US buying more laser-guided rockets useful in fight against Daesh

US Materials 11 July 2018 03:12 (UTC +04:00)
Пентагон направил во вторник в Конгресс США уведомление о намерении продать Великобритании авиационные ракеты на сумму $650 млн
US buying more laser-guided rockets useful in fight against Daesh

Defense contractor BAE Systems was awarded a contract to produce 10,000 more APKWS laser-guided rockets on June 29, evidently on top of the 17,000 units already ordered under the US Defense Department’s fiscal year 2018 budget, National Interest reported Tuesday.

Warrior Maven reported that unguided Hydra 70 2.5-inch rockets are being upgraded with laser-guidance packages under the so-called Advanced Precision Kill Weapons System (APKWS).

Speaking with the news outlet, a US Air Force spokesperson said APKWS "provides the warfighter [with] a precision-guided, moving-target capability" that can be mounted on an F-16 Fighting Falcon or A-10 Warthog. Officials in the service have said that the demand for guided rockets among aircrews conducting operations against Daesh in Iraq and Syria has been high, which might explain why so many more are being sought.

In contrast to Hellfire missiles, which weigh 100 pounds and are suited for taking out tanks, Hydra rockets are extremely effective at striking smaller targets such as groups of Daesh combatants. There is also a substantially lower risk of collateral damage with the 2.5-inch diameter rockets than with larger air-fired missiles.

The rockets hit their intended targets within two meters of where they are guided at a rate of 90 percent, according to BAE developers.

Developers are working on seeker technology to help the rockets travel through inclement weather more effectively. The weapon has "challenges where there are obscurants," says Dave Harrold, director of business development for survivability, targeting and sensing at BAE, Warrior Maven reported Tuesday.

In the future, the weapon may also be used to strike small surface targets at sea, according to a report from Naval-Technology.com.