Vins

Lagoa do Peri is a large freshwater lagoon surrounded by dense Atlantic Forest in the southern region of Florianópolis. Because it is located well away from the busy approach and departure paths of Florianópolis International Airport (FLN) and sits in a highly spacious, low-density area, its physical boundaries are extremely straightforward to navigate. This makes it an ideal, hassle-free location for clear polygonal mapping and straightforward drone flights compared to complex, narrow urban corridors.

While the airspace itself is wide open and highly accessible up to 40 meters without pre-scheduling, the lagoon is situated within a municipal nature park. Pilots must ensure they do not harass or film local wildlife, such as the endangered broad-snouted caimans or native bird species inhabiting the shores. The vast open water surface provides excellent clear line-of-sight (VLOS) conditions, but operators should remain mindful of typical lake wind shears and avoid flying too close to the forested hillsides where GPS signals could occasionally be obstructed.

Parque Madureira Mestre Monarco is a massive, linear urban park stretching across several neighborhoods in the North Zone of Rio de Janeiro. Because it sits entirely clear of the restrictive approach and departure funnels for Galeão International Airport (GIG) and Santos Dumont Airport (SDU), it is one of the easiest urban green spaces in the region to operate a drone legally under the standard 40-meter low-altitude exemption.

Despite the open airspace status, navigating an urban park requires strict adherence to operational safety boundaries. The park features open lawns, sports courts, and walking paths that attract large numbers of visitors, especially on weekends. Under ANAC rules, you must maintain a horizontal safety distance of at least 30 meters (100 feet) from non-consenting individuals, and flying directly over crowds, food plazas, or skate parks is strictly prohibited. Additionally, high-voltage power lines run parallel to certain sections of the park; pilots must maintain a wide clearance from this infrastructure to avoid electromagnetic interference and potential signal loss.

Praia do Português is an ultra-compact, hidden paradise measuring only about 30 to 50 meters in length. Tucked away on the northern coast of Ubatuba, it is separated from the main Praia do Félix by a jagged rocky coastline and a natural wall of stones that acts as a barrier against the open ocean. When the tide is right, it forms a breathtaking, crystal-clear emerald pool shaded by coconut trees and native Atlantic Forest. Because this niche location sits entirely outside the restrictive flight corridors of any commercial airports, it falls under the standard 40-meter low-altitude operational framework.

However, its extreme physical constraints make piloting a drone here a highly technical exercise. Because the beach is incredibly narrow, even a small group of visitors will take up the entire strip of sand. Under ANAC regulations, you must maintain a horizontal safety buffer of 30 meters (100 feet) from any non-consenting individuals. During mid-day hours, finding a legal takeoff spot on the sand that maintains this distance is virtually impossible. Pilots should aim for early morning flights when the beach is empty. Additionally, the high rocky cliffs and dense tree canopy immediately framing the sand can cause sudden wind shear and heavily degrade GPS satellite signals, making strict visual line of sight (VLOS) and manual flight stabilization awareness critical.

Praia da Joatinga is an ultra-niche, highly exclusive, and tiny beach hidden inside a private residential gated community in the Joá neighborhood, nestled between São Conrado and Barra da Tijuca. Measuring less than 300 meters in length, this wild slice of coast is framed by towering cliff walls, premium architecture, and massive rock formations. Because it sits entirely clear of the immediate restrictive approach zones for nearby airports, it qualifies under standard low-altitude airspace rules, removing the need for pre-scheduled flight windows.

However, the physical constraints of Joatinga demand exceptional piloting care. The beach area is completely dependent on the ocean tide; during high tide, the water can swallow the entire strip of sand, leaving nowhere to legally or safely launch or land your aircraft. Furthermore, because the usable beach area is so small, maintaining ANAC's mandatory 30-meter (100-foot) horizontal buffer from non-consenting individuals can be almost impossible on weekends when surfers and locals gather. The steep cliffs framing the cove also pose a risk for sudden wind shear and can block line-of-sight satellite reception, meaning you must keep your drone under close visual contact (VLOS) and avoid flying too close to the rock faces.

Praia do Cedro is a hidden, pristine gem located along the central coast of Ubatuba. Accessible only via a steep dirt trail or by boat, this tiny horseshoe-shaped beach is framed by dense, vibrant Atlantic Forest and dramatic rocky shores. Its emerald-green waters are remarkably calm, making it a spectacular niche spot for capturing jaw-dropping coastal contrasts. Geographically, it sits completely clear of restricted airport approach corridors, placing it under standard low-altitude airspace provisions.

