At around 10 am, a drone shot showed Jantar Mantar packed with protesters responding to the Cockroach Janta Party’s (CJP) “Sansad Chalo” call ahead of the proposed march towards Parliament. Notably, Delhi Police did not grant permission for the protest. The aerial footage captured the gathering from above and was circulated to demonstrate the number of people who had assembled at the protest venue.

Following this initial release, the digital footprint of the demonstration expanded throughout the day. Another video was shared at around 1 pm. This was followed by intensified social media activity later in the afternoon. Another video was shared by CJP’s spokesperson Saurav Das at around 2:30 pm.

The distribution of this media quickly scaled from local social media circles to a global audience. The video shared by Das was also shared with national and international media houses, and was further amplified through their social media handles. However, the footage has also raised serious questions over the legality of the drone flight.

The crux of the controversy lies in the precise legal status of the airspace above the demonstration site. A check of the Government of India’s Digital Sky airspace map shows Jantar Mantar inside multiple red zones. Under the Drone Rules, 2021, no person can operate a drone in a red zone without prior permission. A red zone is the most restricted category on the map, and drone operations inside it can be permitted only by the Central Government. Any unauthroised drone flight in red zone is a serious national security concern.

Visual mapping platforms confirm that the area is heavily restricted. The black pin on the map is the location of Jantar Mantar. As depicted by the circles around it, the location falls under multiple red zones. Source: Digital Sky. Therefore, unless the operator had secured prior permission from the Central Government, the drone used to capture the CJP protest footage was flown illegally.

This violation leaves the political entity and the media team facing critical, unanswered regulatory demands. The question for CJP and the person who recorded or uploaded the footage is straightforward, that is, who authorised the drone flight over Jantar Mantar, and under which Central Government permission was it conducted?

Given the broader context of the event, the likelihood of proper legal compliance appears exceedingly low. Considering that CJP did not seek permission for the protest, it is hard to believe that the person who operated the drone had obtained permission to fly it in the restricted area.

The Dynamic Mapping of Restricted Airspace

A deeper look into the regulatory frameworks established by the Ministry of Civil Aviation reveals that Jantar Mantar falls inside a red zone. According to the Drone Rules, 2021, the remote pilot is required to verify the flight path on the Digital Sky platform before commencing any flight. The pilot must check whether any notification or restriction applies to the intended area of operation.

The mandates of the law are absolute and leave no room for pilot oversight or situational exceptions. According to Rule 22 of the Drone Rules, no person can operate an unmanned aircraft system in a red or yellow zone without permission. Only a flight conducted in a green zone is exempt from prior permission, and even there, the pilot is required to verify the latest restrictions before taking off.

Crucially, pilots must understand that airspace designations are constantly subject to change based on real-time security requirements. For those who are unfamiliar with the zoning mechanism, it must be understood that it is not fixed. The zoning is dynamic, and the Central Government can update the Digital Sky map and change the status of an area when and where required. This means an operator cannot rely on an old map, a previous flight or an assumption that a location is open for drones. The map must be checked before every flight.

Official government communications leave absolutely no ambiguity regarding the severity of these zones. The Ministry of Civil Aviation describes a red zone as a “no-drone zone”. According to the ministry, drones can be operated in such an area only after obtaining permission from the Central Government. The ministry also says that anyone planning a drone operation must check the latest Digital Sky map for changes in zone boundaries.

Furthermore, the legal framework explicitly states that the intent behind a flight does not excuse a violation of the law. The purpose of the flight does not alter the restriction. A drone does not become exempt merely because it is being used for protest publicity, photography, journalism, social media content or recreational recording.

Operating the aircraft close to the ground to avoid detection or claim mitigation is also an invalid legal defense. Similarly, keeping the drone at a relatively low altitude does not make the operation legal. Once the location is marked as a red zone, prior Central Government permission is required for the flight itself.

