DSEi 2011: NG opens up HART to Europe
Northrop Grumman (NG) introduced its Heterogeneous Airborne Reconnaissance Team (HART) solution to the European market at DSEi on 13 September.
According to Tim Beard, deputy director for advanced concepts at NG, HART answers the needs of ground forces conducting operations with airborne ISR systems.'The issue is that there are lots of UAVs in the air but no-one has created a system with all those so we can share the data and take advantage of all the ISR being generated in the field,' he explained.
Run in collaboration with DARPA, the HART programme has already conducted field tests with the US Army and US Marine Corps (USMC). Beard described a series of supercomputers capable of processing data from multiple UAVs, geo-registering it and disseminating back to warfighters on the ground via personal display units.
'Small unit leaders in complex environments have limited real-time RSTA services. Tasking, re-tasking and sensor to shooter timelines are too long, unless they own their own UAV,' he continued.
To date, 10 different types of UAV have been integrated to operate in the HART concept of operations. These include Shadow, Raven, Scan Eagle and Wasp as well as the Huron ARMS fixed wing asset. Beard added that Gray Eagle, Fire Scout and Global Hawk platforms were currently being integrated into the system.
In total, HART can accommodate over 50 air vehicles that can be tapped into by 50 users, although this would involve a queueing system, Beard conceded. The system is capable of managing and deconflicting airspace movements. Warfighters are also able to annotate and share video data with other dismounted users.
'[HART] is a platform agnostic solution that enables direct access to actionable intelligence via a system of existing UAS, sensors and networks. It disseminates geo-registered video to small unit leaders via handhelds and to TOCs via visual displays. It can also manage bandwidth to whatever system a soldier has in the field,' Beard said.
The system works in conjunction with the HART C3 Center, designed for operations within a TOC. This, Beard described, included a general purpose computer for long term planning which can manage allocated airspace as well as manage service requests and product delivery to warfighters.
In addition, HART can also be networked to the Mobile Ground Control Station or Portable Air Vehicle Image Exploitation Supercomputer.
Referring back to ongoing developments with the US Army and USMC, Beard said both services were looking to undergo additional test exercises in 2012. In March this year, the army and DARPA conducted an operational capability demonstration at Dugway, Utah. The USMC has also run exercises in Quantico, Virginia and Twenty-Nine Palms in California.
More from Digital Battlespace
USAF-funded research will investigate high value-added signal processing algorithms, frameworks, and systems for electronic intelligence and related signal processing.
How anti-jam technology is helping provide resilience for Global Navigation Satellite Systems (Sponsored)
Accurate position information is crucial for many military and commercial applications. Global Navigation Satellite Systems is the most common source for position in land, airborne and marine applications within manned and unmanned vehicles, guided munitions, and many other platforms around the world.
GSG-7 simulator is designed to deliver a higher standard of GNSS signal testing in a cost-effective, easy-to-use, turnkey form factor.
The US hopes that combining electromagnetic warfare capabilities in the sea, air, and land domains would generate enhanced combat effects.
With the rise of increasingly assertive rivals like China and Russia, the Five Eyes allies are preparing their militaries for an uncertain future.
Puma 2 AE and Puma AE 3 operators will be able to fly their drones even if no GPS is available.