Because it is exceptionally small and narrow, the beach leaves almost no margin for error. On sunny weekends or holidays, even a small group of visitors can easily blanket the usable sand area. Under ANAC regulations, you must maintain a strict horizontal safety buffer of 30 meters (100 feet) from any non-consenting people. To fly legally, you will likely need to launch from the rocky clearings at the edge of the beach rather than the central sand. Furthermore, the steep coastal cliffs directly behind the beach can block satellite signals—causing your drone to lose GPS positioning—and generate sudden, tricky wind drafts off the tree canopy. Pilots should maintain strict visual line of sight (VLOS) at all times.

Praia do Bananal is a secluded, narrow strip of sand located on the northern coast of Ilha Grande. Known for its calm, crystalline green waters, traditional caiçara culture, and dense Atlantic Forest backdrop, it is a textbook "niche" small beach. Because the island sits completely clear of the restricted airport approach paths on the mainland, it offers an ideal open airspace profile for low-altitude scenic filming.

However, the localized geography of a small island beach requires careful flight planning. The actual beach zone is quite narrow, meaning finding a launch point that maintains ANAC's mandatory 30-meter (100-foot) horizontal buffer from non-consenting tourists or local residents can be tight. Pilots should prioritize launching from open dock areas or clear rocky clearings when people are present. Additionally, the dense tropical canopy blanketing the steep hills right behind the sand can easily degrade GPS signals and cause unexpected wind drafts. Maintaining strict visual line of sight (VLOS) is critical to avoid tree collisions.

The Morro da Concha - Barra do Jucu is an iconic natural coastal formation located at the mouth of the Jucu River in Vila Velha. Because it sits comfortably outside the critical no-fly approach corridors of Eurico de Aguiar Salles International Airport (VIX) in Vitória, drone operators can execute operations using the standard low-altitude provisions, which eliminate the need for formal airspace slot allocation.
​However, pilots must remain highly alert due to the unique operational profile of this site. Morro da Concha - Barra do Jucu is a highly active and traditional launching ramp for paragliders and hang gliders executing coastal lift flights. Because manned paragliders always have operational right-of-way under DECEA guidelines, drone pilots must instantly yield the airspace, ground their aircraft if a paraglider approaches, and maintain a safe visual line of sight. Additionally, operators must maintain a horizontal distance of at least 30 meters (100 feet) from tourists and hikers visiting the hill's trails and viewpoints, and carefully monitor the strong, constant ocean winds typical of the Barra do Jucu coastline.

Praia do Forte, the main and most famous beach in Cabo Frio, is widely celebrated for its expansive white sands and clear waters, featuring the historic 17th-century São Mateus Fort at its eastern tip. Because the beach sits safely outside the immediate mandatory no-fly zones of Cabo Frio International Airport (CFB), operators can take advantage of standard low-altitude provisions.

To ensure a safe flight, pilots must strictly observe ANAC safety protocols. A horizontal distance of at least 30 meters (100 feet) must be maintained from non-consenting individuals, meaning flying directly over crowds on the beach or near the busy oceanfront boardwalk is prohibited. Additionally, ocean coastal winds can be strong and unpredictable in this region, requiring careful battery management and constant visual contact with the aircraft.

Ipanema Beach, one of Brazil's most iconic coastal landmarks, offers a spectacular landscape for aerial photography. Because it sits outside the immediate critical no-fly buffers of nearby airports like Santos Dumont (SDU), drone operators can utilize the standard "Access System for Unmanned Aircraft" rules. Under these guidelines, flights under 40 meters do not require formal airspace slot allocation, making it an excellent location for visiting pilots.

However, because Ipanema Beach is a highly frequented public area, drone pilots must strictly adhere to ANAC and DECEA safety protocols to prevent accidents. Pilots must maintain a horizontal safety buffer of at least 30 meters (100 feet) from individuals who have not explicitly consented to the flight. Flying directly over dense crowds on the sand or over nearby coastal roadways (such as Avenida Vieira Souto) is prohibited. Furthermore, pilots should remain vigilant regarding sudden ocean wind gusts and local helicopter corridors that frequently transit along the coastline.

The Dracena State Airport (ICAO: SDDR), located in the municipality of Dracena, São Paulo, serves as an essential regional aviation asset for the Alta Paulista region. The airfield accommodates general aviation, private corporate aircraft, agricultural flights supporting local agribusiness, and critical air ambulance services that connect the local population to advanced medical centers across the state.

