Starship Robot
Starship Robot is presented as the market leader for last-mile delivery robots due to its proven large-scale deployments and mature fleet-management software that drive down per-delivery operating costs. Compared with the others on this list it trades higher initial hardware cost for superior autonomy, predictable maintenance economics and a track record of municipal integrations, making it the lower-risk option for city-wide rollouts. Its technical advantage in remote fleet orchestration and dense pedestrian navigation positions it as the go-to choice for partners prioritizing scale and reliability.
Contactless delivery
Energy-efficient wheels
Contactless delivery
Energy-efficient wheels
Review Summary
"Users praise Starship for reliable short-distance deliveries, an easy-to-use app, and consistent neighborhood performance; common complaints are limited payload capacity and occasional sidewalk navigation hiccups."
Neighborhood celebrity
Autonomous sidewalk delivery robot with multi-sensor navigation (LiDAR, cameras, ultrasonic) for dense urban routes.
Neighborhood celebrity
Autonomous sidewalk delivery robot with multi-sensor navigation (LiDAR, cameras, ultrasonic) for dense urban routes.
Time-Saving Convenience
Eco-Friendly Living
Increased Safety & Security
Starship Robot is presented as the market leader for last-mile delivery robots due to its proven large-scale deployments and mature fleet-management software that drive down per-delivery operating costs. Compared with the others on this list it trades higher initial hardware cost for superior autonomy, predictable maintenance economics and a track record of municipal integrations, making it the lower-risk option for city-wide rollouts. Its technical advantage in remote fleet orchestration and dense pedestrian navigation positions it as the go-to choice for partners prioritizing scale and reliability.
Contactless delivery
Energy-efficient wheels
Neighborhood celebrity
Autonomous sidewalk delivery robot with multi-sensor navigation (LiDAR, cameras, ultrasonic) for dense urban routes.
Lockable weatherproof cargo compartment designed for small parcels and food deliveries up to ~10–20 kg.
Contactless delivery
Energy-efficient wheels
Neighborhood celebrity
Autonomous sidewalk delivery robot with multi-sensor navigation (LiDAR, cameras, ultrasonic) for dense urban routes.
Lockable weatherproof cargo compartment designed for small parcels and food deliveries up to ~10–20 kg.
$80,000-150,000 CAD
Serve Robot
Serve Robot is positioned as a best-in-class urban delivery platform that prioritizes advanced perception and seamless integration with existing courier networks, enabling faster route handoffs and mixed-mode deliveries. Compared with Starship and the smaller, lower-cost offerings here, Serve targets premium neighborhood and curbside use cases with greater payload flexibility and higher per-unit hardware investment, which can translate to higher margins for enterprise customers needing robust navigation in complex urban environments. Its technical strength is in hybrid autonomy and business integrations, making it attractive where service-level guarantees matter.
Table runner
Staff relief
Table runner
Staff relief
Review Summary
"Early adopters appreciate Serve's compact design and contactless delivery, but reviews note occasional navigation glitches, slower service in crowded areas, and limited deployment availability."
Friendly wheels
Curb-to-door delivery design with robust perception stack and higher payload capacity for bulk or multi-stop runs.
Friendly wheels
Curb-to-door delivery design with robust perception stack and higher payload capacity for bulk or multi-stop runs.
Optimized Work Efficiency
Time-Saving Convenience
Reduced Stress & Anxiety
Serve Robot is positioned as a best-in-class urban delivery platform that prioritizes advanced perception and seamless integration with existing courier networks, enabling faster route handoffs and mixed-mode deliveries. Compared with Starship and the smaller, lower-cost offerings here, Serve targets premium neighborhood and curbside use cases with greater payload flexibility and higher per-unit hardware investment, which can translate to higher margins for enterprise customers needing robust navigation in complex urban environments. Its technical strength is in hybrid autonomy and business integrations, making it attractive where service-level guarantees matter.
Table runner
Staff relief
Friendly wheels
Curb-to-door delivery design with robust perception stack and higher payload capacity for bulk or multi-stop runs.
Extended range and battery life suitable for mixed street and sidewalk operations across urban neighborhoods.
Table runner
Staff relief
Friendly wheels
Curb-to-door delivery design with robust perception stack and higher payload capacity for bulk or multi-stop runs.
Extended range and battery life suitable for mixed street and sidewalk operations across urban neighborhoods.
Coco 1
Coco 1 is a compact, cost-optimized last-mile robot designed for short, high-frequency drops in dense urban blocks and campus settings, offering a low capital outlay and fast deployment cycle. Versus larger competitors like Starship or Serve, Coco 1 sacrifices some sensor redundancy and payload for a much lower price point and simplified maintenance, appealing to businesses prioritizing unit economics and rapid scaling in constrained areas. Its financial advantage lies in minimal upfront investment and reduced per-vehicle operating costs for micro-deliveries.
Companion AI
Routine nudges
Companion AI
Routine nudges
Review Summary
"Coco 1 is liked for its friendly design and cost-effectiveness, though long-term users report battery life limitations, higher maintenance needs, and inconsistent obstacle handling."
Playful chatter
Small-footprint robot optimized for campus, residential or indoor/outdoor micro-deliveries with easy deployment.
Playful chatter
Small-footprint robot optimized for campus, residential or indoor/outdoor micro-deliveries with easy deployment.
