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Custom Last-Mile Delivery Robots
Autonomous last-mile delivery robots for express parcels, food, retail, and medical logistics — built under your brand. OEM/ODM manufacturer with zero channel conflict.
Why Last-Mile Delivery Needs Autonomous Robots
The four numbers that make autonomous last-mile delivery the highest-ROI investment in logistics right now.
53%
of total logistics cost is last-mile delivery — the single most expensive segment in your supply chain
30%
of food delivery revenue goes to courier fees — not to your kitchen, not to your margin
24/7
autonomous robots don’t take shifts, don’t call in sick.
60%+
Cut your per-delivery cost compared to traditional courier services.
A301 last-mile delivery robot — autonomous navigation and cargo delivery demonstration
Introduction to Autonomous Last-Mile Delivery Robots
Your last-mile delivery robot navigates autonomously, delivers securely, and operates 24/7 — all under your brand.
Navigate
Supports RTK + 3D camera + LiDAR + ultrasonic sensor fusion. Real-time obstacle avoidance and dynamic path planning.
Deliver
NFC, facial recognition, or PIN access. Insulated dual compartments maintain temperature for any payload.
Operate
Wireless auto-charging. Fleet dashboard with real-time monitoring, route optimization, and OTA updates.
Customize
Products, sensors, design, and software can all be customized to your needs. API documentation is provided for secondary development and integration, enabling flexible OEM/ODM solutions.
Last-Mile Delivery Robot Applications
From express parcels to medical supplies — deploy your branded autonomous delivery robot in any of these high-growth last-mile segments.
Express & Parcel Delivery
Autonomous hub-to-doorstep package delivery for logistics companies and courier networks at scale.
Food & Beverage Delivery
Temperature-controlled autonomous delivery for restaurant chains and food delivery platforms.
Residential & Community Delivery
Secure hub-to-doorstep with NFC and facial recognition for gated communities and apartments.
Retail & Commercial Delivery
Store-to-curbside autonomous delivery for shopping malls, retail parks, and commercial centers.
Medical & Healthcare Delivery
Temperature-controlled medicine and supply logistics for hospitals, clinics, and pharmacies.
Campus & Industrial Delivery
Internal mail, parts, and document automation for universities, tech parks, and factories.
How to Procure Your Last-Mile Delivery Robot
Whether You Need a Standard Robot Platform, Customization, or a Ground-Up Design, We Deliver It All Under One Roof.
16–24 WEEKS
Full Custom Design
Last-mile delivery robots fully customized to meet your project’s specific needs.
RECOMMENDED · 8–14 WEEKS
Platform Customization
Customize cargo, sensors, exterior, and software to your requirements. The best balance of speed, cost, and flexibility.
2–4 WEEKS
Standard Models
A301 with your branding. Fastest to deploy. Ideal for distributors and standard deployments.
Custom Delivery Robot Platforms for Last-Mile Logistics
Two proven starting points. Configure either to your brand, cargo, sensors, and application.
REFERENCE CASES
A301 — Last-Mile Delivery Robot
4WD · Insulated cargo · RTK navigation · Wireless charging · NFC/Face ID. Branded, ready to deploy for last-mile delivery operations.
| Drive | 4WD · Ackermann · Independent Suspension |
| Cargo | Dual Insulated · NFC/Face ID · 50 kg |
| Navigation | RTK + 3D Camera + LiDAR + Ultrasonic |
CHASSIS PLATFORM
A012 — Autonomous Robot Chassis
4WD · ROS/ROS2 · Full API. Open autonomous platform for teams building custom last-mile delivery applications on proven hardware.
| Drive | 4WD · Ackermann · Independent Suspension |
| Dev | ROS/ROS2 · Full API/SDK |
| MOQ | Flexible · Pilot Batch |
Autonomous Last-Mile Delivery Robot Technology
Proven hardware and software — every system configured to your operating environment and application.
Navigation
RTK · 3D camera · LiDAR · ultrasonic sensor fusion. Centimeter positioning with real-time obstacle avoidance.
Chassis
4WD · Ackermann steering · independent suspension. All-terrain capability with IP-rated weather protection.
Cargo & Access
Insulated compartments with temperature control. NFC, facial recognition, or PIN access.
Charging
Wireless auto-docking for 24/7 autonomous operation. Smart battery management with OTA monitoring.
Safety
360° anti-collision sensor array · emergency stop · raindrop and ambient light sensors · night operation.
Fleet Management
ROS/ROS2 · full API/SDK · real-time monitoring · route optimization · OTA updates · data analytics.
How We Develop and Deliver Your Custom Last-Mile Delivery Robot
Five-stage OEM/ODM last-mile delivery robot process. Prototype before volume. Pilot before scale. NDA at every stage.