Because arriving and departing aircraft execute low-altitude visual flight (VFR) approaches directly over the surrounding highways, agricultural fields, and urban outskirts, uncoordinated drone activity inside this operational area creates an immediate mid-air collision risk. An aviation accident in this zone would severely compromise public safety and disrupt vital medical and economic logistics. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The airspace surrounding Pacaraima, located in the far north of the State of Roraima on the international border with Venezuela, is an area of immense geopolitical importance and strategic value. The region features several private and government-utilized tactical runways, such as Ubarú (ICAO: SJNB) and Bala (ICAO: SJYM), which serve as critical logistical hubs. Because Pacaraima is a primary gateway for international migration and cross-border trade, its airfields handle constant operations by the Brazilian Armed Forces, the Federal Police, and humanitarian agencies managing refugee response, medical relief, and indigenous community support.

Because operating utility aircraft, military transports, and emergency helicopters must execute low-altitude maneuvers and visual flight rules (VFR) approaches directly over border corridors, rugged terrain, and the urban periphery, uncoordinated drone activity creates an immediate mid-air collision hazard. An airspace incident in this highly sensitive frontier zone would disrupt essential national defense, law enforcement, and humanitarian lifelines. Consequently, spontaneous or recreational drone flights within these airfield perimeters, their obstacle limitation surfaces, or their designated border security protection grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Oiapoque Airport (ICAO: SBOI), located in the municipality of Oiapoque, Amapá, is a highly strategic northern frontier infrastructure asset situated on the international border with French Guiana. Due to its unique geographic position and isolation from major overland networks, this airfield serves as a vital logistics and security hub, accommodating frequent operations by the Brazilian Armed Forces and Federal Police for border surveillance, alongside regional air taxis, government utility flights, and critical aeromedical air ambulance services.

Because incoming and departing aircraft execute low-altitude operations and visual flight rules (VFR) patterns directly over the Oyapock River basin, international transport corridors, and growing urban areas, uncoordinated drone activity within this active zone creates an immediate mid-air collision hazard. An aviation accident in this sensitive frontier area would compromise national security lines and disrupt life-saving emergency transport. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its designated security grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Jutaí Airport (ICAO: SWJU), located in the municipality of Jutaí, Amazonas, serves as a crucial transport lifeline for this isolated community deep within the Amazon rainforest. Due to the extreme lack of highway infrastructure in the region, the local population relies almost exclusively on air and river transport. The airfield frequently handles small-to-medium general aviation aircraft, regional air taxis, government utility transport, and critical aeromedical air ambulance flights transporting emergency patients to advanced medical facilities in Manaus.

Because arriving and departing aircraft must operate at low altitudes and execute visual flight rules (VFR) patterns directly over the surrounding dense forest borders, river waterways, and local municipal zones, uncoordinated drone operations create an immediate mid-air collision hazard. An accident in this highly remote interior hub would severely jeopardize human lives and paralyze the area's primary emergency transport system. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its designated safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

located in the northwest of the State of Amazonas near the borders of Colombia and Venezuela, is an infrastructure asset of supreme strategic value for Brazil’s national defense and regional integration. Serving the most indigenous municipality in the country, this airfield accommodates scheduled regional commercial routes, essential logistics cargo, and extensive operations by the Brazilian Armed Forces (especially the Brazilian Air Force and Army) supporting border platoons and national sovereignty.

Because transport, utility, and tactical military aircraft execute low-altitude instrument (IFR) and visual (VFR) approaches over deep jungle corridors, river basins, and the urban core of São Gabriel da Cachoeira, uncoordinated drone activity inside this restricted airspace poses an immediate mid-air collision hazard. An accident in this highly isolated frontier region would severely jeopardize national security operations and cut off the primary emergency medical lifeline for local communities. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

Eirunepé Airport – Amaury Feitosa Tomaz (SWEI), situated along Estrada do Aeroporto in the municipality of Eirunepé, Amazonas, serves as a vital lifesaver and logistical gateway for the remote Juruá River valley region. Due to the extreme geographical isolation of southwestern Amazonas, the airport acts as the primary link to the state capital, Manaus. It frequently handles commercial passenger flights (such as Azul Conecta turboprops), cargo logistics, emergency medical evacuations, and federal/state public safety missions.

Because the surrounding geography is dominated by dense tropical rainforest and isolated river communities, any technical failure of an incoming or departing aircraft caused by a mid-air collision with a drone would be catastrophic, with severely limited emergency landing alternatives. Aircraft must execute low-altitude instrument and visual flight paths directly over the airport's surrounding corridors. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its safety buffer zones, or its active traffic patterns are completely illegal under federal law (Brazilian Penal Code, Art. 261).