Understanding India's Airspace Layout: Green, Yellow, and Red Zones

To ensure safety across the nation's skies, the Digital Sky airspace map divides India’s airspace into green, yellow and red zones. The colours determine whether prior permission is needed and which authority is competent to issue it. The operational mechanics of these zones dictate exactly how, where, and when an unmanned aerial vehicle (UAV) can take off, as illustrated by how Red, Yellow, and Green Zones appear on the map. Source: Digital Sky.

Green Zone Parameters

A green zone generally covers airspace up to 400 feet, or 120 metres, above an area that has not been designated as yellow or red. However, the presence of nearby aviation infrastructure alters these standard boundaries significantly. There is a separate height restriction near operational airports. In an area situated between 8 kilometres and 12 kilometres from an operational airport’s perimeter, only airspace up to 200 feet, or 60 metres, is treated as green.

From a regulatory standpoint, prior flight permission is not required in a green zone. However, this does not mean that all other regulations disappear. The drone may still need registration, the operator may need a remote pilot certificate, and the pilot must check the Digital Sky map before the flight.

Yellow Zone Parameters

Moving up the restriction scale, a yellow zone is restricted airspace where drone operations require prior permission from the concerned Air Traffic Control authority. Because this airspace controls active flight corridors, various agencies manage different regions. Depending on the airspace, the competent authority may be the Airports Authority of India, the Indian Air Force, the Indian Navy, Hindustan Aeronautics Limited or another designated air traffic authority.

Vertical and horizontal perimeters define these zones sharply. The airspace above 400 feet in an otherwise green zone becomes yellow. Around an operational airport, different altitude and distance restrictions also apply. The Ministry of Civil Aviation says that yellow-zone permission must come from the concerned ATC authority.

Red Zone Parameters

The most stringent category is the red zone, which is airspace in which drone operations are allowed only with Central Government permission. The Drone Rules define it as airspace of specified dimensions over land, territorial waters, specified installations or notified port limits where the Central Government may allow drone operations in exceptional circumstances.

Because these areas are directly tied to national security, lower-level clearances are legally invalid. A local organiser, private security agency, police officer, photographer or drone service provider cannot independently authorise a red-zone flight. Permission from another authority also cannot replace the permission specifically required from the Central Government.

Temporary Red Zone Designations

In times of sudden crisis or high-security events, local administrative bodies have the power to enforce short-term flight bans. A state government, Union Territory administration or law enforcement agency can declare a temporary red zone when there is an urgent need to prohibit drone flights in an area.

To prevent the abuse of power, these declarations have strict limits regarding time and official rank. Such a temporary restriction can remain in force for up to 96 hours at a time. It must be declared by an officer not below the rank of Superintendent of Police or an equivalent officer.

While the state attempts to broadcast these emergency updates, the burden of awareness ultimately rests on the individual holding the controls. The authorities may attempt to inform registered drone owners located within five kilometres of the temporary red zone. However, failure to receive such an alert does not excuse the pilot. The responsibility to check Digital Sky remains with the person operating the drone.

Weight Classifications and the Myth of Small Drone Exemptions

A common misconception among amateur operators is that smaller, commercial devices are exempt from these strict security zones. However, civilian drones are classified according to their maximum all-up weight, including the payload carried by them.

The Ministry of Civil Aviation outlines five distinct weight categories:

• A nano drone weighs up to 250 grams.
• A micro drone weighs more than 250 grams but not more than 2 kilograms.
• A small drone weighs more than 2 kilograms but not more than 25 kilograms.
• A medium drone weighs more than 25 kilograms but not more than 150 kilograms.
• A large drone weighs more than 150 kilograms.

Many camera drones commonly used to record political programmes, weddings, public gatherings and social media videos fall under the nano or micro categories. It is generally assumed that because a drone is lightweight, it would be exempt from obtaining permission to record in a red zone, which is false. Their lower weight does not permit them to enter a red zone.