Requirements Analysis
Define your deployment use cases, operating environment, payload requirements, budget, and timeline, and assess feasibility
Design & Engineering
Industrial design, mechanical and electrical engineering, component selection, software architecture
Prototype & Validation
Build functional prototypes, test in real conditions, run pilot batch, refine based on feedback
Testing & Certification
Quality validation, safety certification, environmental testing, regulatory compliance approval
Production & Global Delivery
SMT, PCBA, assembly, multi-stage QC, packaging, and global logistics from Shenzhen
After-Sales Service and Quality Assurance
Provide ongoing after-sales service, real-time project feedback, and iterative updates/OTA
Last-Mile Delivery Robots vs. Traditional Couriers
Rising driver wages and workforce shortages are reshaping last-mile logistics across North America and Europe.
Autonomous Last-Mile Delivery Robots
| Cost per delivery | Electricity + maintenance only |
| Availability | 24 / 7 / 365 · All-day standby |
| Scaling | No training is required after the first unit is deployed |
| Reliability | 99%+ on-time · Predictable |
| Brand | Your brand, front and center |
Traditional Couriers
| Cost per delivery | Wage + fuel + insurance per trip |
| Availability | Fixed working hours, peak-hour surcharges |
| Scaling | Hire & train per driver |
| Reliability | Absences, sick leave, and employee turnover are difficult to predict due to individual factors. |
| Brand | Third-party courier identity |
Why Choose Fdata for Your Last-Mile Delivery Robot Manufacturing
A dedicated R&D and technology partner for OEM/ODM custom autonomous delivery robots.
30+ Years of ODM Experience
The parent company has over 20 years of experience in automotive electronics and autonomous driving, and over 10 years in robotics.
100+ OEM/ODM Robot Cases
Over 100 successful custom robot projects delivered for clients across industries worldwide.
End-to-End, One Partner
Concept-Design → R&D → Prototype → Certify → mass Production. No vendor handoffs
Your IP, Fully Protected
NDA-guaranteed. Protecting your intellectual property and commercial interests.
Last-Mile Delivery Robot FAQ
Everything you need to know about custom last-mile delivery robots — from cost and safety to deployment and ROI.
A last-mile delivery robot is an autonomous vehicle that delivers parcels, food, groceries, or medical supplies from a local hub, store, or restaurant to the final customer without a human driver. It uses sensors, AI navigation, and GPS/RTK positioning to move safely on sidewalks, campuses, communities, or low-speed roads.
Autonomous delivery robots use multi-sensor fusion to understand their surroundings in real time. Common sensors include LiDAR, cameras, ultrasonic sensors, IMU, and RTK-GNSS. These systems help the robot detect pedestrians, vehicles, curbs, and obstacles, then adjust its route automatically. Fdata delivery robots can be built on ROS/ROS2 for flexible route planning, geofencing, and site-specific deployment.
Payload depends on the model and customization requirements. Fdata delivery robots can be configured for food delivery, parcel delivery, retail delivery, healthcare delivery, and industrial transport, with payload options up to 100 kg. Compartment size, cargo layout, insulation, locking system, and load capacity can all be customized for your use case.
The travel range depends on battery size, payload, speed, road conditions, and operating environment. Fdata delivery robots can be configured with a range of up to 60 km per charge and a typical speed of 5–15 km/h. Battery capacity, charging method, and driving speed can be adjusted for different delivery scenarios.
The cost of a last-mile delivery robot depends on payload, sensor configuration, navigation system, software requirements, customization level, and order quantity. As an OEM/ODM manufacturer, Fdata offers standard models, platform customization, and fully custom development, helping businesses reduce development cost and launch delivery robot projects faster.
Yes. Delivery robots are designed to operate at low, controlled speeds and use 360° sensing to detect pedestrians, vehicles, pets, curbs, and obstacles. The robot can slow down, stop, reroute, or request remote assistance when needed. Safety features can include emergency stop, remote monitoring, obstacle avoidance, geofencing, and speed control.
Yes. Weather-resistant delivery robots can be built with IP-rated enclosures to protect electronics, batteries, and cargo from rain, dust, heat, and snow. The exact weather performance depends on the robot design, sensor setup, tire type, enclosure rating, and operating temperature requirements.
Last-mile delivery robots are used in food delivery, parcel delivery, grocery delivery, retail delivery, hospital delivery, hotel service, campus delivery, community delivery, industrial parks, and smart city logistics. They are especially useful in closed or semi-closed environments where routes are predictable and labor cost is high.
Yes, most commercial delivery robot fleets use remote monitoring for safety, fleet control, and exception handling. Operators can track robot location, battery level, delivery status, route progress, and abnormal events. Manual takeover can also be added when human judgment is needed.
MOQ and lead time depend on the customization level. Standard models with light branding can be delivered faster, while fully custom robots with new tooling, structure design, software integration, and certification require more time. Fdata supports projects from prototype and pilot testing to mass production, so customers can validate the robot before scaling to a full fleet.
Ready to start developing your last-mile delivery robot?
Standard models, platform customization, or fully bespoke autonomous delivery solutions — engineered for your last-mile application.