Sources

    Regulatory & Administrative Authorities: Department of Airspace Control (DECEA), National Civil Aviation Agency (ANAC), and the Air Force Detachment of Eirunepé (DESTAE-EI / Brazilian Air Force).

    Primary Framework: ICA 100-40 (DECEA regulations on Unmanned Aircraft Systems) and Article 261 of the Brazilian Penal Code.

    Flight Planning Portal: Airport safety restriction grids, regional air corridor updates, and mandatory airspace access coordination are managed via SARPAS NG and Aisweb.

The Eirunepé Airport (ICAO: SWEI), officially known as Amaury Feitosa Tomaz Airport and located in the municipality of Eirunepé, Amazonas, serves as a vital logistical and socioeconomic lifeline for the isolated Juruá river basin region. Because overland transit to this part of the Amazon is heavily restricted by geography, the airfield acts as a primary connection point, accommodating scheduled regional passenger operations (including commercial turboprops like the ATR 72), essential supply cargo cargo flights, and urgent aeromedical air ambulance services.

Because aircraft operating in this remote interior hub execute low-altitude visual flight rules (VFR) traffic patterns and instrument (RNP) approaches directly over the surrounding riverbanks, transport corridors, and urban edges, uncoordinated drone activity creates an immediate mid-air collision hazard. An accident within this restricted zone would severely disrupt public safety and cut off emergency access for an isolated community. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its designated security grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Palmeiras do Javari Airport (ICAO: SWJV), situated in the highly isolated western border region of Atalaia do Norte, Amazonas, is an infrastructure asset of vital significance for Brazil's national security and sovereign defense. Positioned deep within the Amazon rainforest along the Javari River valley (bordering Peru), this airfield primarily services the Brazilian Armed Forces, explicitly supporting the local Special Border Platoon (PEF). It acts as a lifeline for tactical surveillance, border patrol operations, and the delivery of critical medical and logistical provisions to both military personnel and native communities.

Because regional transport and tactical military aircraft operate under visual flight rules (VFR) at low altitudes during takeoff, landing, and maneuvering directly over the dense forest canopies and river boundaries, any uncoordinated drone activity within this high-security airspace establishes an immediate mid-air collision hazard. An aviation incident here would directly compromise frontier defense lines and life-saving transport networks. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its designated security grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Estirão do Equador Airport (ICAO: SWEE), located in the isolated border district of Atalaia do Norte, Amazonas, is an infrastructure asset of extreme strategic value for Brazil’s national defense and border integration. Situated deep in the western Amazon near the Peruvian border, this military-administered airfield is primarily utilized by the Brazilian Air Force (FAB) and the Brazilian Army to sustain the local Special Border Platoon (PEF), execute tactical surveillance, and distribute critical supplies and medical relief to isolated indigenous and riverside communities.

Because tactical transport aircraft (such as the C-105 Amazonas and C-98 Caravan) operate at low altitudes over surrounding dense jungle corridors and the Javari River basin under visual flight rules (VFR), any uncoordinated drone activity within this high-security sector poses an immediate mid-air collision hazard. An airspace incident here would directly compromise sovereign defense operations and vital logistical lifelines. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective security grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

Paulo Afonso Airport (SBAF) is a significant regional airport located in northern Bahia, near the borders of Alagoas, Sergipe, and Pernambuco. It serves as a vital logistics hub for the São Francisco River valley, accommodating scheduled commercial turboprop flights, private corporate aircraft, and critical government or security transport related to the region's massive hydroelectric infrastructure.

The airport is situated close to the urban center, major local highways, and the São Francisco River canyons. Because arriving and departing aircraft execute low-altitude instrument and visual approaches directly over these populated and unique topographical areas, uncoordinated drone activity poses an immediate threat to flight safety. Spontaneous or recreational drone flights within the airfield perimeter or its active traffic paths are completely banned under federal law (Brazilian Penal Code, Art. 261).

Regulatory Authorities: DECEA, ANAC, and the managing airport authority (Aena Brasil / Municipal/State administration).

Primary Framework: ICA 100-40 (DECEA) and Article 261 of the Brazilian Penal Code.

Flight Planning Portal: Operational safety grids and airspace restrictions are managed via SARPAS NG and Aisweb.

Located in the municipality of Paulo Afonso, Bahia, is a strategic regional infrastructure asset near the São Francisco River canyon region. The airport serves as an important logistical gateway for the northern part of the state and neighboring regions, accommodating general aviation, private executive aircraft, corporate transports supporting local hydroelectric infrastructure, and critical aeromedical air ambulance operations servicing local healthcare grids.

