Tag: FedEx

As businesses increasingly prioritize sustainability, the logistics and transportation industry is actively transitioning towards a low-carbon model. FedEx announced today (July 8th) its partnership with FUSO to introduce 12 all-electric delivery vans in Taiwan, becoming the first international logistics company in Taiwan to use electric delivery vehicles. The first six vans are already in operation in Taiwan, demonstrating FedEx's commitment to achieving its 2040 global carbon neutrality goal. The FUSO eCanter electric vans introduced by FedEx are optimized for urban delivery needs, equipped with three battery packs, offering a range of up to 200 kilometers on a single charge. They also support a regenerative braking system, improving range and energy efficiency while reducing charging downtime. The new model boasts stronger torque and responsive acceleration, allowing it to handle the frequent stops and starts and narrow roads of Taiwan's urban traffic, further enhancing delivery efficiency. According to FUSO's internal assessment, compared to traditional diesel vans, these electric vans significantly reduce energy costs and carbon emissions, bringing better economic and environmental benefits to logistics operations. FedEx Taiwan General Manager Su Chih-min stated, "Fleet electrification is one of FedEx's key strategies for achieving its global carbon neutrality vision. The introduction of electric vans in Taiwan is not only a concrete practice of our ESG sustainability commitment but also a new model for energy transformation in the logistics industry. Through smart transportation technology and robust operational management, it will inject new momentum into the sustainable development of Taiwan's logistics market." Park Jung-woo, CEO of FUSO Asia Commercial Vehicles Taiwan, pointed out, "The FUSO eCanter is the world's first large-scale commercially available all-electric van, having undergone market testing in multiple countries and possessing a mature technological foundation. We are delighted to partner with FedEx to assist its fleet in moving towards a smart and sustainable operating model, and to ensure stable operations for our customers during the transformation process through localized after-sales service." Earlier, at the end of 2023, FedEx introduced the Rapide 3 electric tricycle for short-distance urban delivery in Taiwan. The introduction of the eCanter electric van represents a further adjustment to its short- and medium-distance ground transportation fleet, and is expected to continue to promote the electrification transformation of the entire pickup and delivery process in stages. FedEx stated that it will continue to monitor fleet performance and assess the possibility of expanding the use of electric trucks. Through innovative transportation technologies and carbon management strategies, it aims to strengthen its operational resilience in Taiwan and move towards a new era of low-carbon and sustainable smart logistics.

FedEx plans to launch its own e-commerce platform, "fdx," this fall, offering a complete sales service solution from attracting buyers to placing orders to subsequent shipping and returns. FedEx describes "fdx" as a data-driven service platform, emphasizing its data analytics to optimize the online sales process. Sellers can sell their products through ShopRunner's customer network, which includes over 130 merchant partners and more than 100 million listed products. Buyers can browse products and add them to their carts, allowing them to estimate the estimated delivery date before checkout and decide whether to place an order. Sellers gain access to information on product supply resources, optimal delivery routes, and carbon emissions data. This service can be seen as a collaboration between FedEx and ShopRunner, leveraging the data analytics accumulated from FedEx's daily shipments of over 1500 million items and ShopRunner's vast product supply resources to help sellers more easily access product supply and target customer data, and build a complete e-commerce sales model through FedEx's freight services.

DHL, wholly owned by Deutsche Post, recently announced an order for 2000 E-Transit electric vans from Ford, accelerating its goal of electrifying 60% of its delivery fleet by 2030. Last year, DHL announced a €70 billion investment by 2030 to develop a carbon-neutral logistics system and accelerate its decarbonization goals, including deploying 8 electric vehicles by 2030 and achieving 60% fleet electrification for last-mile deliveries. This partnership with Ford will deliver 2000 E-Transit electric vans by 2023. The two companies also plan to jointly build charging stations and collaborate on new products, expected to be electric vehicles for cargo delivery. In addition to DHL announcing its decision to establish carbon reduction targets based on science in order to reduce carbon emissions from its global delivery services, FedEx also recently announced that it will electrify all its delivery vehicles by 2040 and accelerate the reduction of carbon emissions from its services. Meanwhile, Amazon has ordered 10 electric vehicles from Rivian to improve its carbon emissions from delivering goods globally.

Uber Eats recently announced the launch of its nationwide food ordering service in the United States, allowing users to order specialty meals from 15 major cities across the country, including New York, Miami, and Los Angeles, with delivery handled by FedEx. While packaging methods may vary by region, they are generally packaged using rapid refrigeration to ensure freshness during delivery. Delivery time is typically around 5 to 7 days, and users can scan a QR code to check thawing and reheating instructions. Regarding delivery costs, for example, ordering a party meal set from Pasta Sisters in Los Angeles from the West Coast to New York City costs approximately $124.3. In addition to the currently available 15 major cities, Uber Eats stated that more cities and a wider selection of meals will be added in the future. Uber stated that the purpose of launching this service is to make it easier for users to order popular restaurants in other cities or to revisit dishes they previously enjoyed while traveling in a particular city through Uber Eats. It also aims to break the previous limitation of Uber Eats only offering services within specific delivery areas and to create a new service model for Uber Eats. However, this service is currently only available in the United States, and there are no plans to expand it to other countries or regions at this time.

