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Drone Rules for Amazon Tall Tower Observatory (ATTO)
São Sebastião do Uatumã, State of Amazonas (AM)
• Brazil
São Sebastião do Uatumã - State of Amazonas, 69135-000, Brazil
Lat: -2.14587 • Lng: -59.0056
Rules Edit History: Amazon Tall Tower Observatory (ATTO)
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May 28, 2026 4:09 AM
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Sources
- https://publicacoes.decea.mil.br/publicacao/ICA-100-40 — Under DECEA instruction ICA 100-40 and the international scientific protocols governing the ATTO project, the immediate airspace around the Amazon Tall Tower Observatory is a permanent zero-tolerance drone exclusion zone to prevent atmospheric data contamination.
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| Field | Before | After |
|---|---|---|
| Rule category | Ground | Air |
| Flight status | Unknown | NoFly |
| Summary | — | The airspace surrounding the Amazon Tall Tower Observatory (ATTO) (Uatumã Sustainable Development Reserve, AM) is classified as a highly specialized Atmospheric Research Core, Environmental Protection Airspace, and Scientific Micro-Emission Exclusion Zone. |
| Mapped shapes | 3550391b-63bc-4ebc-ab60-aef7a7098957 | f0e01f47-3a9c-4357-aadd-fa074d6adfa3 |
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Deep within the pristine Amazon rainforest, roughly 150 kilometers northeast of Manaus, stands the Amazon Tall Tower Observatory (ATTO). Reaching a staggering height of 325 meters (1,066 feet), this steel guyed tower is a joint milestone project between Brazil's National Institute for Amazonian Research (INPA) and Germany's Max Planck Institute. It is engineered specifically to measure greenhouse gases, aerosol particles, and cloud-atmosphere interactions at heights untouched by immediate ground-level disruptions.
Operating an unauthorized consumer drone in this remote scientific sanctuary is strictly prohibited due to hyper-specific environmental and mechanical constraints:
Severe Air Sample Contamination: The primary objective of the ATTO tower is to gather ultra-pure atmospheric samples to gauge the planet's health. Commercial drones emit minute but trace amounts of volatile organic compounds (VOCs) from heated plastic components, grease on rotor bearings, and off-gassing battery units. Flying a drone near the high-altitude intake vents introduces immediate artificial anomalies into global climate data models.
Micro-Aerosol Disturbances: The complex arrays on the tower measure delicate particulate matters and microscopic aerosol concentrations suspended over the forest canopy. The intense downwash and turbulent kinetic airflow generated by drone propellers completely disrupt the localized vertical wind profile and natural stratification of gases being measured by the station's sensors.
Complex Structural Aviation Hazards: The tower is stabilized by a vast, nearly invisible web of steel guy wires extending hundreds of meters out into the jungle canopy. An operator trying to navigate a drone near the tower risks clipping these high-tension structural wires, causing expensive damage to sensitive sensor booms or creating a physical maintenance hazard in a region that takes days to access via river and dense terrain.
The entire Uatumã Reserve is legally protected under strict conservation laws, and access to the ATTO site is restricted exclusively to authorized international research teams. Any civilian drone operation attempted within this research sector without high-level clearance from the INPA/Max Planck board and an approved flight profile registered through DECEA's SARPAS NG is strictly forbidden.
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+ Deep within the pristine Amazon rainforest, roughly 150 kilometers northeast of Manaus, stands the Amazon Tall Tower Observatory (ATTO). Reaching a staggering height of 325 meters (1,066 feet), this steel guyed tower is a joint milestone project between Brazil's National Institute for Amazonian Research (INPA) and Germany's Max Planck Institute. It is engineered specifically to measure greenhouse gases, aerosol particles, and cloud-atmosphere interactions at heights untouched by immediate ground-level disruptions. + + Operating an unauthorized consumer drone in this remote scientific sanctuary is strictly prohibited due to hyper-specific environmental and mechanical constraints: + + Severe Air Sample Contamination: The primary objective of the ATTO tower is to gather ultra-pure atmospheric samples to gauge the planet's health. Commercial drones emit minute but trace amounts of volatile organic compounds (VOCs) from heated plastic components, grease on rotor bearings, and off-gassing battery units. Flying a drone near the high-altitude intake vents introduces immediate artificial anomalies into global climate data models. + + Micro-Aerosol Disturbances: The complex arrays on the tower measure delicate particulate matters and microscopic aerosol concentrations suspended over the forest canopy. The intense downwash and turbulent kinetic airflow generated by drone propellers completely disrupt the localized vertical wind profile and natural stratification of gases being measured by the station's sensors. + + Complex Structural Aviation Hazards: The tower is stabilized by a vast, nearly invisible web of steel guy wires extending hundreds of meters out into the jungle canopy. An operator trying to navigate a drone near the tower risks clipping these high-tension structural wires, causing expensive damage to sensitive sensor booms or creating a physical maintenance hazard in a region that takes days to access via river and dense terrain. + + The entire Uatumã Reserve is legally protected under strict conservation laws, and access to the ATTO site is restricted exclusively to authorized international research teams. Any civilian drone operation attempted within this research sector without high-level clearance from the INPA/Max Planck board and an approved flight profile registered through DECEA's SARPAS NG is strictly forbidden.