Because arriving and departing aircraft execute low-altitude instrument (IFR) and visual (VFR) approaches directly over the surrounding transport corridors, rural properties, and urban outskirts, uncoordinated drone activity inside this operational area creates an immediate mid-air collision risk. An aviation accident in this zone would severely compromise public safety and disrupt vital medical and economic logistics. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Carauari Airport (ICAO: SWCA), located in the municipality of Carauari, Amazonas, is an indispensable infrastructure asset in the heart of the Amazon rainforest. Because the region relies heavily on air travel for connectivity, the airport serves as a life-saving logistical hub, accommodating regional passenger routes, cargo aircraft delivering essential goods, oil and gas exploration charters, and emergency medical flights servicing isolated communities.

Because approaching and departing aircraft execute low-altitude operations and visual flight (VFR) patterns directly over the surrounding river corridors, dense forest borders, and the local urban area, uncoordinated drone activity within this active sector creates an immediate mid-air collision hazard. An aviation accident in this isolated region would severely disrupt local supply networks and emergency services. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The União da Vitória Airport (ICAO: SSUV), located in the municipality of União da Vitória, Paraná, is an essential infrastructure asset for the southern region of the state. The airport serves as a critical logistical connection, handling general aviation, private executive transports, agricultural flights supporting the regional economy, and emergency air ambulance services that connect the local population to advanced medical centers.

Because arriving and departing aircraft execute low-altitude visual flight (VFR) approaches directly over the surrounding river valleys, road networks, and urban outskirts, uncoordinated drone activity inside this operational area creates an immediate mid-air collision risk. An aviation accident in this zone would severely compromise public safety and disrupt vital medical logistics. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Cacoal Airport (ICAO: SSKW), officially named Capital do Café Airport and located in the municipality of Cacoal, Rondônia, serves as a crucial socio-economic and logistical gateway for the state's interior. The airport accommodates scheduled commercial flights connecting the region to major national hubs, alongside an active stream of general aviation, corporate executive operations, and critical aeromedical air ambulance flights serving the local healthcare network.

Because arriving and departing commercial aircraft execute low-altitude instrument (IFR) and visual (VFR) approaches directly over the surrounding transport corridors, rural properties, and expanding urban outskirts, uncoordinated drone activity inside this operational area creates an immediate mid-air collision risk. An aviation accident in this zone would severely threaten civilian lives on the ground and disrupt vital regional transit. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Diomício Freitas Airport (IATA: CCM, ICAO: SSFC), located in Forquilhinha and serving the Forquilhinha and Criciúma metropolitan region in Santa Catarina, is a vital infrastructure hub for the state's southern economic sector. The airport handles a steady volume of regional charter flights, corporate executive transport, and critical aeromedical air ambulance operations servicing regional medical facilities. It also hosts local flight school maneuvers and general aviation maintenance operations.

Because arriving and departing aircraft execute low-altitude visual (VFR) and instrument (IFR) approaches directly over dense urban areas, residential neighborhoods, and major highway systems, uncoordinated drone activity within this airspace poses an immediate mid-air collision hazard. An accident here would jeopardize commercial operations and civilian safety on the ground. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its designated security protection grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Currais Novos Airport (ICAO: SNKN), located in the municipality of Currais Novos, Rio Grande do Norte, serves as an essential regional aviation asset for the Seridó region. The airfield accommodates private executive aircraft, infrastructure development missions, and critical air ambulance services that connect local patients to advanced medical centers in Natal and other major cities.

Because arriving and departing aircraft execute low-altitude visual flight (VFR) approaches directly over the local road networks, agricultural properties, and urban outskirts, uncoordinated drone activity inside this operational area creates an immediate mid-air collision risk. An aviation accident in this zone would compromise public safety and disrupt vital medical logistics. Therefore, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).

The Aripuanã Airport (ICAO: SWRP), located in the municipality of Aripuanã, Mato Grosso, is an essential infrastructure asset for the remote northwest region of the state. The airport serves as a critical logistical lifeline for the municipality, handling an active flow of private executive flights, corporate transports linked to local mining and agribusiness operations, and emergency air ambulance services that connect the local population to advanced regional medical centers.

Because incoming and departing aircraft must execute low-altitude visual flight (VFR) traffic patterns and approaches directly over the surrounding rural properties, transport corridors, and growing urban areas, uncoordinated drone activity within this operational zone poses an immediate mid-air collision hazard. An accident in this airspace would drastically compromise regional logistics and emergency response infrastructure. Consequently, spontaneous or recreational drone flights within the airfield perimeter, its obstacle limitation surfaces, or its protective safety grids are completely prohibited under federal law (Brazilian Penal Code, Art. 261).