Reduced Stress & Anxiety
Self-Improvement & Personal Growth
Coco 1 is a compact, cost-optimized last-mile robot designed for short, high-frequency drops in dense urban blocks and campus settings, offering a low capital outlay and fast deployment cycle. Versus larger competitors like Starship or Serve, Coco 1 sacrifices some sensor redundancy and payload for a much lower price point and simplified maintenance, appealing to businesses prioritizing unit economics and rapid scaling in constrained areas. Its financial advantage lies in minimal upfront investment and reduced per-vehicle operating costs for micro-deliveries.
Companion AI
Routine nudges
Playful chatter
Small-footprint robot optimized for campus, residential or indoor/outdoor micro-deliveries with easy deployment.
Lightweight modular cargo compartments supporting quick swaps and contactless handoff for small parcels and meals.
Companion AI
Routine nudges
Playful chatter
Small-footprint robot optimized for campus, residential or indoor/outdoor micro-deliveries with easy deployment.
Lightweight modular cargo compartments supporting quick swaps and contactless handoff for small parcels and meals.
$8,000-25,000 CAD
Geoffrey Bot
Geoffrey Bot is marketed as a premium, rugged delivery robot tailored for mixed indoor/outdoor retail and logistics hub operations that require heavier payloads and durable construction. Compared to agile, low-cost models like Coco 1 and Kiwibot, Geoffrey commands a higher purchase and service price but delivers enterprise-grade uptime, modular sensor suites and the ability to service multi-floor or semi-industrial facilities, making it cost-effective for larger retailers and warehouses where payload and reliability matter more than unit quantity. Its technical strengths are robust locomotion and integration with warehouse management systems, giving it an edge for hybrid facility deployments.
Story tutor
Quiz buddy
Story tutor
Quiz buddy
Review Summary
"Reviewers enjoy Geoffrey Bot's novelty and simple automation capabilities, but many report reliability issues, limited functionality, and frequent software updates needed to maintain stability."
Witty banter
Designed for retail and grocery last-mile use with multi-compartment cargo and temperature-controlled options.
Witty banter
Designed for retail and grocery last-mile use with multi-compartment cargo and temperature-controlled options.
Intellectual Stimulation & Creativity
Skill Development & Mastery
Geoffrey Bot is marketed as a premium, rugged delivery robot tailored for mixed indoor/outdoor retail and logistics hub operations that require heavier payloads and durable construction. Compared to agile, low-cost models like Coco 1 and Kiwibot, Geoffrey commands a higher purchase and service price but delivers enterprise-grade uptime, modular sensor suites and the ability to service multi-floor or semi-industrial facilities, making it cost-effective for larger retailers and warehouses where payload and reliability matter more than unit quantity. Its technical strengths are robust locomotion and integration with warehouse management systems, giving it an edge for hybrid facility deployments.
Story tutor
Quiz buddy
Witty banter
Designed for retail and grocery last-mile use with multi-compartment cargo and temperature-controlled options.
Multi-stop routing and inventory-aware delivery workflows to support scheduled and on-demand orders.
Story tutor
Quiz buddy
Witty banter
Designed for retail and grocery last-mile use with multi-compartment cargo and temperature-controlled options.
Multi-stop routing and inventory-aware delivery workflows to support scheduled and on-demand orders.
$30,000-70,000 CAD
Kiwibot 4.0
Kiwibot 4.0 is presented as the cost-conscious, rapidly iterated platform for campuses and neighborhood deliveries, balancing respectable autonomy with very competitive capital and operating costs. In contrast to the more established Starship or the premium Geoffrey Bot, Kiwibot emphasizes rapid deployment, developer-friendly APIs and a low TCO that make it attractive for pilot programs and dense short-range routes; its iterative hardware cycles also deliver frequent efficiency improvements that improve lifetime value. The product’s financial advantage is its low barrier to entry and tight energy efficiency, which reduces per-delivery marginal cost.
Rapid last-mile
Low emission runs
Rapid last-mile
Low emission runs
Review Summary
"Kiwibot 4.0 is generally praised for improved reliability, efficient campus deliveries, and better robustness in light weather, with occasional complaints about limited cargo space and modest top speed."
Street-smart swagger
Low-cost, lightweight sidewalk robot built for high-density, short-range deliveries and easy fleet scaling.
Street-smart swagger
Low-cost, lightweight sidewalk robot built for high-density, short-range deliveries and easy fleet scaling.
Time-Saving Convenience
Eco-Friendly Living
Optimized Work Efficiency
Kiwibot 4.0 is presented as the cost-conscious, rapidly iterated platform for campuses and neighborhood deliveries, balancing respectable autonomy with very competitive capital and operating costs. In contrast to the more established Starship or the premium Geoffrey Bot, Kiwibot emphasizes rapid deployment, developer-friendly APIs and a low TCO that make it attractive for pilot programs and dense short-range routes; its iterative hardware cycles also deliver frequent efficiency improvements that improve lifetime value. The product’s financial advantage is its low barrier to entry and tight energy efficiency, which reduces per-delivery marginal cost.
Rapid last-mile
Low emission runs
Street-smart swagger
Low-cost, lightweight sidewalk robot built for high-density, short-range deliveries and easy fleet scaling.
Simple autonomous navigation with teleoperation fallback, suitable for dense urban sidewalks and campuses.
Rapid last-mile
Low emission runs
Street-smart swagger
Low-cost, lightweight sidewalk robot built for high-density, short-range deliveries and easy fleet scaling.
Simple autonomous navigation with teleoperation fallback, suitable for dense urban sidewalks and campuses.
$5,000-10,000 CAD