← Back to Barreira do Inferno Launch Center
Drone Rules for Barreira do Inferno Launch Center
Natal, Rio Grande do Norte (RN)
• Brazil
RN-063, km 11 - Ponta Negra, Natal - RN, Brazil
Lat: -5.92357 • Lng: -35.1674
Rules Edit History: Barreira do Inferno Launch Center
Showing changes between revisions.
Mapped shape change
Old outline is gray. New outline is blue.
May 28, 2026 4:16 AM
Approved
• circle, rule, description, source
Moderation feedback
Approved
Confidence: 0.80
Your rule edit passed automated review. The submitted source supports the restricted location, and your outline appears to match the selected place.
Sources
- https://publicacoes.decea.mil.br/publicacao/ICA-100-40 — Under the strict safety mandates of the Department of Aerospace Science and Technology (DCTA) and DECEA instruction ICA 100-40, the entire Barreira do Inferno Launch Center complex functions as a permanent Prohibited Airspace (No-Fly Zone).
Changed fields
Mapped shape change
Click to load this change into the shared map viewer here.
| Field | Before | After |
|---|---|---|
| Rule category | Ground | Air |
| Flight status | Unknown | NoFly |
| Summary | — | The airspace over and surrounding the Barreira do Inferno Launch Center (CLBI) (Parnamirim, RN) is classified as a critical Rocket Interception, High-Frequency Radar Telemetry, and Active Aerospace Hazard Zone. Civilian drone flights are completely banned across the entire coastal military base. |
| Mapped shapes | a0727ada-8acf-469b-b81e-374c800b90d4 | c9017422-cb65-45a6-8785-8e1e625442e4 |
Before
After
Established in 1965 just south of Natal, the Centro de Lançamento da Barreira do Inferno is a historic crown jewel of Brazil's aerospace program, operating as the country's very first active spaceport. Subordinated to the Brazilian Air Force (FAB), the base specializes in launching suborbital sounding rockets, conducting complex meteorological aerospace tests, and providing critical real-time radar tracking support for domestic launches and international commercial space missions (such as tracking SpaceX launch vectors crossing the South Atlantic equatorial corridor).
Operating a recreational or uncoordinated civilian drone around this coastal aerospace installation triggers instant defensive grounding due to highly unusual tactical risks:
High-Powered Radar Transmissions (Electromagnetic Blindness): CLBI utilizes massive, high-intensity tracking radars and telemetry arrays to scan deep into the upper atmosphere. The extreme radio frequency (RF) energy concentrated near the base can instantly swamp or fry the unshielded receiver chips of a consumer drone operating on standard 2.4GHz or 5.8GHz channels, causing an immediate control link failure and an unpredictable flyaway or crash.
Low-Altitude Supersonic and Helicopter Corridors: Because the launch facility directly neighbors the Natal Air Force Base (BANT), the skies over the Barreira do Inferno cliffs are a primary thoroughfare for low-altitude tactical flight patterns, fighter jet training runs, and search-and-rescue military helicopters. Rogue drones present a severe, zero-reaction-time collision risk to pilots navigating these low corridors.
Active Ballistic Tracking Integrity: During live operations (such as suborbital rocket campaigns), the base requires an absolutely clear, noise-free local airspace to execute precise telemetry locks. A consumer drone introducing local frequency ripples or drifting near the coastal firing thresholds can force an immediate, highly expensive mission abort.
The entire cliffside facility is tightly fenced, patrolled by armed military personnel, and heavily integrated into the regional defense radar framework. Any civilian drone attempting to breach the base boundaries without an explicit tactical waiver and direct command authorization processed through DECEA's updated SARPAS NG network will be suppressed by anti-drone electronic countermeasures. Operators will face immediate apprehension by military authorities and federal prosecution under the Military Penal Code.
Show inline change markers
+ Established in 1965 just south of Natal, the Centro de Lançamento da Barreira do Inferno is a historic crown jewel of Brazil's aerospace program, operating as the country's very first active spaceport. Subordinated to the Brazilian Air Force (FAB), the base specializes in launching suborbital sounding rockets, conducting complex meteorological aerospace tests, and providing critical real-time radar tracking support for domestic launches and international commercial space missions (such as tracking SpaceX launch vectors crossing the South Atlantic equatorial corridor). + + Operating a recreational or uncoordinated civilian drone around this coastal aerospace installation triggers instant defensive grounding due to highly unusual tactical risks: + + High-Powered Radar Transmissions (Electromagnetic Blindness): CLBI utilizes massive, high-intensity tracking radars and telemetry arrays to scan deep into the upper atmosphere. The extreme radio frequency (RF) energy concentrated near the base can instantly swamp or fry the unshielded receiver chips of a consumer drone operating on standard 2.4GHz or 5.8GHz channels, causing an immediate control link failure and an unpredictable flyaway or crash. + + Low-Altitude Supersonic and Helicopter Corridors: Because the launch facility directly neighbors the Natal Air Force Base (BANT), the skies over the Barreira do Inferno cliffs are a primary thoroughfare for low-altitude tactical flight patterns, fighter jet training runs, and search-and-rescue military helicopters. Rogue drones present a severe, zero-reaction-time collision risk to pilots navigating these low corridors. + + Active Ballistic Tracking Integrity: During live operations (such as suborbital rocket campaigns), the base requires an absolutely clear, noise-free local airspace to execute precise telemetry locks. A consumer drone introducing local frequency ripples or drifting near the coastal firing thresholds can force an immediate, highly expensive mission abort. + + The entire cliffside facility is tightly fenced, patrolled by armed military personnel, and heavily integrated into the regional defense radar framework. Any civilian drone attempting to breach the base boundaries without an explicit tactical waiver and direct command authorization processed through DECEA's updated SARPAS NG network will be suppressed by anti-drone electronic countermeasures. Operators will face immediate apprehension by military authorities and federal prosecution under the Military Penal Code.