Drone Law Brief | July 2026: DGCA warns against unauthorised BVLOS operations; FCC extends trusted-supply exceptions

In India, the DGCA warned against unauthorised BVLOS operations, an ICMR study reported that drone transport cut tuberculosis-diagnosis time from 15 days to five, and official data put cumulative investment under the drone PLI scheme at Rs. 595 crore. Abroad, the FCC extended trusted-supply exceptions while consulting on foreign military-grade UAS, US agencies operationalised wider counter-UAS authority, the UK CAA set out an architecture for routine BVLOS operations, and Qatar published Law No. 10 of 2026 on drone licensing, operating areas and import/export controls. We cover 16 developments across seven jurisdictions.

India

DGCA warns against conducting or promoting unauthorised BVLOS operations

The Directorate General of Civil Aviation (‘DGCA’) issued a public notice on unauthorised Beyond Visual Line of Sight (‘BVLOS’) operations on 4 July 2026 after observing drone-delivery, autonomous-logistics and other payload operations being conducted or promoted over extended distances.

Clause 2(i) expressly states that, as on the date of issuance, the Ministry of Civil Aviation (‘MoCA’) or DGCA had not notified a regulatory framework permitting BVLOS operations under the Drone Rules, 2021. DGCA further says it has issued no Type Certificate for an Unmanned Aircraft System (‘UAS’) intended for BVLOS operations; a Type Certificate issued for another purpose is not an operating authorisation; and an existing Remote Pilot Certificate does not authorise BVLOS operations.

No person may conduct, advertise, promote or offer BVLOS drone operations unless specifically authorised, approved or exempted by the competent authority. DGCA warns that enforcement may include penalties and suspension or cancellation of approvals or certificates. The notice does not make every BVLOS flight impossible, because it preserves case-specific authorisation, approval and exemption. Its immediate compliance significance is to clarify that possession of an aircraft or pilot certificate is not permission for the operation itself.

ICMR reports five-day TB diagnosis turnaround from drone-enabled sample network

The Indian Council of Medical Research (‘ICMR’) published results from a drone-enabled tuberculosis-sample-transport study on 16 July 2026. Undertaken with the All India Institute of Medical Sciences, Bibinagar (‘AIIMS Bibinagar’) and the District TB Office in Yadadri-Bhuvanagiri district, Telangana, the study compared patient travel for diagnosis with a model in which sputum samples moved by drone from local collection points to laboratories.

Among 840 participants, median diagnostic turnaround fell from 15 days to five. Mean patient out-of-pocket expenditure fell from approximately Rs. 9,451 to Rs. 91, while median expenditure during the drone phase was zero. The hub-and-spoke network connected 11 Primary Health Centres, 60 sub-centres and four TB Units.

ICMR cautions that the evidence comes from one district and identifies weather, payload limits and continuing training as constraints on wider implementation. Read with DGCA’s notice twelve days earlier, the study captures India’s present BVLOS position: the public value can be measured, but wider deployment still requires an operational-authorisation pathway. Healthcare deployments should allocate chain-of-custody, biosafety and patient-data responsibilities across the health authority, laboratory and drone-service provider.

MeitY and Drone Federation India launch NIDAR 2.0 around indigenous drone electronics

The Ministry of Electronics and Information Technology (‘MeitY’) and Drone Federation India (‘DFI’) launched the 2026-27 National Innovation Challenge for Drone Application and Research (‘NIDAR 2.0’) on 13 July 2026 under the SwaYaan capacity-building initiative. The programme shifts its focus from conventional airframes towards autonomous systems, indigenous avionics and core components.

The first track asks student teams to build autonomous swarms that can locate survivors and deliver medical parcels without an external communications network, and GPS-denied drones for indoor industrial inspection. The second asks teams to develop an indigenous flight controller and autopilot around the VEGA processor, an Indian RISC-V microprocessor developed by the Centre for Development of Advanced Computing (‘C-DAC’). Following technical evaluation, the top 100 teams will each receive two VEGA processor kits. The programme carries prizes exceeding Rs. 65 lakh, together with incubation, software, cloud-credit and internship support.

SwaYaan operates through 30 institutions and, according to MeitY, has trained more than 51,000 people. NIDAR 2.0 is a talent and prototype programme, not a procurement or certification pathway. Teams moving a prototype towards commercialisation should settle ownership of foreground IP, licences to background IP and publication rights at the outset.

