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Views: 211 Author: Aaron Publish Time: 2026-10-18 Origin: Site
Content Menu
● Introduction: Why Source a Drone Logistics Solution from China?
● Selection Criteria: How to Evaluate a Qualified Supplier
>> 1. Manufacturing Identity and Quality Control
>> 2. Research and Development Depth
>> 3. Mission-Level Performance
>> 4. Production and Delivery Reliability
>> 5. Compliance and After-Sales Support
● Comparison Table: Capacity, MOQ, and Certification Visibility
● The Top 10 Drone Logistics Solution Companies in China
>> 1. Shenzhen Intelligent Drone Technology Co. Ltd. — Integrated Systems for Custom Deployment
>> 2. DJI — Standardized Cargo Platforms with Clearly Published Specifications
>> 3. JOUAV — Industrial Platforms for Terrain-Dependent Delivery
>> 4. AutoFlight — Heavy-Cargo eVTOL Development
>> 5. EHang — Autonomous Aviation with Logistics Applications
>> 6. Antwork — Urban and Medical Delivery Networks
>> 7. Meituan / Keeta Drone — Managed Urban Delivery Systems
>> 8. SF-Affiliated FONair / Fengyi — Fixed-Point Logistics Services
>> 9. ZIYAN — Unmanned Helicopters for Specialized Integration
>> 10. MMC UAV — Industrial Platforms with Delivery Applications
● Buyer's Guide: From Supplier Shortlist to Repeatable Deployment
>> Verify the Factory and the Actual Engineering Team
>> Specify Materials and Processes Instead of Accepting Labels
>> Separate Product Compliance from Permission to Fly
>> Use a Three-Stage Sample Process
>> Plan Battery Shipping and Export Review Before Dispatch
● Conclusion: Buy a Repeatable Logistics Capability
● FAQ
>> 1. How Can I Check Whether a Supplier's ISO Certificate Is Expired or Misleading?
>> 2. Does Chinese Airworthiness Certification Allow Operation in Europe?
>> 3. How Should We Validate Payload and Range Before Signing a Fleet Order?
>> 4. What Should an OEM/ODM Contract Say About Software and Design Ownership?
>> 5. What Should We Do If the Supplier Wants to Substitute Batteries After Sample Approval?
China offers procurement managers a broad drone logistics ecosystem, from compact delivery aircraft and automated docking stations to heavy-cargo electric vertical takeoff and landing aircraft.
The scale of this ecosystem is substantial. According to the Civil Aviation Administration of China's 2025 statistical bulletin, published in April 2026, China had 3.287 million registered drones at the end of 2025, an increase of 51.0% year over year. Annual drone flight time reached 45.3029 million hours, up 69.89%. These figures cover the wider drone sector, not logistics alone, but demonstrate the depth of the country's operating environment.
Shenzhen's electronics supply chain is particularly relevant to international buyers. DJI identifies its Shenzhen location as providing direct access to component suppliers, raw materials, and technical talent. For procurement teams, this concentration creates opportunities to source aircraft, communications hardware, sensors, and supporting engineering services within a connected industrial ecosystem.
However, selecting a long-term partner requires more than comparing payload specifications.
A reliable Drone Logistics Solution must connect aircraft performance with dispatch software, ground infrastructure, maintenance, and an achievable regulatory pathway. A low purchase price means little if the system cannot complete the intended route consistently.
This guide begins with supplier qualification: manufacturing credentials, research and development capability, quality-control procedures, production visibility, and delivery reliability. It then compares ten China-based manufacturers, integrators, and delivery-system providers.
The list is an editorial shortlist, not an audited market-share ranking. Shenzhen Intelligent Drone Technology Co. Ltd. appears first because its integrated-system positioning matches the customization-led procurement brief. Its placement does not establish independently verified price, manufacturing capacity, or quality superiority.
Before requesting quotations, distinguish between three supplier types:
- Aircraft manufacturers that primarily sell standardized platforms.