The minor regulatory reliefs granted to lighter form-factor drones are strictly limited to licensing, not geographic positioning. The exemption available to some small drones concerns the remote pilot certificate, not restricted airspace. A remote pilot certificate is not required for operating a nano drone. It is also not required for a micro drone being used for non-commercial purposes. The Drone Amendment Rules, 2022, replaced the earlier term “remote pilot licence” with “remote pilot certificate”, which is issued by an authorised remote pilot training organisation.

Security laws do not alter these boundaries for smaller hobby craft. However, Rule 22 does not create a nano-drone or micro-drone exception for red zones. Even a drone weighing less than 250 grams requires Central Government permission before it can be flown inside a red zone.

Furthermore, how the captured media is deployed plays a critical role in how the law views the flight's commercial status. The nature of the footage may also become relevant while determining whether a micro-drone operation was genuinely non-commercial. A drone commissioned by an organisation or media team for promotional or professional footage cannot automatically be treated as a private, non-commercial recreational flight.

Registration, Pilot Certification, and Safety Protocols

Securing geographic clearance is only the first step in a broader framework of mandatory drone compliance. Red-zone authorisation is only one part of drone compliance. The Drone Rules generally prohibit a person from operating a drone without first registering it on the Digital Sky platform and obtaining a Unique Identification Number (UIN), unless the drone or operation has been granted a specific exemption.

This identification number functions as a digital license plate tied directly to the physical hardware. The UIN is linked to the drone’s manufacturer-provided serial number, flight-control module and remote pilot station. The person operating the aircraft is also responsible for ensuring that it conforms to a valid type certificate where such certification is required. Additionally, where a remote pilot certificate is necessary, the person flying the drone must possess a valid certificate applicable to the relevant category, sub-category and class of unmanned aircraft system.

Beyond paperwork, operators face severe liabilities regarding the physical safety of the public below. The rules also prohibit the operation of a drone in a manner that directly or indirectly endangers the safety and security of any person or property. Drones must remain clear of manned aircraft and cannot interfere with their right of way.

While flying over a crowd is not a definitive legal violation in itself, it introduces significant technical risks that investigators will evaluate. Flying above a tightly packed gathering does not automatically prove that the safety rule was violated. However, it creates an additional issue that the authorities may examine. A malfunction, loss of control, battery failure or collision could cause a drone to fall upon the people assembled below. To mitigate these inherent operational risks, third-party insurance requirements also apply to drone operations, although nano drones are exempt from the insurance requirement.

The Balance of Liberalisation and National Security

The current legal framework represents a deliberate attempt by the state to foster technological innovation without compromising public safety. The Drone Rules, 2021, were introduced by the Government of India as part of an attempt to simplify the civilian drone regime and encourage the legitimate use of unmanned aircraft systems. According to the government, the framework is based on trust, self-certification and non-intrusive monitoring. With the rules, the number of forms was reduced from 25 to five, and the number of different fee categories was brought down from 72 to four.

To facilitate this ecosystem, the state built streamlined digital infrastructure. Digital Sky was developed as a user-friendly, single-window system. Several approvals were abolished, and green-zone operations were freed from prior flight permission. The yellow-zone radius around airports was also reduced from 45 kilometres to 12 kilometres. However, liberalisation did not mean that anyone could fly a drone anywhere.

The deregulation of low-risk areas was intentionally paired with unyielding protections for highly sensitive sites. The government removed unnecessary restrictions from low-risk green-zone operations while maintaining strict control over airports, defence establishments, government buildings, strategic locations, densely populated areas and other sensitive airspace.

Consequently, basic safety checks remain non-negotiable across the country. The rules preserved mandatory zoning, pre-flight verification, registration, certification and safety obligations. They also enabled law enforcement agencies to impose temporary restrictions where an urgent security threat emerged.

Understanding this balance reveals why unauthorized flights over protected political centers are treated with such gravity. This is where the distinction becomes important. Flying a drone inside a red zone is not simply a failure to complete an ordinary form in an otherwise unrestricted area. It amounts to entering airspace where civilian drone operations are barred unless the Central Government grants permission.

