Hermes 900 | |
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Elbit Hermes 900 takeoff | |
Role | Unmanned surveillance and reconnaissance aerial vehicle |
National origin | Israel |
Manufacturer | Elbit Systems |
First flight | December 9, 2009 [1] |
Introduction | May 2010 [2] |
Status | In service |
Primary users | Israeli Air Force Philippine Air Force Swiss Air Force |
Developed from | Elbit Hermes 450 |
The Elbit Systems Hermes 900 Kochav ("Star") [3] is an Israeli medium-size, multi-payload, medium-altitude long-endurance unmanned aerial vehicle (UAV) designed for tactical missions. It is a successor to the Hermes 450 series of drones, one of the most widely used military drones in the world. [4]
It has an endurance of over 30 hours and can fly at a maximum altitude of 30,000 feet (9,100 m), with a primary mission of reconnaissance, surveillance and communications relay. The Hermes 900 has a wingspan of 15 m (49 ft) and weighs 970 kg (2,140 lb), with a payload capability of 300 kg (660 lb). [5] Payload options include electro-optical/infrared sensors, synthetic-aperture radar/ground-moving target indication, communications and electronic intelligence, electronic warfare, and hyperspectral sensors. [6]
The Hermes 900 was first used by Israel during Operation Protective Edge in July 2014. It had been undergoing test flights and wasn't planned for operational deployment until late 2015, but it was introduced during the operation for unique missions that it could perform better than the Hermes 450. A few days after receiving orders to deploy the aircraft, one Kochav was readied for "temporary activity." The Hermes 900's first operational mission took place on July 15, 2014 during Israel's war in Gaza, in which a chain of operations and jet attacks destroyed Palestinian infrastructure. Maintenance on the aircraft during the operation was done by Elbit personnel because IAF ground teams had not yet been qualified to perform maintenance on it, and mission stations had Elbit representatives that guided the operators during combat flights. Following the end of the operation, the Hermes 900 returned to integration and flight testing to pass milestones that still needed to be met. [7] [8] The Hermes 900 was officially introduced into the IAF's operational lineup on 11 November 2015. [9]
On 6 April 2024, amid border tension during the Israel–Hamas war Hezbollah shot down a Hermes 900 with a surface to air missile in the south of Lebanon. [10] Another was shot down on 1 June 2024. [11] [12]
Azerbaijani media first mentioned the procurement of the Hermes 900 in August 2017, reporting up to 15 units having been purchased. In May 2018, the Azerbaijani government confirmed the purchase, releasing photos of Azerbaijani President Ilham Aliyev inspecting one of the drones. [13]
During the 2020 Armenian-Azerbaijani skirmishes, Armenia's Defense Ministry spokesperson Shushan Stepanyan reported that Armenian forces had shot down an Azerbaijani Hermes 900 drone, sharing the video of the alleged shoot down on social media. [14] [15] The Azerbaijani side denied losing any of its drones. [16]
During the 2024 Rio Grande do Sul floods, the Brazilian Air Force used Hermes 900 drones to help locate flood victims that required rescue. A drone located 36 flood victims between 5-6 May, enabling their rescue by lasing their positions to SAR helicopters. [17] One drone crashed due to a "technical problem", pending investigation by CENIPA. [18] A replacement Hermes 900 was bought in September 2024. [19]
On 14 January 2025, a Drishti-10 Starliner drone manufactured by Adani Defence & Aerospace crashed off the Gujarat coast near Porbandar. It was the second drone that had been delivered to the Indian Navy on 4 December 2024 and was undergoing pre-acceptance trials before induction by the original equipment manufacturer. The drone, worth ₹ 140 crore (US$16 million), was not a financial loss for the Navy as it had not been inducted yet. The drone was ditched into water while conducting an emergency landing. The airframe has been recovered and investigation is underway. [20]
In February 2025, it was reported that the crashed drone would be replaced by the manufacturer within 6 months. During the trials the drone faced frequent SATCOM deconnection which could be a reason for the crash. This mail function also disables some of the stated capability of the UAV. The Drone delivered to the Army also faced technical problems and is currently grounded. [21] [22]
Current operators
Data from Defense Update [55] Elbit Systems Australia [56]
General characteristics
Performance