Programs Using Autonomous Robots Based on Its Modular Plug & Drive (PnD) Platform. The Tests Were Conducted at a Hotel and a Mixed Residential-Commercial Complex.
Initially Introduced at CES 2022, the Modular PnD Platform Is a “All-in-One” Wheel Unit That Uses Intelligent Steering, Electric Wheel Traction, Braking, LiDAR, Suspension Hardware, and Camera Sensors for Navigation. Additionally, It Has an Integrated Storage Unit to Transport Items to Customers.
On the Other Hand, the Autonomous Driving Capability Ensures That the PnD-Based Robot Finds the Ideal Path Within the Area to Deliver Items to Customers. Furthermore, Hyundai Motor Group Ensured That the Robot Can Also Detect and Avoid Fixed and Moving Objects.
At Rolling Hills Hotel, the System Is Used to Deliver Items, Food, and Beverages to Guests’ Rooms. Regarding the Residential-Commercial Space, the Robot Performs Food Delivery Services Through Orders from Nearby Restaurants.
-
Scientists Develop Method to Store Wind and Solar Energy by Liquefying Air for On-Demand Power Generation
-
Brazilian Engineer Who Grew Up Without Electricity Develops Software, Expands AltoQi to 67,000 Clients, Aiming for $21 Million by Digitizing Brazil’s Construction Industry
-
Spain Launches World’s Largest Floating Dry Dock: 56-Meter Giant Produces Massive Concrete Structures in A Coruña Using Technology Proven in Brazil
-
AI-powered toys that talk, recognize faces, and collect data face scrutiny from Brazilian government over children’s privacy concerns
Hyundai Motor Group Launches Robots Capable of Moving Autonomously to Deliver Items
Being a Milestone of the Project, the LiDAR Sensors and Cameras Allow the Robot to Move Autonomously and Easily. Thus, It Detects Both Stationary and Moving Obstacles, in Addition to Finding the Best Route to Its Destination, Which Is Essential for the Success of the Project.
Moreover, Hyundai Motor Group Stated That the Robot Has a Deep Learning-Based Algorithm to Recognize Where It Is Going. Therefore, If It Needs to Use an Elevator, for Example, It Can Identify Whether the Maximum Number of People Is Present and, Consequently, Wait for a New Elevator.
When the System Arrives at the Room, It Waits for the Door to Open and Can Recognize the Hotel Guest, Automatically Opening the Compartments with the Requested Item. It Is Worth Mentioning That the Robot Can Communicate via Voice Message and a Notice on Its Screen.
As It Can Also Make Deliveries Throughout the Cities, Hyundai Motor Group Partnered with the Korean Food Delivery Company, Woowa Brothers, to Test the Complexity of the System. In This Way, the Robot Delivers Food in the Outskirts of Seoul to Demonstrate How It Works.
Thus, After Receiving the Online Order Through an App Called Baemin, the Robot Picks Up the Order and Delivers It to the User’s Doorstep. To Succeed in This Endeavor, the Equipment Uses Wireless Communication, Being Able to Open Locked Doors and Even Recognizing Who Is Nearby.
Finally, Hyundai Motor Group Believes That the New Robots Will Significantly Increase Delivery Efficiency in the Region. Thus, Based on the Results from the Two Pilot Programs, the Mission Is to Improve the Delivery Robot to Expand Its Capabilities.

