OVERVIEW
In a world where the element of surprise wielded by adversaries can be highly varied, the readiness of nations to defend themselves and respond swiftly and effectively must be exemplary and groundbreaking. The development of systems that safeguard the nation from above has become increasingly prevalent, thanks to advancements in the realm of Unmanned Aerial Vehicles (UAVs). The Heron MK II, a Medium Altitude Long Endurance (MALE) UAV, represents an enhanced version of the Heron UAV. This model is employed by the Israeli Air Force and is operational with over 20 other entities globally. Incorporating the most sophisticated technologies devised by Israel Aerospace Industries (IAI) to date, the Heron MK II stands as a strategic and versatile aircraft, adept at carrying various payloads concurrently.
HIGHLIGHTS
- An updated model of the Heron UAV
- Strategic and versatile aircraft capable of carrying diverse payloads
- Can reach an altitude of 35,000 feet, speed of 150 knots and remain in the air for 45 consecutive hours
- Wide and strong body structure, allowing for quick and easy maintenance without adding to its weight
- Enables new configurations, as long-range observation sensors and radars
Values & Benefits
Equipped with an aviation-certified engine, the Heron can ascend to altitudes exceeding 35,000 feet and achieve a top speed of 150 knots, with an endurance of up to 45 continuous hours. The advancements in manufacturing technologies have endowed the Heron MK II with a broader and more robust body structure. This enhancement not only facilitates multi-payload missions but also ensures quick and effortless maintenance.
The Heron MK II paves the way for new configurations, such as long-range, deep observation sensors. It can support a broad spectrum of additional payloads, including Electro Optics, Radars, ELINT, COMINT, ESM, Communication Relay, and specialized missions.
A particularly notable feature of the Heron MK II is its Standoff Capability. This function allows for the gathering of intelligence from tens of kilometers away, without the need to cross borders, made possible by its capacity to carry larger and improved sensors.
