The AH-64E Apache is a multi-role attack helicopter designed and manufactured by Boeing (previously McDonnell Douglas Helicopter Company) for the United States Army. This advanced aircraft is an evolution of the AH-64A Apache, with significant improvements in terms of firepower, survivability, and mission capabilities. The AH-64E is designed to perform a wide range of tasks, including anti-armor, anti-infantry, and reconnaissance missions, making it a vital component of modern military forces.
Design and Development
The development of the AH-64E Apache began in the early 2000s, with the aim of creating a more advanced and capable version of the AH-64A/D Longbow Apache. The new design incorporated a number of significant upgrades, including a new rotor system, improved avionics, and enhanced firepower. The AH-64E features a composite main rotor blade, which provides increased strength and durability, as well as a new tail rotor design that reduces noise and vibration. The aircraft is also equipped with a state-of-the-art avionics system, including a glass cockpit and advanced navigation and communication systems.
Key Features and Capabilities
The AH-64E Apache is equipped with a range of advanced features and capabilities, including:
- Fire Control Radar (FCR): A millimeter-wave radar system that provides advanced targeting and tracking capabilities
- Target Sight System (TSS): A advanced electro-optical and infrared targeting system that provides high-resolution imagery and targeting data
- Modernized Day Sensor Assembly (M-DSA): A advanced sensor system that provides high-resolution video and still imagery in day and night conditions
- Improved engines: The AH-64E is powered by two General Electric T700-GE-701C engines, which provide increased power and efficiency
The AH-64E Apache is also equipped with a range of armament options, including:
| Armament Option | Description |
|---|---|
| 30mm M230 Chain Gun | A 30mm chain gun that provides anti-infantry and anti-armor capabilities |
| Hydra 70 Rockets | Unguided rockets that provide anti-infantry and anti-armor capabilities |
| Hellfire Missiles | Anti-armor missiles that provide advanced targeting and tracking capabilities |
Operational History
The AH-64E Apache has seen extensive operational service with the United States Army, as well as with a number of international customers. The aircraft has been used in a range of combat and peacekeeping missions, including operations in Iraq, Afghanistan, and Syria. The AH-64E has proven itself to be a highly effective and reliable platform, with a strong track record of performance in a variety of environments and conditions.
International Sales and Partnerships
The AH-64E Apache has been sold to a number of international customers, including the United Kingdom, Egypt, and India. The aircraft has also been used in partnership with other military forces, including the Australian Army and the Israeli Defense Forces. These international partnerships have helped to further develop the capabilities of the AH-64E, as well as to promote interoperability and cooperation between military forces.
The AH-64E Apache has a number of key performance characteristics, including:
| Characteristic | Value |
|---|---|
| Maximum Speed | 197 knots (229 mph) |
| Cruise Speed | 165 knots (190 mph) |
| Range | 257 nautical miles (472 km) |
| Service Ceiling | 20,000 feet (6,100 m) |
What is the primary role of the AH-64E Apache?
+The primary role of the AH-64E Apache is as a multi-role attack helicopter, designed to perform a wide range of tasks including anti-armor, anti-infantry, and reconnaissance missions.
What are the key features of the AH-64E Apache’s avionics system?
+The AH-64E Apache’s avionics system features a glass cockpit, advanced navigation and communication systems, and a range of sensors and targeting systems, including the Fire Control Radar (FCR) and Target Sight System (TSS).
What are the advantages of the AH-64E Apache’s composite main rotor blade?
+The AH-64E Apache’s composite main rotor blade provides increased strength and durability, as well as reduced noise and vibration. This helps to improve the overall performance and reliability of the aircraft, as well as to reduce maintenance requirements.
