Updated February 3, 2016:( ) is unveiling a new variant of its Vertical Take Off and Landing (VTOL) , equipped with a hybrid propulsion system integrating electric and internal combustion engines. The drone, displayed by the n Hankuk Carbon company, is designated ‘Front Engine ’ (FE-Panther) and is the latest development of ’s Panther family.
“Cooperation with Hankuk Carbon is a real opportunity to develop new capabilities and to pursue new business opportunities,” Ofer Haruvi, CTO of’s Military Aircraft Group said. “This cooperation will be beneficial to the Republic of South ’s military and civilian authorities.”
IAI and Hankuk Carbon are marketing the FE-Panther to Southn governmental entities under a Memorandum of Understanding (MoU) signed between the two companies, pursuing the feasibility study of the concept of a VTOL UAS for South Korean requirements.
According to Moon-Soo Cho, CEO of Hankuk Carbon, the new drone will be tailor-made to meet local requirements, which demand independence from runways in Korea’s mountainous region.
The new variant weighs 67 kg. – only two kilograms more than the existing three-motor Panther. Hankuk Carbon provides the fuselage assembly, made of lightweight composite materials, and some sub-systems.
The hybrid propulsion system enables users to employ two different power sources – the tilting electrical motors are optimal for vertical takeoff/landing and hovering, while the internal-combustion engine is employed for cruising.
The new propulsion system extends the mission endurance of the Panther by 33%, maintaining the same payload capacity (6 kg.) as the all-electric version.
“To develop and manufacture this VTOLfor Korean civil and military uses, and to meet the different needs of potential customers, both companies are also working on the joint development of another hybrid propulsion system,” Moon-Soo Cho added. “This strategic partnership will become a major manifestation of the Korean government’s policy of creative economy.”