class: center, middle, inverse, title-slide .title[ # .b[Drone Safety and DGCA Regulations] ] .subtitle[ ## .f3[Drone-Based Data Collection, Safety, and DGCA Regulations] ] .author[ ### .mv0.lh-solid[Dr. Ankit Deshmukh
Assistant Professor SoT, PDEU] ] .date[ ### 26 May 2026 ] --- class: left top inverse
<!-- ------------------------- Start your slides ------------------------- --> # .gold[Outline:] ## DGCA Regulations in India ## Drone Safety .center[<img src="images/drone_training.png" style="width:90%;border-radius:20px;border:4px solid gold;">] .footnote[.white[source: ]https://xkcd.com/1881/] --- class: left top inverse # .gold[DGCA Drone Regulations in India] .pull-left[ - DGCA and Drone Governance Framework in India - Drone Rules 2021: Core Legal Structure - Drone Classification by Weight Category - Digital Sky Platform, UIN, and Drone Registration - Remote Pilot Licence (RPL) and Certification Process - Airspace Zones, Operational Restrictions, and NPNT .footnote[[Drones Rules, 2021 dated 25 August 2021](https://egazette.gov.in/WriteReadData/2021/229221.pdf)] ] .pull-right[ .center[<img src="images/Gazett.png" style="width:80%;">] ] --- # DGCA and Drone Governance Framework in India * DGCA is the primary aviation regulator under the Directorate General of Civil Aviation responsible for civil drone regulation. * Drone governance is jointly influenced by: * Ministry of Civil Aviation (MoCA) * DGCA * Airports Authority of India (AAI) * Ministry of Home Affairs (MHA) * Ministry of Defence (MoD) * India transitioned from restrictive 2018 RPAS rules to the liberalized Drone Rules 2021 framework. ## Key Regulatory Objectives * Promote drone ecosystem and manufacturing * Ensure aviation safety and national security * Enable commercial drone operations * Integrate drones into controlled airspace * Develop drone logistics and UTM ecosystem --- # Drone Rules 2021: Core Legal Structure Drone Rules 2021 apply to: * All civilian unmanned aircraft systems (UAS) * Weight up to 500 kg * Recreational, commercial, research, and logistics applications .center[<img src="images/regulation.png" style="width:100%;">] --- # Drone Rules 2021: Core Legal Structure ## Key Features * Digital Sky as single-window portal * Airspace zoning system * NPNT architecture mandatory * Reduced operator burden * Remote pilot licensing framework * Promotion of indigenous manufacturing ## Important Operational Principles * Visual Line of Sight (VLOS) mandatory unless specially approved * Daylight operations preferred * Airspace permission required depending on zone * Geo-fencing and real-time tracking encouraged ## Maximum Penalty * Violations may attract penalties up to INR 1,00,000 under Drone Rules. ([Vikaspedia][2]) --- # Drone Rules 2021: Framework .center[<img src="images/Framework.png" style="width:80%;">] - Drone operations require regulatory compliance through QCI-certified drone approval, DGCA-approved pilot training, drone registration, and issuance of a Remote Pilot Certificate. - Operational security is supported through mandatory insurance coverage, with unrestricted access in green zones and prior permission required for flying in yellow and red zones. --- # Drone Classification by Weight Category .pl-30[ DGCA classify based on Weight | Category | Weight Range | | -------- | ----------------- | | Nano | <= 250 g | | Micro | >250 g to 2 kg | | Small | >2 kg to 25 kg | | Medium | >25 kg to 150 kg | | Large | >150 kg to 500 kg | .footnote[[legalaffairs.gov.in](https://legalaffairs.gov.in/sites/default/files/Civil%20Aviation%20Regulatory%20Landscape%20of%20Indian%20Drone%20Ecosystem%20red.pdf?trk=public_post-text)] ] .pr-70[ .center[<img