This beast is your pic of the week. You're looking at Italy's newest UAV, the Piaggio P.1HH Hammerhead. Besides looking like an actual shark, this plane is interesting because it represents a trend that's been underway for several years: turning manned aircraft into unmanned drones capable of doing everything from spy missions to cargo runs in Afghanistan. That's right, the Hammerhead is basically one of Piaggio's distinctive P.180 Avanti business planes.
Of course, the inside has been gutted and the cockpit and creature comforts have been replaced with equipment allowing the plane to be flown remotely. There is also space for all sorts of spy gear, which could include everything from infrared cameras to equipment for intercepting enemy communications or collecting information on radar systems.
Manned aircraft have been converted into drones for decades. B-17s were turned into guided missiles in World War II, and more recently F-16 Vipers have been converted into target drones. The U.S. Navy's latest version of its Fire Scout unmanned helicopter, the MQ-8C Fire-X, is based on the manned Bell 407 civilian chopper. Lockheed's K-MAX, based on a manned chopper of the same name, is delivering cargo to Marines in Afghanistan. (On a related note, the Air Force's planned fleet of 80 to 100 new stealth bombers will be "optionally manned" to keep pilots out of harm's way when possible.)
Turning manned aircraft designs into drones makes a lot of sense. Why spend money and time to design a brand new aircraft when you can simply convert an existing one?
Here are the basics on the plane from a Piaggio Arero press release, (and yes, Piaggio Aero traces its roots to Piaggio, the company that makes Vespa scooters.):
After two years of development, the P.1HH "HammerHead" UAV has been rolled out and it successfully completed its first engine start and run way taxi on 14th February at an Italian Air Force base. The Piaggio Aero P.1HH - UAS first flight is scheduled for this year following the completion of the Vehicle Control & Management System integration and the ground test programme.
The Piaggio Aero P.1HH aircraft features automatic take-off and landing capabilities and is able to fly at up to 45,000 feet, with an outstanding endurance of 16 flight hours. The Piaggio Aero P.1HH "Hammer Head" UAV will also be compliant with the STANAG USAR 4671 standards that enable it to fly both in restricted and unrestricted flight areas.
Like the Piaggio Aero MPA - Multirole Patrol Aircraft - presented in July 2012, the Piaggio Aero P.1HH "HammerHead" unmanned aircraft - part of the P.1HH Unmanned Aerial System - is a derivative of the Piaggio Aero P.180 Avanti II platform newly designed for multi mission purposes such as aerial, land, coastal, maritime and offshore security, COMINT/ELINT missions, and electronic warfare.
The P.1HH "HammerHead" unmanned aircraft's main features are an enhanced airframe, increased aerodynamic configuration with a reinforced wing providing an increased surface and higher aspect ratio. The aerodynamic configuration is based on the development of new wings providing a 15,5 m wing span with the subsequent modification of the previous P.180 aerodynamic design but maintaining Piaggio Aero's patented 3 lifting surfaces configuration now employed in roles and applications that the Piaggio Aero's P.180 designers only envisioned.
The P.1HH "HammerHead" aircraft features a removable external section wing in order to guarantee easy ground transportation and provide operational flexibility in any environment. This modified aerodynamic configuration underwent extensive low speed/high speed wind tunnel testing to validate both its design and performance.
The P.1HH "HammerHead" aircraft will be remotlycontrolled from a autonomous mission control ground station (GCS) by both a Line Of Sight (LOS) and Beyond Line Of Sight (BLOS) satellite communication system. The Piaggio Aero UAS features a state of the art Vehicle Control & Management System (VCMS) combined with a sophisticated Air Data Terminal (ADT) and a customised Mission Management System (MMS) for the control of all mission specific equipment.