- System integrators that combine aircraft, software, stations, and implementation services.
- Delivery operators that provide route-based logistics services rather than conventional OEM manufacturing.
These categories overlap, but they are not interchangeable. A successful delivery operator may not accept private-label orders, while a capable airframe manufacturer may not provide operational deployment support.
Request the legal business name, manufacturing address, production responsibility, and a sample quality dossier.
The dossier should show:
- Incoming inspection records for critical components.
- Serial-number traceability.
- Battery and propulsion-system acceptance criteria.
- Assembly inspection checkpoints.
- Software configuration records.
- Factory acceptance and flight-test procedures.
Treat these as purchasing requirements, not capabilities automatically possessed by every company listed below.
Ask who controls the flight-control software, communications architecture, fleet-management platform, and payload interfaces.
For customization projects, establish whether the supplier can modify its own technology or must obtain approval from another manufacturer. This distinction affects engineering lead time, troubleshooting, and ownership of future changes.
Compare aircraft using the same conditions: payload, altitude, temperature, wind, route length, landing procedure, and reserve-energy policy.
For example, DJI publishes a 16 km maximum flight distance for FlyCart 30 with a 30 kg load in dual-battery mode under specified controlled conditions. That figure should not be interpreted as a guaranteed 16 km outbound route followed by a return flight.
Request model-specific monthly output, current backlog, critical-component availability, and reserved production slots.
Distinguish between installed capacity, demonstrated output, and capacity actually available for your order. Public factory-size claims do not answer all three questions.
Separate product conformity, aircraft airworthiness, and operational authorization. European aviation guidance distinguishes open, specific, and certified operations; a product marking alone does not authorize every delivery mission.
Require a destination-specific compliance plan, spare-parts commitments, training scope, and a documented escalation process.
The reviewed public sources do not establish comparable, model-specific monthly production capacity or binding minimum order quantities for all ten providers. Those fields are therefore marked for quotation rather than filled with unsupported estimates.
"Not verified" means the evidence reviewed did not establish the claim; it does not mean the capability or certification is absent.
| Company | Primary Procurement Fit | Production Capacity Visibility | MOQ / Commercial Entry | Certification or Authorization Evidence |
|---|---|---|---|---|
| SIDT | Integrated logistics systems and scenario-specific deployment | Model-specific output not verified | Pilot scope and customization terms require quotation | Model-specific certificates require verification |
| DJI | Standardized cargo-drone procurement | FlyCart-specific monthly output not established | Dealer quotation; distinguish aircraft order from system deployment | Verify exact model and destination documentation |
| JOUAV | Industrial platforms and terrain-dependent logistics | Cargo-model output not established | Configuration and project quotation | Verify selected aircraft and operational requirements |
| AutoFlight | Heavy-cargo regional eVTOL projects | Production authorization disclosed; available output requires confirmation | Aircraft and infrastructure project quotation | CarryAll TC and PC publicly disclosed |
| EHang | Autonomous aviation and selected logistics applications | Cargo-specific output not established | Project-based discussion | Verify cargo-model status separately from passenger products |
| Antwork | Medical and urban delivery networks | Aircraft output not established | Network deployment or service quotation | Historical urban delivery licensing disclosed |
| Meituan / Keeta Drone | Managed urban delivery deployments | Factory output not established | Service or deployment partnership discussion | Verify authorization for the proposed destination and route |
| SF-affiliated FONair / Fengyi | Fixed-point logistics networks | Model-specific output not established | Transport service or deployment quotation | Verify operator, aircraft, and route-specific documents |
| ZIYAN | Unmanned-helicopter integration | Model-specific output not established | Aircraft and engineering quotation | Verify exact configuration and permitted end use |
| MMC UAV | Industrial platforms and delivery integration | Delivery-model output not established | Hardware and integration quotation | Request model-specific evidence and applicable certificates |
The companies' published materials support these broad product and service distinctions, but do not provide a consistent basis for numerical factory-capacity or MOQ comparisons.