Government reports Rs. 595 crore investment and 2,650 jobs under drone PLI scheme

The Department for Promotion of Industry and Internal Trade (‘DPIIT’) published sector-level data for the Production Linked Incentive (‘PLI’) schemes in a Lok Sabha reply on 21 July 2026. As at 31 March 2026, the drones and drone-components line records Rs. 595 crore of cumulative investment and 2,650 cumulative jobs.

The figures measure activity attributed to the PLI programme. They are not the size of India’s entire drone industry, the amount of incentive paid, or a count of every person employed by a drone business. The distinction matters when manufacturers use government-scheme data in investor materials, tenders or localisation claims.

PLI participants should be able to evidence eligibility, domestic value addition, related-party sourcing, milestone performance and the audit trail behind each claim. Suppliers supporting a participating manufacturer should expect localisation warranties and record-access obligations to move through the contracting chain, because weak component-level evidence can create incentive clawback and misstatement exposure upstream.

Agricultural-drone schemes report 2,122 drones distributed/approved under SMAM and 1,094 provided under Namo Drone Didi

The Ministry of Agriculture and Farmers’ Welfare provided a new implementation snapshot in a Rajya Sabha reply on 24 July 2026. It said 2,122 drones had been ‘distributed/approved’ under the Sub-Mission on Agricultural Mechanisation (‘SMAM’) and 1,094 drones had been provided to selected women’s self-help groups under Namo Drone Didi. Three Farm Machinery Training and Testing Institutes had trained 155 drone pilots, and the reply recorded 274 DGCA-approved Remote Pilot Training Organisations nationwide.

The official terms should be preserved: ‘distributed/approved’ is not the same as deployed, airworthy, regularly used or commercially viable. The 15-day training component under Namo Drone Didi likewise does not settle maintenance, battery replacement, software support or the service relationship between a self-help group, farmer, manufacturer and custom-hiring centre.

As distribution scales, procurement acceptance, warranty, uptime, spares and operator records need to be contractual rather than assumed. Agricultural operators must separately address pesticide-label and operating-procedure compliance, spray drift, crop-loss allocation, environmental harm and insurance. The reported scheme counts indicate approval or provision, not necessarily operational reach; utilisation and income require their own evidence.

Defence Acquisition Council grants AoN for drone and counter-drone systems within Rs. 52,000 crore package

The Defence Acquisition Council (‘DAC’), chaired by Defence Minister Rajnath Singh, granted Acceptance of Necessity (‘AoN’) on 3 July 2026 to acquisition proposals for the three services at an estimated aggregate cost of about Rs. 52,000 crore. AoN is the in-principle administrative approval that permits a procurement proposal to move forward; it is not a contract award.

The unmanned requirements span each service. The Army proposals include the AKASH TARANG anti-UAV electronic-warfare system and a jet-based kamikaze-drone system. The Navy proposal includes a Naval Shipborne Unmanned Aerial System (‘NSUAS’) equipped with sensors for situational awareness. The Air Force proposal includes a fixed-wing High Altitude Pseudo Satellite (‘HAPS’) for persistent intelligence, surveillance and reconnaissance, telecommunications and remote sensing. The package also contains several non-drone systems, and the Government has not published a value split for the unmanned components.

For the drone sector, the approvals map demand across defence, attack, shipborne surveillance and persistent high-altitude platforms. Suppliers should nevertheless distinguish this demand signal from an order book: tendering, vendor selection, price discovery and contracting remain later stages in the acquisition process.

United States

DOJ, DHS and FCC operationalise expanded counter-UAS authority under the SAFER SKIES Act

The Department of Justice (‘DOJ’) and Department of Homeland Security (‘DHS’) published an interim final rule on 6 July 2026 to implement the SAFER SKIES Act. The rule took effect on 1 July and establishes the framework under which eligible state, local, Tribal and territorial law-enforcement and correctional agencies may conduct counter-unmanned-aircraft-system (‘C-UAS’) operations.

The framework covers two-tier training and certification for detection-and-warning and mitigation operations, the technologies agencies may use, spectrum coordination, airspace approval, real-time air-traffic-control notification, mitigation reporting, privacy safeguards and compliance. Comments on the interim rule remain open until 4 September 2026. The authority is therefore operational while the departments receive public input; it is not merely a proposal awaiting commencement.

