
Every Day Robots : Un projet Google X
BY / L.A. / 6 MINUTE READ
Call Collective is a raw transcription of telephone conversations that we have with professional interlocutors. They are delivered to you as is.
The objective is to bring you, without disguise, into the Innovation Hub that we provide.
Quick telephone exchange on the subject of autonomous delivery.
R.H. Some important points about the potential and challenges of using autonomous delivery robots for local deliveries, especially given that they typically handle small packets over short distances. Acceptance by the community and businesses is indeed a significant factor that might affect the adoption of these robots.
R.H. For large companies, strategic marketing can help in the introduction and acceptance of robotic delivery. Companies like Uber Eats have the resources to conduct widespread campaigns that highlight the convenience, efficiency, and innovation these robots bring, potentially garnering public interest and trust.
R.H. Several business models can support the monetization of autonomous delivery robots:
Subscription Services: Offering delivery as a subscription service for regular customers, ensuring a consistent revenue stream.
Partnerships with Local Businesses: Collaborating with local stores to handle deliveries, benefiting both the retailers and the robotic delivery service.
Pay-Per-Use Model: Charging customers per delivery, providing a flexible option for those who need occasional delivery services.
Recent Trends in Robotic Delivery Innovations
– Partenariats avec des entreprises locales : Collaborer avec des magasins locaux pour gérer les livraisons, bénéficiant à la fois aux détaillants et au service de livraison robotisé.
– Modèle de paiement à l’utilisation : Facturer les clients par livraison, offrant une option flexible pour ceux qui ont besoin de services de livraison occasionnels.
Autonomous Mobile Robots (AMRs): Equipped with AI and sensors for independent navigation, used in various industries.
Innovative Companies: Companies like OttonomyIO are creating robots focused on last-mile delivery in urban settings.
Integration of AI: AI is increasingly being used for real-time processing and improved navigation capabilities.
These advancements are geared towards addressing labor shortages and enhancing efficiency in contactless deliveries.
R.H.When a delivery robot attempts to deliver a packet but the recipient is unavailable, there are several options to handle this situation efficiently:
Return to Origin: The robot can be programmed to return to the local business or a designated hub if the delivery fails. This ensures the package is secure until a reattempt is scheduled.
Partial Charging Model: Implementing a system where a partial fee, such as 50% of the delivery cost, is charged for the first attempt can be an effective way to manage costs for failed deliveries. This fee can cover some of the operational expenses involved in the delivery attempt.
Scheduled Redelivery: For failed deliveries, customers can be given the option to schedule a redelivery at a more suitable time. This flexibility can enhance customer satisfaction and increase the success rate of subsequent delivery attempts.
R.H. Business Considerations
Efficiency: Autonomous robots can be programmed to optimize routes and reduce time and energy consumption, making trips back to the business hub more efficient.
Cost Management: Charging a partial fee helps mitigate the financial impact of failed deliveries on the delivery service provider, distributing part of the cost to the user.
R.H. The cost of robot deliveries can vary significantly depending on various factors such as technology used, operational efficiencies, and specific business models. General estimates suggest that:
Initial Cost: The purchase price for a delivery robot can range from $2,500 to $5,000.
Operational Cost per Mile: The cost per mile may significantly reduce compared to human courier deliveries, potentially dropping as low as $0.06 per mile for autonomous robots, in contrast to $1.60 with human drivers. This can translate roughly to similar savings per kilometer.
Market Trends: Some sources state that using delivery robots is generally cheaper than employing human couriers, reducing overall delivery costs. These details are shared by various companies to showcase their technology’s economic benefits, so they are partly public.
For more specific data per kilometer, companies may offer proprietary insights depending on their specific operational models and technologies. Insights from research reports and analyst articles provide detailed market analyses, which often require subscriptions for full access.
If you’re looking for more precise publicly available figures, examining latest industry reports or contacting companies that specialize in delivery robot technology might be a good next step.
R.H. Here’s a summary of companies involved in the delivery robot business. While specific numbers for each company’s fleet might not be publicly available, you can explore the provided links for more details:
Notable Delivery Robot Operators
Starship Technologies: Known for their small autonomous delivery robots used extensively in university campuses and urban areas.
Nuro: Focuses on using larger autonomous vehicles for grocery and package delivery.
Kiwibot: Another key player in autonomous delivery with robots deployed in various locations.
Serve Robotics: Specializes in sidewalk robots, originally a spin-off from Postmates.
Robby Technologies: Develops self-driving robots designed for last-mile delivery.
Additional Information Sources
Thanks Ron, enjoy you day!
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