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The first is how to get the weapon in place.
Israel chose a special model of a Belgian-made FN MAG machine gun attached to an advanced robotic apparatus, according to an intelligence official familiar with the plot. The official said the system was not unlike the off-the-rack Sentinel 20 manufactured by the Spanish defense contractor Escribano.
But the machine gun, the robot, its components and accessories together weigh about a ton. So the equipment was broken down into its smallest possible parts and smuggled into the country piece by piece, in various ways, routes and times, then secretly reassembled in Iran.
The robot was built to fit in the bed of a Zamyad pickup, a common model in Iran. Cameras pointing in multiple directions were mounted on the truck to give the command room a full picture not just of the target and his security detail, but of the surrounding environment. Finally, the truck was packed with explosives so it could be blown to bits after the kill, destroying all evidence.
There were further complications in firing the weapon. A machine gun mounted on a truck, even a parked one, will shake after each shot’s recoil, changing the trajectory of subsequent bullets.
Also, even though the computer communicated with the control room via satellite, sending data at the speed of light, there would be a slight delay: What the operator saw on the screen was already a moment old, and adjusting the aim to compensate would take another moment, all while Mr. Fakhrizadeh’s car was in motion.
The time it took for the camera images to reach the sniper and for the sniper’s response to reach the machine gun, not including his reaction time, was estimated to be 1.6 seconds, enough of a lag for the best-aimed shot to go astray.
The A.I. was programmed to compensate for the delay, the shake and the car’s speed.