Aerospace industry in Latin America

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As part of the process of renewing its air capabilities, the Portuguese Air Force (FAP) is preparing to incorporate the first Embraer A-29N Super Tucano light attack aircraft, a specially developed variant under NATO standards. The contract for these aircraft was signed on December 16, 2024, for twelve aircraft. The Portuguese Air Force will receive twelve before the end of the year, marking a milestone by becoming the first European operator of this model. The acquisition is part of the Close Air Support (OCMA) program, aimed at strengthening training, surveillance, fire support, and tactical intervention missions.
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The acquisition is part of the Close Air Support (OCMA) program, framed within the Military Programming Law (LPM) revised in August 2023, which allocates €180.5 million to the project. This initiative responds to the strategic needs defined by the so-called Military Vision 2022–2034, which prioritizes fixed-wing platforms capable of operating in permissive and semi-permissive environments, including possible deployments in Africa under missions such as the United Nations mission in the Central African Republic (MINUSCA).

The A-29Ns will be assigned to the 103rd Caracóis Squadron and will cover capabilities left over from the retirement of the Dassault/Dornier Alpha Jet aircraft in January 2018. In addition to advanced pilot training, the new aircraft will perform close air support (CAS), intelligence, surveillance, reconnaissance (ISR), and ground-based air strike coordination (JTAC) roles.
 
Óscar Wenceslao Mora Velázquez, director of the company EN-TI, said that Mexico will capture double the investment in the aerospace industry in the next 3 to 5 years, due to the relocation of value chains and the experience of the companies in the manufacture of aircraft parts.

“With the numbers we are seeing, investment will double very quickly,” he said during the conference Nearshoring Aerospace: Mexico's Opportunity in the New Industrial Geopolitics Institution held as part of the Aerospace Fair Mexico (Famex) 2025.

In 2024, the aerospace industry received investments for US$11.4 billion dollars, but the arrival of capital for more than US$22 million dollars is projected, said the Mexican businessman.

“Mexico has a lot of knowledge, we manufacture a lot of maquilas and telecommunications, fiber optics and lasers could follow,” said the member of the Mexican Federation of the Aerospace Industry (FEMIA).

“There are interesting movements in a world market in which Mexico is in the Top 10 of the aerospace industry”, commented the founder and member of the Organizing Committee of Famex for the last 10 years.

He added that there are interesting conversations to have a maintenance hub in the south of Mexico for the European company Airbus and Lufthansa.

Mexico's Oaxaca Aerospace has aircraft for primary military maneuvers, which have an autonomy of 5 to 10 hours of flight time.

“For the aerospace industry this is a great opportunity that is happening, despite the crisis,” he said.

He said that Mexico is a worldwide reference in the aerospace industry, since it has very strong aerospace clusters such as in Monterrey, Querétaro, Chihuahua, Baja California, and there is a strong participation in Oaxaca and Yucatán.

 
Called aboard the first electric plane made in Colombia



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More than 100 years have passed since the Wright brothers' first airplane flight on October 17, 1903. The first aviators, Wilbur and Orville Wright, recognized as the world's pioneers of aviation, built and flew the first airplane, a 35-kilogram plane equipped with a 12-horsepower engine that launched them into the air on a short flight lasting 12 seconds and traveling 36 meters.
Today, 118 years later, José Alejandro Posada Montoya, a research professor at the Pascual Bravo University Institution, is about to fly what would become the first electric airplane manufactured in Colombia. The project was born 10 years ago when the decision was made to create an electric airplane that would reduce the environmental impact of aviation on the planet, such as heat emissions, noise pollution, and CO2 and gas particles.