src="images/class-drone.png" style="width:100%;">] ] --- # Digital Sky Platform, UIN, and Drone Registration .pull-left[ **[Digital Sky](https://digitalsky.dgca.gov.in/?utm_source=chatgpt.com) is India's centralized drone governance platform used for:** * Drone registration * UIN generation * Pilot licensing * Flight permissions **UIN (Unique Identification Number)** * Equivalent to vehicle registration number for drones * Mandatory for most drones except exempted categories **UIN Linked With** * Manufacturer serial number * Flight controller serial number * Owner details * Type certificate ] .pull-right[ **Registration Process** 1. Create Digital Sky account 2. Submit drone specifications 3. Upload required documents 4. Pay registration fee 5. Obtain UIN digitally **Required Documents** * Aadhaar/PAN * GST details (commercial entity) * Drone serial number * Type certificate reference * Manufacturer details **DAN (Drone Acknowledgement Number)** Temporary acknowledgement issued during transitional regularization schemes ] --- # Remote Pilot Licence (RPL) and Certification Process .pull-left[ **Remote Pilot Licence (RPL) is mandatory For** * Commercial drone operations * Most drones above nano category * Professional survey and mapping operations **Eligibility Criteria** | Requirement | Criteria | | ----------- | ------------------ | | Minimum age | 18 years | | Maximum age | 65 years | | Education | Class 10 pass | | Training | DGCA-approved RPTO | ] .pull-right[ **Remote Pilot Training Organizations (RPTOs):**DGCA-authorized institutes provide: * Theory training * Simulator sessions * Practical flying * Emergency procedures * Airspace awareness **Training Duration:** ~40 hours total (20 hours theory + 20 hours practical) **Remote Pilot Certificate (RPC)** * Issued after passing tests * Uploaded on Digital Sky * Licence validity: 10 years ] --- # Airspace Zones, Operational Restrictions, and NPNT .pull-left[ **Green Zone** * No prior permission required * Allowed up to: * 400 ft (120 m) in uncontrolled airspace * 200 ft near airports (specific conditions) **Yellow Zone** * Controlled airspace * ATC permission required * Commonly: * 8-12 km around airports * Sensitive aviation corridors **Red Zone** * Flying prohibited without central government clearance ] .pull-right[ .center[<img src="images/Aerospace.png" style="width:80%;">] ] --- # DGCA-Flying Zones Rules .center[<img src="images/Zones-3.jpg" style="width:90%;">] .footnote[[DigitalSky - Airspace Map](https://digitalsky.dgca.gov.in/airspace-map/#/app)] --- # Operational Restrictions, and NPNT .pull-left[ **NPNT - No Permission, No Takeoff**: Drone firmware prevents takeoff without digital authorization. **NPNT Workflow** 1. Pilot submits flight request 2. Airspace validation performed 3. Digital permission token issued 4. Drone unlocks takeoff capability ] .pull-right[ **Operational Restrictions** | Restriction | Limit | | ------------------ | -------------------------- | | Maximum altitude | 400 ft AGL | | VLOS requirement | Mandatory | | Night operations | Restricted unless approved | | Flying over crowds | Prohibited | | Hazardous payloads | Prohibited | ] **BVLOS (Beyond Visual Line of Sight)** Currently restricted and requires: * Special DGCA approval * Experimental corridors * Safety case submission * Advanced detect-and-avoid systems ] --- # DGCA-Flying Zones Rules .center[<img src="images/Zones.jpg" style="width:80%;">] .footnote[[DigitalSky - Airspace Map](https://digitalsky.dgca.gov.in/airspace-map/#/app)] --- # Flying Zones at PDEU .center[<img src="images/Zones-pdpu.jpg" style="width:90%;">] .footnote[[DigitalSky - Airspace Map](https://digitalsky.dgca.gov.in/airspace-map/#/app)] --- # PDEU in Outer Yellow zone!
