Breaking News
Iran unveils new 'suicide drone' Open in fullscreen

The New Arab & agencies

Iran unveils new 'suicide drone'

The new drone is 'primarily for maritime surveillance' []

Date of publication: 26 October, 2016

Share this page:
  • 0

  • twitter
Iran's elite Revolutionary Guards say they had developed a 'suicide drone' capable of delivering explosives to blow up targets at sea and on land.

Iran's elite Revolutionary Guards said on Wednesday they had developed a "suicide drone" capable of delivering explosives to blow up targets at sea and on land.

The new drone is primarily for maritime surveillance and "has not been designed to be armed with missiles," the Tasnim news agency, which is close to the Guards, reported.

"(But) it can carry heavy payloads of explosives for combat missions to launch suicide attacks.

"Flying at a high cruising speed near the surface of the water, the aircraft can collide with the target and destroy it, either a vessel or an onshore command centre."

Tasnim said the drone was designed to fly as low as two feet (half a metre) above the water at a speed of around 250 kilometres (160 miles) per hour but could reach an altitude of 900 metres (3,000 feet).

As with previous drone announcements by Iran, the news agency released photographs of the aircraft on the ground, but no footage of it flying.

"It has an advanced military camera with the capability of being used at night and during the day, as well as the possibility of being used in damp sea conditions," Tasnim said.

Earlier this month, the Revolutionary Guards claimed to have produced a new attack drone, the Saegheh (Thunderbolt), by reverse-engineering a US Central Intelligence Agency RQ-170 Sentinel drone that was captured in December 2011.

Iran claimed one of its cyber warfare units took control of the US drone and landed it safely, while the US says a technical problem caused it to crash.

The Guards released pictures of the Thunderbolt, but no footage of it in flight.

The New ArabComments

Most Popular

Most Popular

    Read More