The Dual-Use Dilemma: Why Camera Drones Present a Security Threat

To the casual observer, a consumer quadcopter might seem like a harmless consumer electronic device. However, why even ordinary camera drones are treated as a security concern stems from their inherent technical versatility. A civilian quadcopter may appear to be nothing more than a flying camera. However, the same basic platform can be used for purposes extending far beyond photography.

The rapid advancement of consumer tech has closed the gap between commercial toys and specialized surveillance gear. Modern camera drones can transmit live video, record high-resolution footage, hover over a location, follow programmed routes and return automatically to their launch point. Depending on the model, they can also carry objects in addition to the camera installed on them.

This creates a stark division between productive industrial applications and malicious espionage or attacks. Such capabilities can be used lawfully for surveying, agriculture, mapping, rescue operations, filmmaking and infrastructure inspection. They can also be misused to observe security deployments, identify access routes, record sensitive installations or carry prohibited payloads.

Because a drone's true intent cannot be parsed from a distance, air defense and law enforcement agencies must enforce uniform, proactive bans. Authorities cannot determine the operator’s intention merely by looking at a drone in the sky. A machine used to record a public gathering may outwardly resemble another drone being used for reconnaissance or carrying an unauthorised object. This is why the regulations focus on the location, aircraft, operator and permission rather than accepting the claimed purpose of the flight after the drone has already entered restricted airspace.

The Evolution of Unmanned Systems in Modern Conflict

The strict nature of civilian drone laws becomes entirely logical when viewed through the lens of recent geopolitical conflicts. Drones have changed the character of modern warfare. Earlier, military air power was dominated by fighter aircraft, helicopters and large surveillance platforms. Drones were primarily viewed as specialised systems used by technologically advanced militaries. Cheap commercial quadcopters, first-person-view (FPV) drones, loitering munitions and autonomous systems have changed that equation.

The economics of modern defense have flipped, allowing non-state actors and small military units to achieve massive tactical advantages at a fraction of traditional costs. Small drones can observe enemy positions, relay targeting information, strike vehicles, attack soldiers or force expensive air-defence systems to respond to comparatively inexpensive threats. Their low cost allows military units to deploy them in large numbers without risking a pilot.

Despite the proliferation of low-cost autonomous swarms, traditional heavyweight aviation assets remain vital for macro strategic operations. However, fighter jets have not become obsolete. They continue to dominate deep-penetration missions, air superiority, electronic warfare, high-speed operations and strikes requiring larger payloads.

The future of defense relies on a hybrid operational model that integrates both systems. The emerging model combines manned and unmanned aircraft. Drones can fly ahead, locate targets, absorb defensive fire and conduct strikes while the manned aircraft remains at a safer distance. Warfare is increasingly being shaped not only by speed and firepower but also by data, signals, software, electronic warfare and autonomous systems. The development of drone warfare nevertheless explains why governments do not treat unidentified drones near sensitive locations as harmless toys merely because they carry cameras.

Case Study: High-Tech Engagements in Operation Sindoor

The real-world stakes of these evolving aerial threats were vividly illustrated during recent military engagements along India’s borders. Operation Sindoor demonstrated the offensive and defensive use of drones. According to an official government account, Pakistan attempted to target several military locations in northern and western India with drones and missiles on the night of 7th and 8th May 2025.

The multi-axis assault tested the readiness of domestic air defense grids across a vast geographical front. The attempted attacks covered locations including Srinagar, Jammu, Pathankot, Amritsar, Jalandhar, Ludhiana, Bathinda, Chandigarh and Bhuj. India’s Integrated Counter-UAS Grid and air-defence systems detected and neutralised the threats.

The conflict escalated rapidly as both nations deployed advanced unmanned systems to disrupt supply chains and command outposts. Pakistan subsequently carried out drone and unmanned combat aerial vehicle (UCAV) attacks against Indian airbases and logistics infrastructure. The attacks were countered by India’s layered air-defence network and integrated command-and-control systems.