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The prototype is very similar to the one flown by the Wright brothers. The first tests were conducted on the Pascual Bravo soccer field, which served as the runway for the taxiing test phases. Last weekend, after obtaining the necessary permits and licenses from Aerocivil, taxiing tests began on a private runway in Bolombolo, a district of Venecia, Antioquia. These tests consist of taking the aircraft to different speeds for takeoff acceleration and braking, testing the aircraft's maneuverability on the ground, assessing the controls' response to the demands, and ensuring that the engines, batteries, and electrical components do not overheat.
"Bolombolo has an 850-meter runway. According to calculations, the aircraft's required takeoff distance is 66 meters. We have ample time to take off, stay in the air, and land safely again. Once we see that the aircraft is responding satisfactorily, we can take off and fly a circuit around the runway," says Engineer Posada. There's a bit of fear, but that's normal; it's a new aircraft that hasn't been tested in the country.
The aircraft is equipped with two lithium batteries, each with 310 cells generating 58.8 volts and 72 amp-hours as an electrical charging unit, a controller, and two permanent magnet motors, each with 10 kilowatts. Its structure is made of aeronautical aluminum covered in aeronautical fabric that complies with all safety protocols and systems.
When it comes to connectivity, the aircraft connects via Bluetooth using a smartphone, a model equipped with all the avionics to monitor the altitude, speed, current, consumption, and status of each of the batteries.
"The goal is to demonstrate that in Colombia we can carry out projects that combat climate change and reduce particulate matter in cities," he adds.
In addition to being a mechanical and aerospace engineer, Alejandro is trained as a commercial pilot and is part of the flight test team. “There's a bit of fear, which is normal. It's a new aircraft that hasn't been tested in the country and is barely being tested worldwide, but we're confident that with all the evaluations that have been done and those we will do there, it will be successful,” says the engineer.
We can proudly say that this model is the first electric aircraft built in Colombia and one of the first in Latin America.
This innovative aircraft is approximately 11 meters wide and 5.5 meters long.
This innovative aircraft is approximately 11 meters wide and 5.5 meters long. PHOTO: JAIVER NIETO ÁLVAREZ / ETCE
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There have been other advances in other countries. For example, in the United States, they converted a six-passenger plane and are working on converting a 12-passenger Cessna Alcaravan. In Europe, Slovenia manufactured the first electric aircraft with a European certification; and, by 2025, Norway expects all flights under 30 minutes to be made on electric planes. Many professors and students from the Pascual Bravo Environmental Research Institute and the Environmental Research and Innovation Group, mechanical, electrical, and electronic engineers, have contributed to the development of the project, helping the aircraft begin to accumulate flight hours.
In the future, the professor and Pascual Bravo hope to continue advancing their project to take to the skies, increasing flight time from one hour to three, and allowing for the ability to carry four passengers.
Other goals
These researchers also aim to build aircraft with greater efficiency, economy, and cargo capacity that respond to Colombia's climatic and topographical conditions.
They dream of creating a national aeronautical industry, not only for airplanes but also for buses, trains, and, in general, electric mobility for cities.

https://www.eltiempo.com/colombia/m...imer-avion-electrico-hecho-en-colombia-609590

Sugarcane growers save up to 30% on fumigation costs with ultralight aircraft
Olbar Eduardo García, manager of Fumicaña and promoter of the use of technologies such as ultralight aircraft for crop fumigation, spoke with Agronegocios.

Ximena González
February 13, 2019

Fumicaña Ltda., with more than 25 years of experience and ISO 9001 certification, has been one of the pioneering companies in offering precision agriculture aerial operations using specialized equipment, the Aero Agro AA-100 aircraft. This design is currently successfully completing its certification process as an ultralight aircraft under the European CS-VLA aeronautical standard.

Olbar Eduardo García, manager of Fumicaña and one of the promoters of the use of technologies such as ultralight aircraft for crop spraying, spoke with Agronegocios about his operation in the sugarcane fields of Valle del Cauca and how this system allows producers to save up to 30% in costs while being environmentally friendly.

What does the certification process involve?
In 2012, the Civil Aeronautics created a new Aeronautical Regulation, RAC 26 and 137, in which certain processes must be carried out in an acceptable manner, complying with the standard, in order to receive approval and obtain the Special Airworthiness Certificate and continue operating as a commercial aerial spraying company. We are currently finalizing flight test runs.