The Federal Communications Commission (‘FCC’) issued a coordinated set of orders and rulings on 2 July. These include an equipment-authorisation waiver for C-UAS systems on the SAFER SKIES Authorized Systems List, temporary spectrum authority for eligible agencies, and clarification that authorised signal-jamming operations and controlled jammer testing may proceed in the circumstances addressed by the orders without liability under section 333 of the Communications Act.

The combined measures materially widen the public-sector market for counter-drone equipment, but they do not create a general right for private operators or untrained agencies to detect, jam or seize aircraft. Eligibility, federal certification, the authorised-systems list, spectrum conditions and airspace coordination remain the operative gates.

FCC extends trusted-supply exceptions and consults on military-grade foreign drones

The FCC announced two distinct supply-chain measures on 21 July 2026. First, it extended to 1 January 2028 the Covered List exceptions for drones and critical components on the Department of War’s Blue UAS List and for products assembled in the United States with at least 65 per cent of component value produced there. It removed the termination date entirely for foreign-produced systems that have received a Conditional Approval tied to onshoring.

Second, the FCC opened a consultation on whether to prohibit the import, marketing or sale for non-federal use of certain foreign-made, military-grade UAS and critical components already on the Covered List. The categories on which it seeks comment include swarming drones, systems designed to integrate defence articles, thermal-imaging and LiDAR drones, certain aerosol-dispensing drones, docking stations, and UAS weighing 55 pounds or more. Comments are due 30 days after Federal Register publication.

The first measure is implemented; the second is proposed. Any prohibition under consultation would exclude federal-government use, commercial testing and product development, and the use or operation of drones already purchased. Indian OEMs seeking the US market should treat product origin, component-value calculations, equipment authorisation and end use as auditable market-access facts rather than marketing labels.

United Kingdom

CAA publishes airspace architecture for scaling routine BVLOS operations

The UK Civil Aviation Authority (‘CAA’) published its Airspace Architecture Concept of Operations on 30 July 2026. The document sets out how Beyond Visual Line of Sight (‘BVLOS’) operations could move from isolated trials and bespoke airspace arrangements towards routine integration with crewed aviation.

The architecture combines electronic detection and visibility, detect-and-avoid systems, reliable command-and-control links, digital traffic-management services and better information sharing among operators, air-traffic services and other airspace users. It forms part of the Airspace Modernisation Strategy and Future of Flight programme and builds on the CAA’s BVLOS Roadmap.

The Concept of Operations is a design for the future system, not a blanket operating permission. Existing operators still need the approvals applicable to their missions. Its immediate value for manufacturers and service providers is architectural: product and operating plans can now be tested against the regulator’s expected stack for integration at scale.

CAA consults on mandatory electronic conspicuity below 10,000 feet

The CAA opened consultation on electronic conspicuity (‘EC’) on 14 July 2026. Under the plans, civil aircraft flying below 10,000 feet could be required to broadcast their position electronically. The Department for Transport has concluded that a national EC mandate is needed, while the CAA is consulting on its design and introduction.

The regulator is seeking evidence on safety benefits, cost, interoperability, exemptions and implementation. It expressly links the work to detect-and-avoid capability and the integration of BVLOS drones with aeroplanes, gliders, helicopters and other airspace users. The consultation closes on 22 September 2026.

No broadcast mandate took effect in July. For drone operators and manufacturers, the proposal identifies a common visibility layer that future BVLOS approvals may depend on; its commercial effect will turn on the technical standard, how existing equipment interoperates, which aircraft or airspace receive exemptions, and the transition period ultimately selected.

European Union

European Commission launches EU-Ukraine Drone Alliance with 18 founding members

The European Commission launched the EU-Ukraine Drone Alliance in Kyiv on 17 July 2026 during the third EU-Ukraine Defence Industry Forum. Its 18 founding members comprise nine EU-based and nine Ukrainian companies selected after an open expression-of-interest process.

The Alliance brings together companies, start-ups, researchers, armed forces and end users to support joint ventures and accelerate the development and production of next-generation drone and counter-drone systems. It begins implementation of the wider EU-Ukraine ‘Drone Deal’; the first meeting of the founding members is scheduled for September in Brussels.

The launch creates an organised channel for industrial collaboration, but it does not itself announce a contract or divide funding among the 18 members. Companies assessing the opportunity should separate membership and joint-development access from later procurement or financing decisions.

Council adopts sanctions targeting long-range-drone production and UAV-specific equipment

The Council of the European Union adopted its 21st package of restrictive measures against Russia on 23 July 2026. Within the military-industrial measures, the package adds 56 individual listings, 37 of them directly linked to the production and supply chain of long-range drones.

