MDHI reveals Block II advancement for MD 530G helo, MD Helicopters Inc (MDHI) has announced an improved Block II (2) variant of the MD 530G armed reconnaissance/light attack rotorcraft that it has developed in partnership with Elbit Systems of Israel.
The enhanced version of the ‘Little Bird’-variant helicopter, the existence of which was revealed by the company on 5 December, features advanced weapons and mission management capabilities.
“The proven, pilot-centric Integrated Weapons System (IWS) is comprised of a Helmet Display and Tracking System (HDTS), Weapons Management System (WMS), and Mission Management System (MMS),” MDHI said in a statement.
As noted by MDHI, these systems come together in an improved human-machine interface (MHI) that includes touch-screen multifunctional display (MFD) units in, what the company terms, “a multimission cockpit”.
Specifically, the IWS – an already-proven solution currently fielded on other Western helicopter types – “will deliver greater mission flexibility and improved operational performance”, MDHI said.
The HDTS allows for day and night operations, while the WMS allows the carriage of the Lockheed Martin AGM-114 Hellfire air-to-surface missile and/or the BAE Systems Advanced Precision-Kill Weapon System (APKWS). Interestingly, when the MD 530G Blk I was launched in January 2014, Jane’s was told by MDHI that the MD 530 could not carry the Hellfire due to weight constraints but that it would feature on the (since cancelled) MD 540A. It would appear that the company has now addressed this particular limitation.
The MMS features a digital mapping capability that is managed via a touchscreen MFD, as well as integrating directly with the electro-optical/infrared (EO/IR) sensor “to enable, detect, and store intelligence”, MDHI noted.
“Detect and store intelligence ensures that once a target has been acquired, the crew can choose to attack with guided weapons from a distance, or unguided munitions using the ballistics Continuously Calculated Impact Point (CCIP) displayed over the HDTS.”