- Founded: Not established in the reviewed public material.
- Location: Shenzhen, China.
- Application markets: Low-altitude logistics, tourist-area delivery, emergency response, and intelligent inspection.
- Geographic sales mix: Not publicly established in the reviewed sources.
- Customization focus: Integrated hardware, software, task scheduling, and scenario-specific deployment discussions.
SIDT positions itself around the integration of low-altitude, ground, and underground applications. Its published materials describe an independently developed intelligent flight platform combining perception, data collection, and analysis. Its logistics offering includes autonomous operation, intelligent scheduling, real-time transmission, and visualized management.
Its "one-network coverage" concept is relevant to buyers seeking coordinated equipment management rather than a standalone aircraft. The company describes full-stack, end-to-end solutions spanning software and hardware.
For smaller brands and regional integrators, SIDT merits consideration as a customization-led alternative to purchasing a fixed platform and assembling the surrounding system separately. However, cost-effectiveness, communication efficiency, private-label availability, and depth of OEM/ODM support should be demonstrated through a scoped pilot—not assumed from positioning.
Ask SIDT to document:
- Which hardware and software elements it develops directly.
- Available branding, interface, and payload modifications.
- Engineering charges and ownership of customized work.
- Response times and change-control procedures.
- Pilot acceptance criteria and production delivery commitments.
This qualification process allows buyers to assess flexibility and value without relying on unsupported claims.
- Founded: 2006.
- Headquarters: Shenzhen.
- Market orientation: International professional drone markets.
- OEM/ODM scope: Do not assume private-label manufacturing; confirm supported integration options.
DJI is a practical candidate when procurement priorities include a defined cargo platform and accessible technical specifications. Its FlyCart 30 supports cargo and winch operating modes. Published specifications distinguish payload, battery configuration, and loaded versus unloaded flight distance.
That transparency helps buyers create a realistic initial mission model. Nevertheless, the aircraft specification is only one part of the system: charging infrastructure, loading procedures, dispatch integration, and local authorization still need assessment.
DJI is better evaluated as a branded-platform supplier than automatically categorized as an OEM factory. Buyers requiring substantial structural changes or exclusive branding should establish commercial feasibility before investing in integration work.
- Founded: 2010.
- Headquarters: Chengdu.
- Market orientation: Industrial UAV applications, including logistics projects.
- Customization scope to discuss: Payload integration, mission configuration, and supporting software.
JOUAV offers industrial drone platforms and has published a logistics deployment involving delivery of Wushan plums across the Yangtze River. Its account describes PH-20, PH-007, and CW-15D aircraft supporting the logistics operation.
The PH-20's published maximum payload is 10 kg, making configuration control especially important: inspection equipment, delivery attachments, and packaging all affect usable cargo allowance.
JOUAV is worth evaluating for routes where rivers, mountains, or difficult ground access create a clear use case. Buyers should request evidence for the exact delivery configuration rather than extrapolating from an inspection-platform demonstration.
- Founded: Public sources reviewed differ between 2016 and 2017; verify the contracting entity's registration.
- Headquarters: Shanghai.
- Market orientation: Regional cargo aviation and advanced air mobility.
- Customization scope: Aircraft, infrastructure, and operational integration; conventional private-label manufacturing is not established.
AutoFlight's CarryAll V2000CG addresses a different procurement category from small parcel drones: ton-class unmanned cargo transport using vertical takeoff and landing with fixed-wing cruise.
The company reports that CarryAll received its Chinese type certificate in March 2024 and a production certificate issued on December 24, 2024. Its announcement describes production-quality documentation, supplier audits, and on-site regulatory inspections.
This makes AutoFlight relevant to buyers considering substantial regional cargo programs. It also means procurement must account for aircraft-level support, infrastructure, maintenance, and operating approval—not merely unit price.
Chinese certification should not be presented as automatic authorization in another jurisdiction.
- Founded: 2014.
