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Bat™ is Northrop Grumman's family of affordable, medium altitude, multi-mission unmanned aircraft systems. This product line can be configured with differently-sized fuel tanks and different sensor payloads to meet ever-changing tactical missions, including intelligence, surveillance, reconnaissance, target acquisition and communications relay. Additionally, the Bat has a blended body design, enabling a much larger payload volume (3.2 cubic feet) that allows it to carry more payload than other UAVs of its size.
Runway-independent and fully autonomous, the Bat is a flexible, self-contained expeditionary system, designed to launch from a pneumatic/hydraulic rail launcher and recover into a net recovery system.
The Bat™ incorporates both the Hirth electronic fuel-injection engine and heavy fuel-variant, which runs on a variant of JP-8, the most widely used fuel variant within the U.S. military.
Currently the Bat™ family product line features both 12 foot- and 14 foot-wingspan aircraft and the R-Bat rotary wing variant. Under the command and control of its scalable, IP-based Ground Control Station, Northrop Grumman has successfully flown and deployed various mission payloads including ISR and EW using the Bat UAS.
UAS Bat™
© Northrop Grumman
Bat™ is Northrop Grumman's family of affordable, medium altitude, multi-mission unmanned aircraft systems. This product line can be configured with differently-sized fuel tanks and different sensor payloads to meet ever-changing tactical missions, including intelligence, surveillance, reconnaissance, target acquisition and communications relay. Additionally, the Bat has a blended body design, enabling a much larger payload volume (3.2 cubic feet) that allows it to carry more payload than other UAVs of its size.
Runway-independent and fully autonomous, the Bat is a flexible, self-contained expeditionary system, designed to launch from a pneumatic/hydraulic rail launcher and recover into a net recovery system.
The Bat™ incorporates both the Hirth electronic fuel-injection engine and heavy fuel-variant, which runs on a variant of JP-8, the most widely used fuel variant within the U.S. military.
Currently the Bat™ family product line features both 12 foot- and 14 foot-wingspan aircraft and the R-Bat rotary wing variant. Under the command and control of its scalable, IP-based Ground Control Station, Northrop Grumman has successfully flown and deployed various mission payloads including ISR and EW using the Bat UAS.