--- # DGCA Skymap for Kochi City <!-- Option 1: Screenshot -->  <!-- Option 2: Link --> [Click here to open the interactive DigitalSky Map](https://digitalsky.aai.aero/digital-sky-map){target="_blank"} --- # Flying a drone in a restricted or no-fly zones Flying a drone in a restricted or no-fly zone in India can lead to: - Monetary fines - Drone confiscation - FIR/criminal charges - Possible imprisonment in serious security-sensitive cases Under India's drone regulations and related aviation/security laws 2021: - .red.b.f3[First violations may attract fines up to approximately ₹50,000.] - .red.b.f3[Repeat or serious violations may increase penalties to ₹1,00,000 and possible imprisonment up to 6 months.] --- class: left top inverse # .gold[Drone Safety] .f3.pull-left[ - Importance of Drone Safety - Pre-Flight Safety Checklist - Weather and Environmental Considerations - No-Fly Zones and Restricted Areas - Common Causes of Drone Accidents .footnote[[Drones Rules, 2021 dated 25 August 2021](https://egazette.gov.in/WriteReadData/2021/229221.pdf)] ] .f3.pull-right[ .center[<img src="images/safety.jpg" style="width:80%;">] ] --- # 1. Importance of Drone Safety - Drone technology is transforming agriculture, surveying, disaster management, filmmaking, and infrastructure monitoring across India. However, even a small operational mistake can cause serious accidents, injuries, or airspace conflicts. - Safe drone operations protect not only the pilot and equipment, but also people on the ground and nearby aircraft. - In India, the DGCA Drone Rules, 2021 emphasize responsible flying practices to ensure safe integration of drones into civil airspace. A strong safety culture also improves public trust in commercial drone applications. --- .pull-left[ # 2. Pre-Flight Checklist - Every successful drone mission begins before the drone even leaves the ground. - Pilots should inspect propellers, motors, batteries, GPS connection, and communication systems before takeoff. - Weather conditions, nearby obstacles, and airspace permissions must also be verified through platforms such as Digital Sky in India. - A simple pre-flight checklist can prevent common issues like signal loss, unstable flight, or battery failure. Professional operators often treat pre-flight preparation as seriously as the flight itself. ] .pull-right[ .center[<img src="images/list.png" style="width:70%;">] ] --- # 3. Weather and Environmental Considerations .pl-30[ .center[<img src="images/weather.png" style="width:90%;">] ] .pr-70[ Weather plays a major role in drone safety, especially in regions with extreme heat, dust, humidity, or monsoon conditions. - Wind Speed Affects flight stability; drones can typically handle sustained winds of 10-20 mph. Gusts can destabilize flight paths, especially during takeoff and landing. - Temperature Influences battery efficiency and motor performance. Extreme temperatures can shorten battery life and impair signal transmission. - Precipitation Can lead to equipment damage and affect visibility. Drones are generally not waterproof unless specifically designed for such conditions. ] --- # 4. No-Fly Zones and Responsible Drone Use - Not every location is safe or legal for drone operations. - Airports, military areas, government facilities, and densely populated urban regions often fall under restricted airspace categories. - India's Digital Sky platform classifies areas into Green, Yellow, and Red zones to help pilots identify permitted flight regions. - Responsible drone use also includes respecting privacy and avoiding unnecessary surveillance of people or private property. - Ethical flying behavior is becoming increasingly important as drone usage expands globally. --- # 5. Common Causes of Drone Accidents .pull-left[ - Many drone accidents occur because of avoidable human errors rather than technical failure alone. - Poor pilot training, ignoring weather conditions, low battery levels, and flying beyond visual line of sight are among the most common causes. - Urban environments create additional risks due to signal interference, tall structures, and crowded spaces. - Accident investigations worldwide consistently show that lack of preparation is a major contributing factor. Developing strong operational discipline is therefore one of the most effective safety measures. ] .pull-right[ .center[<img src="images/acc.jpg" style="width:100%;border-radius:20px">] ] --- # References - Directorate General of Civil Aviation. (2021). *Drone Rules, 2021*. Government of India. - International Civil Aviation Organization. (2020). *Manual on Remotely Piloted Aircraft Systems (RPAS)*. - Federal Aviation Administration. (2023). *Small Unmanned Aircraft Systems Regulations (Part 107)*. - Finn, R. L., & Wright, D. (2016). Privacy, data protection and ethics for civil drone practice. *Computer Law & Security Review, 32*(4), 577-586. - Clothier, R., Greer, D., Greer, F., & Mehta, A. (2015). Risk perception and public acceptance of drones. *Risk Analysis, 35*(6), 1167-1183. - Ministry of Civil Aviation. (2021). Liberalised Drone Rules, 2021. Government of India. - Digital Sky Platform. (2025). DGCA Drone Governance Portal. Government of India. - Asteria Aerospace. (2021). India's new drone regulations. - Anand and Anand. (2021). Drone Rules 2021: Regulatory overview. - [Regulatory landscape of Indian drone ecosystem](https://legalaffairs.gov.in/sites/default/files/Civil%20Aviation%20Regulatory%20Landscape%20of%20Indian%20Drone%20Ecosystem%20red.pdf?trk=public_post-text)