- Headquarters: Guangzhou.
- Market orientation: China and selected international aviation projects.
- Customization scope: Project-based aircraft and system integration; private-label terms require confirmation.
EHang's portfolio includes logistics alongside passenger transportation and other autonomous aviation applications. It has documented the use of EHang 216L and Falcon B logistics configurations for emergency-related transport.
The company is relevant to buyers exploring autonomous cargo systems within broader aviation or public-service programs.
The principal qualification issue is model specificity. Buyers must distinguish a cargo aircraft's current configuration, certification, and availability from achievements associated with passenger products. Historical deployment evidence is useful, but it does not replace a current commercial offer and technical acceptance package.
- Founded: 2015.
- Headquarters: Hangzhou.
- Market orientation: Urban aerial delivery, including medical logistics.
- Customization scope: Delivery networks, unmanned stations, cloud management, and workflow integration.
Antwork describes an integrated approach combining drones, unmanned stations, and cloud-based traffic and operations management. Its published company brochure reports obtaining urban drone-delivery operating permission in China in 2019.
This network approach is particularly relevant when the buyer's challenge involves repeated movement between hospitals, laboratories, or fixed urban facilities.
For medical procurement, require more than flight performance. Evaluate custody records, loading security, temperature-control responsibilities, incident handling, and integration with the institution's dispatch processes.
Any historical license must be checked against the current legal entity, aircraft, operating conditions, and proposed route.
- Founded: Meituan was founded in 2010; its drone initiative dates to 2017.
- Market orientation: Urban consumer delivery, with disclosed deployments in mainland China, Hong Kong, and Dubai.
- Customization scope: Deployment partnerships and service integration; conventional OEM availability is not established.
Keeta Drone describes a system combining self-developed aircraft, automated hubs, and an operations platform. Its published milestones include a commercial route at RIT Dubai in December 2024 and a Hong Kong cross-sea route in March 2025.
This makes it useful for buyers evaluating managed delivery networks at campuses, commercial developments, or other structured destinations.
The commercial distinction matters: a platform operator's deployment partnership is not equivalent to buying aircraft for unrestricted resale. Clarify equipment ownership, branding rights, customer-data control, service territories, and termination arrangements early.
- Founded: Not independently established in the reviewed official material.
- Location: Shenzhen.
- Market orientation: Logistics providers and customers requiring transport between fixed locations.
- Customization scope: Route deployment and logistics-service integration; OEM terms require confirmation.
Fengyi's official website identifies the company as part of SF Group and describes self-developed logistics drones across multiple aircraft types. It publishes a portfolio-level transport capability range of 5–50 kg and 10–120 km. Those endpoints should not be treated as simultaneous specifications for one aircraft.
Its service positioning suits buyers seeking transport capacity rather than only equipment ownership.
Ask whether the proposed contract covers aircraft purchase, managed operations, route development, or a combination. Also ensure that the contracting entity is the intended Chinese business; similarly named overseas companies should not be substituted in due diligence.
- Founded: 2015.
- Headquarters: Zhuhai, Guangdong.
- Market orientation: Civilian and defense-related unmanned-system applications.
- Customization scope: Helicopter platforms, modules, and system-level integration discussions.
ZIYAN specializes in electric unmanned helicopters and intelligent unmanned systems. Its published company information describes aircraft, drone modules, and complete solutions, with both civilian and defense-related applications.
It is a candidate when an unmanned-helicopter architecture specifically matches the mission—not a direct substitute for every compact parcel-delivery system.
For logistics procurement, require demonstrated cargo handling, payload restraint, loading procedures, and maintenance requirements. Because the company serves multiple end-use categories, buyers should also conduct careful export, end-user, and destination screening.
- Founded: 2009.
- Market orientation: Industrial and commercial drone applications.
- Customization scope: Aircraft, payloads, and delivery-system integration; specific OEM rights require quotation.
MMC's official materials describe an industrial drone ecosystem, and its website includes delivery among its application areas.