The Council also added 51 entities to the list subject to tighter export restrictions on dual-use goods and technologies. Some are in China and Hong Kong, India, Kazakhstan, Kyrgyzstan, Türkiye and the United Arab Emirates and were listed for supporting Russia’s military-industrial complex or circumvention. The official release does not say that every third-country entity, or either Indian entity, is linked specifically to drones.

The trade measures extend export prohibitions to UAV-specific ground-support equipment, jamming and interception systems, launch systems and servomotors, together with flight-termination systems for drones and missiles. Drone and component businesses with EU touchpoints should update counterparty, end-use and product-classification screening; the package reaches the supply chain as well as finished aircraft.

Commission opens progress review of Drone Strategy 2.0

The European Commission opened two consultations on 14 July 2026 for its review of Drone Strategy 2.0. One is directed at citizens and the other at manufacturers, operators, service providers, financing institutions and public authorities. Both close on 6 September 2026.

The 2022 strategy set out a vision for a safe, sustainable and competitive European drone ecosystem. The review will test its implementation and continuing relevance against changes in technology, markets and policy, including the development of electric vertical take-off and landing aircraft.

This is an evidence-gathering exercise, not a proposal to amend the UAS Regulations. Industry participants have a defined window to place technical and market evidence on record before the Commission decides whether the existing strategy requires a policy reset.

Australia

CASA consults on defined drone operations above 400 feet

The Civil Aviation Safety Authority (‘CASA’) opened consultation on 6 July 2026 on a policy for certain drone flights above the standard 400-foot Above Ground Level (‘AGL’) limit in two environments where crewed aircraft are less likely to operate.

Near a vertical structure such as a wind turbine, tower, building or cliff, a drone could fly up to 100 feet above the structure’s highest point while remaining within 120 metres laterally. Within an excavated pit at an active mine, altitude would be measured from the natural surface at the pit edge or crest rather than from the floor. Subject to remote-pilot qualifications, radio procedures, airspace restrictions and the other proposed conditions, these flights would no longer require separate CASA approval or a Remotely Piloted Aircraft Operator’s Certificate (‘ReOC’) solely for the above-400-foot operation.

Consultation closed on 30 July 2026. The proposal does not change the requirements for BVLOS or Extended Visual Line of Sight (‘EVLOS’) operations, and it had not been adopted as at 2 August. Inspection and mining operators should therefore treat it as a possible reduction in duplicated approvals, not as a present exemption.

China

MOFCOM restricts dual-use exports to 14 EU entities, including Cavok UAS

China’s Ministry of Commerce (‘MOFCOM’) added 14 European entities to its Export Control Restricted Namelist on 24 July 2026. The list includes France’s Cavok UAS alongside defence, electronics, photonics, materials, automotive and academic organisations in seven other EU member states.

The measure prohibits Chinese exporters from supplying dual-use items to the named entities and bars overseas organisations and individuals from transferring or providing China-origin dual-use items to them. Relevant ongoing activity must stop. An exporter that considers a transaction necessary in special circumstances may apply to MOFCOM, and the controls took effect on publication.

The immediate drone-industry significance is the naming of a UAS manufacturer rather than the creation of a sector-wide prohibition. Cavok UAS and businesses dealing with any listed entity must identify China-origin content across direct and indirect supply chains; other European drone companies are not covered merely because they operate in the same sector.

Qatar

Qatar publishes Law No. 10 of 2026 on drone licensing, operating areas and import/export controls

The Qatar Civil Aviation Authority (‘QCAA’) published an official notice on Law No. 10 of 2026 on the Regulation of Unmanned Aircraft on 20 July 2026. The law places the regulation of drone operations with the QCAA, acting under Qatar’s applicable laws and international conventions and in coordination with other state authorities.

The framework empowers the QCAA to determine which types and categories of unmanned aircraft may operate and the technical specifications they must meet; issue and renew licences and operating permits; designate operating areas, maximum altitudes, airspace and flight routes; establish import and export procedures; supervise compliance; and set environmental-protection conditions. The QCAA says the supporting technical regulations and instructions will be published in Arabic and English on its official website.

The law creates the statutory architecture, but it should not be treated as a standalone operating permission. Manufacturers, importers and operators will need to map each aircraft and mission against the implementing technical requirements, licensing and permit pathway, authorised airspace, and import/export controls as those instruments are issued.