What is the confirmed market size and growth trajectory for the global last mile delivery market?
The market was valued at USD 175.8 billion in 2025 and is projected to grow at a CAGR of 10.8% to USD 442.46 billion by 2035. B2C is the dominant delivery type. Same-day delivery is the fastest-growing mode. Retail and e-commerce is the largest application. Autonomous delivery is the fastest-growing technology. Light commercial vehicles are the dominant vehicle type. Short distance up to 5 km is the fastest-growing delivery distance. E-commerce companies are the largest end-user.

What is the commercial significance of Amazon’s same-day rural expansion in reshaping last-mile delivery market dynamics?
Amazon’s USD 4 billion investment in its delivery network to reach 2,300-plus smaller U.S. cities with same-day and next-day delivery — described in its 2025 Annual Report as the average number of monthly same-day rural customers nearly doubling in 2025 — is the most commercially consequential last-mile expansion in the market’s history because it simultaneously resets consumer delivery expectations in rural markets that previously accepted 3-to-5-day delivery windows and forces competing retailers and 3PLs to follow or accept permanent rural market share loss.

How does the Delivery Service Partner model scale last-mile coverage faster than owned fleet expansion?
The DSP model — where e-commerce platforms sponsor and support independent small-business delivery operators who purchase delivery routes, manage their own drivers, and operate vehicles under platform operational standards — enables rapid last-mile geographic expansion without the capital intensity and employment obligation of directly owned delivery fleets. Amazon’s USD 16.7 billion cumulative DSP programme investment over seven years confirms that the DSP model is the most commercially efficient mechanism for scaling same-day delivery geographic coverage at speed that owned fleet expansion cannot match.

What commercial role do delivery drones play in reshaping last-mile economics in specific deployment environments?
Delivery drones — operating commercially in suburban residential environments in the U.S., UK, and Australia under FAA and CAA regulatory frameworks — reduce last-mile delivery cost per parcel by 50% to 70% in low-density suburban markets where conventional driver-delivered parcels require driving time that makes per-delivery economics commercially unfavourable. Wing (Alphabet), Amazon Prime Air, and Zipline’s commercial drone delivery operations document that drone delivery is no longer a pilot programme but a commercial service in select geographies — with regulatory framework maturation the primary constraint on geographic expansion above technology readiness.

How does RXO’s 17% Last Mile stop growth document the commercial momentum in B2B last-mile services?
RXO’s Q3 2025 confirmation of 17% year-over-year Last Mile stop growth — in delivery and installation services for large appliances, furniture, and electronics requiring two-person delivery teams and in-home assembly — documents that B2B-to-consumer heavy goods last-mile is growing as fast as small parcel B2C, driven by e-commerce furniture, appliance, and consumer electronics purchases requiring specialist delivery and installation services above standard parcel courier capability.

What is making on-demand delivery the fastest-growing delivery mode within last-mile logistics?
On-demand delivery — where consumers place orders for restaurant food, grocery, and convenience items with delivery promised within 15 to 60 minutes — is growing fastest because platform investment in delivery network density and AI route optimisation has made rapid delivery commercially viable across urban and suburban markets at consumer price points that sustain order frequency. The on-demand delivery model additionally creates a delivery network shared across restaurant, grocery, and retail merchant categories — improving driver utilisation economics that make rapid delivery commercially sustainable.