The company is relevant to buyers seeking a platform that may support logistics alongside other industrial tasks.
However, a broad product portfolio does not establish the maturity of a particular cargo configuration. Ask for delivery-specific references, current payload interfaces, flight logs, loading equipment, and the support team assigned to that model.
Confirm that proposed customization uses documented interfaces and a controlled engineering process rather than an improvised modification.
Start with legal-entity verification, then inspect the location responsible for your aircraft.
A useful audit follows one serial-numbered unit through incoming components, assembly, software loading, inspection, and flight testing. Ask engineers—not only sales representatives—to explain nonconformance handling and configuration changes.
If manufacturing is subcontracted, document which company controls final acceptance, warranty obligations, and corrective actions.
Avoid purchasing against descriptions such as "aviation-grade carbon fiber" without supporting specifications.
For structural parts, request:
- Material designation and supplier traceability.
- Laminate or construction specification where relevant.
- Cure-process and bonding controls.
- Dimensional tolerances and inspection records.
- Repair criteria and replacement limits.
For batteries, define the approved cell and pack configuration, battery-management version, usable capacity, and acceptance tests.
These are contractual controls against substitution. A visually identical replacement component should not enter production without an agreed engineering review.
CE marking is not a universal flight permit, and RoHS-related documentation—where applicable—is not evidence of aircraft airworthiness.
For European projects, determine the operational category and authorization pathway before assuming that a drone can perform urban or beyond-visual-line-of-sight delivery. EASA's guidance makes clear that operations outside open-category conditions fall into other regulatory categories with different requirements.
Ask suppliers for the actual declaration, test evidence, model identification, and applicable regulatory basis. Do not accept a page of certification logos as a compliance dossier.
1. Bench evaluation: Confirm interfaces, software access, charging, cargo restraint, and documentation.
2. Controlled flight trial: Test the agreed payload and operating conditions.
3. Route pilot: Evaluate repeated missions, loading delays, recovery procedures, communications interruptions, and maintenance.
Record acceptance criteria before paying for extensive customization.
A useful commercial measure is cost per completed delivery, including batteries, labor, communications, maintenance, insurance, infrastructure, and unsuccessful missions.
IATA guidance requires relevant lithium cell and battery types to meet applicable UN 38.3 testing requirements, with the test summary made available. Packaging, documentation, and transport conditions depend on battery configuration and the applicable shipping rules.
Have a qualified dangerous-goods forwarder review the shipment before confirming freight cost or delivery dates.
China has also adjusted drone-related export controls, including controls affecting certain components and restrictions tied to prohibited end uses. Review the current rules for the exact aircraft, sensors, communications equipment, destination, and end user before shipment.
One particularly important risk is configuration drift between the demonstration aircraft and the units delivered.
A successful demonstration does not, by itself, prove that production units will use the same battery, propulsion components, firmware, communications equipment, or payload hardware.
The practical safeguard is a signed configuration baseline.
Require the contract to identify:
- Approved critical-component specifications.
- Aircraft, payload, and software versions.
- Permitted substitutions.
- Mandatory notification and approval procedures.
- Tests required after a change.
Also request raw logs from repeated missions rather than relying only on edited demonstration videos.
This is not an allegation against any supplier listed here. It is a procurement control that makes performance evidence transferable from the sample aircraft to the production fleet.
China offers several credible procurement pathways: standardized cargo aircraft, integrated delivery networks, specialized helicopter platforms, and heavy-cargo eVTOL programs.
The right choice depends on whether the buyer needs equipment, integration, or an operated service. Those commercial models require different contracts and different acceptance tests.
SIDT is a relevant first discussion for buyers seeking scenario-specific, integrated deployment. Its suitability should be established through documented customization scope, verified credentials, and a measurable pilot—not unsupported assumptions about price or capacity.
