Peruvian Air Force Upgrades Fifth A-37B Aircraft
By Gonzalo Silva Infante/Diálogo November 15, 2017To uphold its image as a force at the forefront of national and regional aerospace control, the Peruvian Air Force (FAP, per its Spanish acronym) carries on with the avionics systems upgrade program of its main combat, transport, training, and helicopter fleets. FAP must keep up with advances in aeronautics and aerospace technology to accomplish its missions—even more so because some of its aircraft are decades old.
In September 2017, FAP completed upgrades on communication, navigation, and special systems of its fifth Cessna A-37B Dragonfly, a U.S. light attack plane. The installation of advanced systems on aircraft falls on FAP’s Electronic Service (SELEC, per its Spanish acronym) and Maintenance Service (SEMAN, per its Spanish acronym) located at Las Palmas Air Base in Lima, Peru. With advanced maintenance laboratories, SELEC develops modification, integration, and installation projects for avionics systems in FAP’s fleet.
“New leaps in technology demand that we acquire and develop a diagnostic solution compatible with a wide range of our aerial platforms,” FAP Colonel Armando Pomar Galdós, commander of SELEC, told Diálogo. The upgrading work, Col. Pomar added, requires “the capacity to provide electronic maintenance support for communication, navigation, and radar systems, weapons with electronic components, and biomedical equipment, among many other applications.”
The upgrade of FAP’s air assets is crucial for Peru’s varied geography, with its inhospitable terrains—deserts, coasts, rugged Andes mountain range, and Amazon jungle. As a light attack plane that can execute high-speed maneuvers at low altitude, the A-37B participates in missions to counter narcotrafficking, insurgency, as well as bombing duties and tactical support of land forces.
For instance, the A-37B combat fleet provides support in operations in the Apurimac, Ene, and Mantaro Rivers Valley (VRAEM, per its Spanish acronym), where Shining Path members and sympathizers remain. The mountainous jungle region of VRAEM is the largest cocaine-producing area in Peru—the second leading cocaine-producing country in the world.
According to the U.S. Department of State 2017 International Narcotics Control Strategy Report, the transport of cocaine by small aircraft from Peru still poses a threat, although the number of drug flights declined. According to the report, most small aircraft interceptions occur along the air bridge with Ecuador.
The 711th Air Squadron’s Scorpion Fighter Squadron, headquartered at the 7th Air Group base in Piura, on Peru’s northern coast, operates the A-37B fleet. Also known as Dragonfly or Super Tweet, the A-37B was developed from a basic trainer plane, the T-37 Tweet, in the 1960s. Production ended in 1977.
In 1975, Peru purchased 36 A-37B aircraft and acquired more over the years. For instance, in 2001, the U.S. government donated two Dragonfly planes with engines and spare parts to FAP. Of all the A-37B planes FAP received, 20 are still in operation and seven are in the process of being upgraded.
“Nowadays, an aircraft with old analog equipment is dangerous. So what we’re looking to do is install new next-generation systems to boost the aircraft’s operational capacities,” FAP First Lieutenant Ángel Pérez, chief of SELEC’s Avionics Department, explained.
The maintenance work begins with a lot of research to determine what is most applicable for each aircraft. The systems not only need to be identified, but must be aligned with FAP’s operational needs. “It’s not about upgrading the aircraft with the latest thing or the greatest capacity, if it can’t be used,” 1st Lt. Pérez said. “We have to evaluate the technology needed based on staff’s requirements.”
The A-37B upgraded in late September was the fifth to undergo the process that began in December 2014. The SELEC team takes almost two months to upgrade each plane at a cost of about $150,000.
The process of upgrading the A-37B fighter fleet will end when the two remaining aircraft in operation are ready. These advancements place FAP at the forefront of aviation technology and increase its operational capacities and effectiveness. “We’ve also upgraded our attack helicopters,” Col. Pomar said. The next step is already underway: “Upgrading our transport planes, because they are much newer aircraft,” he concluded.