In the early hours of the morning, an Iranian attack drone was shot down over northern Iraq by an American C-RAM system. Footage circulating online shows a bright stream of light rising in the dark, followed by a short flash in the sky. Shortly afterwards, the target goes dark.
The incident took place near an American military site in the Kurdish region. According to local sources, the characteristic buzzing sound of an approaching drone was heard first, after which the air defence system opened fire a few seconds later.
What is C-RAM?
C-RAM stands for Counter Rocket, Artillery and Mortar. The system was developed to intercept incoming rockets, artillery shells, mortars and drones at short range.
At its core is a 20mm rapid-fire gun derived from the Phalanx ship defence system. The weapon can fire up to 4,500 rounds per minute. The radar detects the target, calculates its trajectory in fractions of a second and opens fire automatically as soon as the object comes within range. That range is around 1 to 2 kilometres.
The footage shows the system firing a stream of tracer ammunition. This ammunition contains self-destructing projectiles, so rounds that miss their target break apart after a few seconds and pose no danger to the surroundings.
Growing drone threat in Iraq
In recent years, the American presence in Iraq has regularly faced drone attacks by militias with ties to Iran. These are often relatively simple aircraft, but fitted with explosive charges that can cause considerable damage.
The drones used are usually one-way attack drones, also known as loitering munitions. They are launched from improvised platforms and fly at low altitude to make radar detection harder. Their speed is usually between 150 and 250 kilometres per hour.
For a system like C-RAM, that makes them a suitable target. It was designed precisely for short reaction times against fast-approaching objects coming in at low altitude. Below is another test video of the C-RAM
From rockets to drones
C-RAM was originally deployed in Iraq and Afghanistan against mortar and rocket attacks on bases. That threat has not gone away, but it has been joined by drones that can steer more precisely and select specific targets.
Where a mortar round follows a ballistic trajectory, a drone can manoeuvre. That requires constant tracking until the moment of impact. Modern C-RAM variants combine radar with electro-optical sensors to track small targets better.
The system is usually placed at fixed installations around bases, but can also be deployed on the move on a trailer or truck.
Reaction time of seconds
In the interception over northern Iraq, the system appears to have reacted almost immediately. There is often less than ten seconds between detection and interception, depending on the target’s distance and speed.
The video shows no secondary explosion on the ground, suggesting the drone was destroyed in the air. That is crucial with attack drones, because an explosive charge that reaches the base can cause considerable damage to personnel or infrastructure, even if it is limited in size.
Limited margin
Although C-RAM is effective against individual targets, the system also has limitations. It protects a relatively small area. With several targets at once, the ammunition supply can quickly run low. A standard magazine holds a few thousand rounds — enough for short bursts, but not for a prolonged defence against swarms.
Even so, it remains one of the few systems that can react directly and autonomously without an operator first having to launch a missile. In situations where seconds count, that makes a difference.
The interception over northern Iraq fits a pattern of ongoing tensions in the region. The combination of cheap attack drones and fixed military installations creates a continuous cycle of attack and defence.