Prepare a mission brief covering cargo weight and dimensions, daily delivery volume, route conditions, destination country, integration needs, and support expectations. Ask shortlisted providers, including SIDT, to respond against the same requirements so that quotations can be compared on operational value rather than headline specifications.
Match the certificate to the supplier's exact legal name, manufacturing address, standard, and certified scope.
Use IAF CertSearch where applicable, and confirm status with the issuing certification body. Check whether the certificate is active, suspended, withdrawn, or expired. A certificate covering an unrelated activity or location does not establish that your aircraft production is covered.
If a database search does not resolve the question, contact the certification body rather than immediately assuming either validity or fraud.
Not automatically.
A Chinese certificate may provide important technical evidence, but the destination authority determines the applicable aircraft and operating requirements. For Europe, identify the operational category and obtain the necessary authorization through the competent authority. Do not treat product conformity, aircraft certification, and operational approval as interchangeable.
Require a test protocol specifying payload, packaging, altitude, weather limits, route, battery configuration, and landing reserve.
Repeat the mission under representative conditions and retain the logs. Check the manufacturer's test assumptions carefully: DJI, for example, publishes separate loaded and unloaded distance figures under controlled conditions.
Make fleet acceptance depend on the agreed operational test rather than an isolated maximum-range demonstration.
Separate background technology from newly commissioned work.
Specify ownership or license rights for custom interfaces, cargo hardware, software connectors, drawings, and tooling. Define access to operational data, permitted branding, cloud charges, firmware support, and what happens if the supplier discontinues the platform.
Do not assume that paying engineering charges transfers all intellectual-property rights. Have the final agreement reviewed for the jurisdictions involved.
Pause acceptance until the replacement is documented and reviewed.
Request the new pack specification, compatibility evidence, updated configuration records, and applicable UN 38.3 test-summary information. Battery transport evidence must correspond to the relevant battery type; an unrelated summary is not sufficient.
Then repeat the agreed performance and charging checks where the change could affect the mission. Record approval before production shipment.
The following source notes identify the principal official, industry, and company materials used. Company statements describe supplier positioning and should not replace procurement verification.
1. Civil Aviation Administration of China — "Statistical Bulletin of Civil Aviation Industry Development in 2025," released in April 2026. Source for registered-drone and flight-hour figures.
2. Shenzhen Intelligent Drone Technology Co. Ltd. — Company profile and integrated logistics-solution materials. Sources for SIDT's stated application areas and platform positioning.
3. DJI — Company profile, FlyCart 30 product page, and technical specifications. Sources for founding history, Shenzhen supply-chain context, and published cargo-performance conditions.
4. JOUAV — Wushan logistics deployment report and PH-20 product information. Sources for company history, delivery applications, and platform specifications.
5. AutoFlight — CarryAll product page and production-certificate announcement. Sources for cargo-aircraft positioning and disclosed certification milestones.
6. EHang — Corporate profile and emergency-logistics deployment report. Sources for founding information and documented cargo applications.
7. Antwork — Company brochure hosted by Hannover Messe and delivery-partner profile. Sources for integrated-network architecture, company history, and historical licensing information.
8. Keeta Drone — Official company profile and deployment milestones. Source for Meituan history and disclosed international routes.
9. Fengyi — Official logistics-drone and transport-service website. Source for SF affiliation and published portfolio-level transport capabilities.
10. ZIYAN — Official website and company profile. Sources for founding information, unmanned-helicopter specialization, and application markets.
11. MMC UAV — Official company profile and delivery application information. Sources for founding history and industrial-delivery positioning.
12. European Union Aviation Safety Agency — Drone FAQs and open-category guidance. Sources for the distinction between product conformity and operational authorization.
13. International Accreditation Forum — CertSearch and certificate-verification guidance. Sources for management-system certificate checks.
14. International Air Transport Association — Battery guidance and dangerous-goods information. Sources for UN 38.3 test-summary and transport considerations.
15. State Council of China and Ministry of Commerce — Drone export-control reporting and official announcements directory. Sources for export-screening considerations.