Amazon anticipates surpassing UPS and FedEx to become the largest delivery company in the United States by the end of this year or early next year. In an interview with CNBC, Dave Clark, CEO of Amazon's Worldwide Consumer Business, stated that the company will become one of the world's largest delivery companies by the end of this year, and expects to become the largest delivery company in the United States as early as the end of this year or early next year. In addition to partnering with third-party freight providers, Amazon continues to deliver goods using its own freight resources, offering same-day delivery under certain circumstances, and even delivering goods to consumers' designated locations within half a day. It also continues to shorten delivery times using its own trucks, airplanes, and ships, and is even considering using drones and self-driving cars to improve delivery efficiency, thereby enhancing the "last mile" experience for consumers' online shopping. According to statistics, approximately 58% of Amazon's goods were delivered using its own freight resources in 2019, and this percentage increased to 66% in August of this year, with an even higher percentage expected during the Christmas shopping season at the end of this year. However, behind Amazon's expansion of its freight volume lies the controversial issue of warehouse workers' rights and their stringent work management practices, which have drawn considerable criticism from the market.

FedEx, which recently announced its goal of electrifying all its delivery vehicles by 2040, continues to strengthen its automated logistics development. Earlier, it announced the deployment of its FedEx SameDay Bot autonomous delivery robot, Roxo, in the Asia-Pacific region, initially undergoing testing in Japan, where stringent regulations apply. Roxo is an automated delivery robot capable of navigating sidewalks and roadsides and safely transporting small goods. It is fully electric and uses LiDAR and multiple cameras to identify its surroundings and ensure safe autonomous operation, guiding the robot to its delivery location. Machine learning algorithms are used to detect and avoid obstacles, planning safe routes to comply with road and safety regulations. Roxo is also capable of navigating unpaved roads and roadsides, as well as navigating stairs and other challenging terrains to successfully complete delivery tasks. Roxo, the robot that first debuted in February 2019, is currently being tested in many cities across the United States and is collaborating with numerous large retailers. Testing is underway in Memphis, Tennessee; Manchester, New Hampshire; and Plano and Frisco, Texas. It also made its debut in Dubai, United Arab Emirates, in October 2019, and is collaborating with local businesses such as Dubai Airport on pilot programs. FedEx is currently testing Roxo in the United States, using extensive data to train its autonomous driving capabilities and verify its safety to ensure compliance with safety standards and regulations. Simultaneously, FedEx will select application models in Japan that suit local conditions and specific cases to expand its logistics business. The Roxo robot was developed in collaboration with DEKA Development & Research, the inventor of the Segway. It utilizes DEKA's iBOT electric wheelchair base design, allowing Roxo to navigate stairs and steep slopes smoothly. Through sensors, it maintains 360-degree environmental awareness and uses artificial intelligence to select the safest route. In addition, the Roxo robot's large size makes it easy for pedestrians and road users to recognize it. It can also clearly inform passersby of its walking route by actively emitting signals, lights, and displaying information on its screen.

According to FedEx, it plans to achieve zero carbon emissions by 2040 and invest $20 billion to electrify its delivery fleet and in sustainable energy and carbon sequestration development. Of this, $100 million will be invested in Yale University to help establish the Yale Center for Natural Carbon Capture, accelerating research into large-scale carbon sequestration methods. The focus will be on offsetting the greenhouse gas emissions generated by FedEx's current delivery methods, including air travel. By 2040, all FedEx delivery vehicles will be fully converted to electric vehicles, with a phased approach. For example, the plan is to have more than half of its delivery fleet electric by 2025 and 1% by 2030. In addition, FedEx will work with partners to promote carbon-neutral delivery services and implement sustainable packaging methods, working with its supply chain to achieve sustainable development goals. Regarding the transportation equipment currently used for freight, FedEx will continue to invest in the development of alternative fuels to reduce carbon emissions from aircraft and vehicles that currently operate on fuel. According to data released by FedEx, through its FedEx Fuel Sense program, it has saved more than 14.3 billion gallons of aviation fuel since 2012, which is equivalent to eliminating approximately 1350 million tons of carbon dioxide emissions that could have been generated.

Alphabet's drone delivery company, Wing, recently announced partnerships with FedEx, Walgreens, and Sweet Magnolia to conduct simulated commercial-scale goods delivery service tests. Judging from the partners, the FedEx partnership is clearly aimed at general goods delivery needs, while the Walgreens partnership is likely related to the delivery of medicines or daily necessities. The Sweet Magnolia partnership is expected to test services for gift delivery. The testing location will be Christiansburg, Montgomery County, Virginia, a town near Virginia Tech and State University, where Wing has a close partnership, allowing for immediate adjustments and modifications based on the service. Besides Wing, companies like Uber and Amazon are also developing similar applications, hoping to improve the efficiency of small-item delivery using small drones and potentially apply them to more diverse delivery needs.