BEERSHEBA -- Zmira Almog quietly arranges a bouquet of flowers in her shop on the main road of Beersheba, Israel’s largest city in the south and latest target for rockets fired by the Palestinians from the Gaza Strip.
On Sunday, the Israeli Air Force deployed for the first time home-grown anti-rocket technology giving residents a sense of security and sending what Israeli leaders say is a deterrence message that rocket attacks will be dealt with a firm hand.
RELATED:IDF deploys Iron Dome battery outside BeershebaMofaz: Israel cannot hide behind an Iron Dome“I am happy,” Almog says. “I believe this is going to give us a sense of security. I hope that it works. I hope that we won’t need to use it and it won’t be necessary, but I have a better sense.”
The rocket shield is called Iron Dome and its first battery was deployed
on the dunes on the outskirts of Beersheba facing Gaza, about 40
kilometers (25 miles) to the west on Sunday. Residents of this city of
close to 200,000 residents have put pressure on the government to deploy
the Iron Dome shield as quickly as possible – and a little faster than
the army would like -- after two Grad-type rockets slammed into the city
last week, injuring one person.
Over the past two weeks, since the border between Israel and Gaza heated
up, some 100 rockets and mortar shells have hit Israel, as of yet
causing no fatalities. Israeli retaliatory strikes have left at least 13
Gazans dead, according to the Israel Defense Forces. While Hamas says
its rockets are aimed at military installations, nearly all of them land
in civilian areas. The rockets they use are very simple and inaccurate.
The new defense system, developed by the state-owned Rafael defense
industries, is designed to knock down incoming rockets at a range of
four to 70 kilometers. The multi-mission radar of each battery is
supposed to lock in on incoming rockets and send out a firing sequence
to one of its three launchers, each equipped with 20 interceptors.
“Iron Dome is a very capable system, but on the other hand it is
important to highlight that we are in the evaluation phase in the
operational sites,” says Brig.-Gen. Doron Gavish, commander of Israel’s
air defenses. “Today we are trying to accelerate the operational tests
in order to be ready as fast as we can.”
Gavish says they have “accelerated” the batteries’ deployment due to
the surge in rocket attacks from the Hamas-controlled Gaza Strip over
the past two weeks. He was speaking a few hours after Israeli aircraft
killed at least two Islamic Jihad men who were part of a squad the
Israeli army says was trying to launch a rocket attack.
Prime Minister Binyamin Netanyahu warned during his weekly
cabinet meeting on Sunday that Iron Dome wouldn’t be the only defense
against Palestinian rocket attacks.
"I don’t want to create an illusion that the Iron Dome system, which we
are deploying for the first time today, will provide a full or
comprehensive response," Netanyahu said. "The real response to the
missile threat is in the combination of offensive and deterrent measures
with defensive measures, and with a firm stance by the government and
public."
Israeli media reports said that a second Iron Dome battery, which is
mounted on mobile trailers, was to be deployed near the coastal city of
Ashkelon, another recent target of Palestinian rocket attacks.
The home-made Kassam rockets used by Hamas and other Gaza militants
have been gradually upgraded over the years. More recently include
Grads, knock-off versions of more sophisticated, longer range rockets
originally designed in Russia.
As the rockets’ ranges and force have grown, so has the threat. Where
once the rockets launched from Gaza were capable of reaching targets
within a few kilometers inside Israel, a thinly populated area of farms
and open stretches, today the army fears that millions of Israeli
civilians are within rocket range, even if Hamas hasn’t employed its
most sophisticated arms.
Iron Dome’s value to Israel extends beyond the contest with Hamas. To
its north, the Lebanese Shi'ite movement, Hezbollah, is believed to have a
far larger and more lethal arsenal of missiles. In Israel’s 2006 war
with Hezbollah, thousands of missile rained down on the country’s north,
forcing a third of the country into bomb shelters during the month-long
conflict.
Each Iron Dome battery reportedly costs some $50 million and each
interception costs some $25,000, a hefty sum considering that the
incoming rockets cost just a few-hundred dollars to produce.
But Gavish says the cost shouldn’t be measured missile-for-rocket, but
by considering the damage a rocket could cause if it hit a school,
hospital or heavily trafficked street.
“It’s more important to understand if you didn’t shoot something down, what would it hit?” he says.
“This is a unique system. There is no other system in the world that
shoots missiles against rockets. The Israel Air Force is working very
hard to make sure that the system will be able to work at peak
performance,” Gavish says.
Despite his confidence, some residents of Beersheba remain ill at ease.
“It’s not going to help 100%. If they fire 10 at one time, okay, maybe
they’ll intercept four. What about the other six?” asks Nisso Kfir,
owner of a small accessories store in the city, who says the Grad rocket
that hit last week landed just 100 meters from his house.
“The best
protection is to attack. Attack is the best defense.”
But his neighbor Yigal Bar-Eli says his spirits have been boosted by the
deployment of the Iron Dome battery to protect his city.
“This will really help the residents of Beersheba, so that next time
there’s something like this, it will be able to stop it. It gives us a
good feeling and sense of security,” Bar-Eli says.
Sgt. Nadav, an operator of one of the launchers who can only be
identified by his first name under army policy, is optimistic that the
interceptors will work and is itching to test it on a real incoming
rocket.
“It feels good to know that the citizens of Israel depend on us and to
know that we can help them against something that is not real easy to
protect them from,” he says. “I’ve seen the experiments and I’ve seen
how it works. It works pretty well.”