In response, domestic forces deployed precision autonomous systems to suppress hostile fire and dismantle electronic infrastructure. India also used drones offensively during the operation. The government said that loitering munitions were used to locate and destroy important targets, including radar and missile systems. Such systems are also described as kamikaze or suicide drones because they remain in the target area before striking an identified objective.

These tactical maneuvers showcased a broad spectrum of advanced military hardware deployed by both sides. Long-range drones and guided munitions formed part of India’s precision-strike capability. Indian forces also recovered or identified Turkish-manufactured UAVs, long-range rockets, quadcopters and commercial drones used during Pakistan’s attempted attacks.

Defeating these complex incursions required a highly coordinated, multi-layered defensive response. The response involved a combination of counter-UAS systems, electronic warfare equipment, shoulder-fired weapons, older air-defence guns and modern missile systems. Therefore, Operation Sindoor showed the complete cycle of drone warfare. Drones were used for surveillance, attempted attacks and precision strikes, while electronic warfare and counter-drone systems were used to detect, jam and destroy them.

Statutory Liability, Financial Penalties, and Criminal Prosecutions

Operating an unauthorized aircraft within these high-security zones exposes the individuals involved to severe administrative and financial liabilities. The Drone Rules provide for action against those who violate the regulations. The authority can impose a penalty of up to Rs 1 lakh after giving the person concerned an opportunity to be heard.

Beyond purely financial penalties, the aviation regulator can permanently strip operators of their flying privileges. The DGCA can also suspend or cancel a certificate, authorisation or approval if the holder is found to have violated the rules. The rules, as notified in 2021, classified the contravention of the prior-permission requirement under Rule 22 as cognisable and non-compoundable.

This regulatory framework remains robust and fully enforceable under India's updated aviation laws. The Aircraft Act, 1934, under which the Drone Rules were originally issued, was replaced by the Bharatiya Vayuyan Adhiniyam, 2024, which came into force on 1st January 2025. However, Section 43 of the new law preserves rules, permissions, certificates and other actions taken under the repealed Act, provided they are not inconsistent with the new legislation. The Drone Rules, therefore, continue to operate under the corresponding provisions of the new law.

Crucially, if an unauthorized flight places civilians in danger, the legal consequences scale from administrative fines to active criminal prosecution. The Bharatiya Vayuyan Adhiniyam also separately provides punishment where an aircraft is wilfully flown in a manner that endangers a person or property. Such an offence can attract imprisonment of up to two years, a fine of up to Rs 1 crore, or both. Whether that provision applies would depend on the circumstances of the flight and the evidence available to the authorities.

Conclusion: A Mandatory Call for Full Accountability

The facts surrounding the Jantar Mantar incident point toward a clear and deliberate violation of national aviation protocols. The video shared by CJP from Jantar Mantar shows that a drone was operating above the protest venue at around 9 am. The Digital Sky map places the location inside multiple red zones. Under the Drone Rules, the flight could be legally conducted only after prior permission from the Central Government.

Political, journalistic, or promotional justifications cannot override the statutory requirements established to protect sensitive national infrastructure. The drone’s size, the fact that it was recording a political programme and the claim that it was used only to show the crowd do not replace the legally prescribed authorisation.

To preserve public safety and vindicate the rule of law, the political organizers must present verifiable documentation regarding the flight's legality. CJP and the person who published the footage should disclose the drone’s model, weight and registration number, the identity and certification of its operator, and the Central Government permission under which it was flown.

Failure to produce these verifications requires immediate, decisive enforcement action by law enforcement agencies. In the absence of such permission, the drone flight used to capture the ‘Sansad Chalo’ gathering was unauthorised and violated India’s red-zone drone regulations, and the authorities must take necessary action before this gives the impression that such activities are allowed in red zones.