<\/p>\n
In fact, Deloitte\u2019s model estimates that about three-quarters of the trucking miles driven could be automated via the transfer hub model, but this would account for only a third of the annual loads shipped. Under the transfer hub model, a significant portion of high-frequency, shorter-mileage shipments may not be automated even once the lanes open. Favorable regulation, weather, and road conditions seem to make the area a natural choice for scaled rollouts. Our model predicts that autonomous truck technology will likely be first commercialized in the Southwest\u2014specifically, Texas, Arizona, and New Mexico, followed quickly by Oklahoma. And we expect trucking companies to service smaller communities as well\u2014for readability, the graphic shows only lanes that cleared a total annual load threshold. Deloitte has developed a scenario planning model that aims to capture this complex interplay and use it to try to predict the expansion of autonomous trucking adoption at a lane level across the United States.<\/p>\n<\/p>\n
Operate consistently; independent of driver shortages, shift constraints, or labor volatility Will labor accept displacement? It\u2019s effectively off-limits for driverless trucks. While the technology solutions exist \u2014 sensor heating, enhanced https:\/\/janpero.info\/facts-about-transportation-and-logistics\/<\/a> cleaning, better algorithms \u2014none have been validated at commercial scale. Every autonomous trucking company needs California.<\/p>\n<\/p>\n However, the Maryland General Assembly is currently debating a proposed bill that would establish regulations for driverless vehicles. It is, however, legal to test autonomous vehicles on Maine roads, although this does not appear to apply to trucks. A Gaitak test from 2020 placed human operators behind the wheel, but it is not confirmed whether or not any future tests would follow suit.<\/p>\n<\/p>\n<\/p>\n