Six people killed as helicopters collide over Brazil’s Rio de Janeiro

A midair collision between two helicopters over Rio de Janeiro has resulted in the deaths of all six individuals on board, local authorities confirmed. The tragic incident occurred on Sunday morning in the western suburb of Recreio dos Bandeirantes. An investigation into the cause of the crash has been launched by officials.

The helicopters collided before plummeting into the parking lot of an electric vehicle dealership, causing a fire that engulfed approximately 20 cars. Fire service spokesman Fabio Contreiras described the blaze as particularly difficult to extinguish due to the toxic gases emitted by the lithium-ion batteries in the electric vehicles. "When this type of battery catches fire, it releases highly toxic gases and intensifies both the temperature and severity of the blaze," Contreiras explained, adding that such fires require significantly more water than standard car fires.

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When this type of battery catches fire, it releases highly toxic gases and intensifies both the temperature and severity of the blaze.

Contreiras noted that the densely populated surrounding area was fortunate not to have suffered a higher death toll, as the crash occurred within the dealership's car park. Rescue workers discovered one helicopter engulfed in flames among the electric cars, with five victims inside. The second helicopter was found about 100 meters away, carrying only its pilot, who also perished. Debris from the aircraft was scattered over hundreds of meters. Footage circulating online depicted a large plume of smoke rising from the crash site.

While helicopter crashes are not uncommon in Brazil, authorities will need to review recordings of the incident to determine the definitive cause. Statistics from the Center for Investigation and Prevention of Aeronautical Accidents (CENIPA) indicate that 84 aircraft accidents had occurred in 2026 prior to this latest crash.

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Extinguishing a fire in one of these vehicles requires three to four times the amount of water needed for a standard car fire.