What does this certification mean for the company?
It is the start of a new commercial aerial spraying company that opens its doors to the national market with the best technology and low operating costs. This will boost the agricultural sector, bringing greater yields to the various crops in our country.

View: https://www.youtube.com/watch?v=1pr9qaib0WY
What are the characteristics of the Aero Agro AA-100?
Fumicaña Ltda is characterized by innovation and the advanced technology developed over the years. This has been demonstrated by the Aero Agro AA-100 aircraft, which is characterized by its ultralight nature, a spraying speed of less than 120 kilometers per hour, and is equipped with satellite technology, guaranteeing greater coverage and excellent results in its application work.
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How does it work?
The effectiveness and widespread acceptance of the aircraft has been due to its precision agriculture system (satellite flagging), accompanied by pre-calibrated spraying equipment that guarantees greater coverage and uniformity in the crop. It is worth noting that the engine, being located at the rear and above, does not influence the spray trail, providing greater safety and uniformity when performing its work.

With the use of this technology, how much could costs be reduced?
Using ultralight aircraft reduces application costs by more than 30% due to the aircraft's low operating cost and the ability to operate at ultra-low volumes. This results in a homogeneous droplet size, greater coverage, and greater efficiency when aerial spraying crops.

How many sugar mills use this type of ultralight aircraft for spraying?
Currently, the entire sugar industry has implemented aerial spraying using ultralight aircraft, especially due to their low operating costs, advanced technology, and environmental friendliness. Fumicaña Ltda has been known for providing its services to a large portion of the sugarcane sector, taking into account the demands and standards these large companies have achieved over time.

What is the maximum and minimum height the aircraft can reach?
Due to its configuration and the task at hand, it is capable of flying up to one meter above the crop. However, thanks to its excellent aerodynamic design and powerful engine, it achieves a service ceiling of 10,000 feet (3,048 meters), covering all terrains in our country.
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What factors make this aircraft environmentally friendly?
Its "pusher" engine configuration (located in the rear) makes it environmentally friendly, and we operate with lead-free fuels. This reduces polluting emissions. Furthermore, the aircraft's low-speed flight and the use of a large droplet size for spraying prevent the droplets from evaporating and polluting the environment.
 
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Óscar Wenceslao Mora Velázquez, director of the company EN-TI, said that Mexico will capture double the investment in the aerospace industry in the next 3 to 5 years, due to the relocation of value chains and the experience of the companies in the manufacture of aircraft parts.

“With the numbers we are seeing, investment will double very quickly,” he said during the conference Nearshoring Aerospace: Mexico's Opportunity in the New Industrial Geopolitics Institution held as part of the Aerospace Fair Mexico (Famex) 2025.

In 2024, the aerospace industry received investments for US$11.4 billion dollars, but the arrival of capital for more than US$22 million dollars is projected, said the Mexican businessman.

“Mexico has a lot of knowledge, we manufacture a lot of maquilas and telecommunications, fiber optics and lasers could follow,” said the member of the Mexican Federation of the Aerospace Industry (FEMIA).

“There are interesting movements in a world market in which Mexico is in the Top 10 of the aerospace industry”, commented the founder and member of the Organizing Committee of Famex for the last 10 years.

He added that there are interesting conversations to have a maintenance hub in the south of Mexico for the European company Airbus and Lufthansa.

Mexico's Oaxaca Aerospace has aircraft for primary military maneuvers, which have an autonomy of 5 to 10 hours of flight time.

“For the aerospace industry this is a great opportunity that is happening, despite the crisis,” he said.

He said that Mexico is a worldwide reference in the aerospace industry, since it has very strong aerospace clusters such as in Monterrey, Querétaro, Chihuahua, Baja California, and there is a strong participation in Oaxaca and Yucatán.

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Manta Ray Project: From the Classroom to a "Made in Mexico" Certification

Ulises Gutiérrez / Wednesday, May 14, 2025 - 01:00
THE AIRCRAFT CREATED BY UNIVERSITY STUDENTS COST 350,000 PESOS, CAN FLY UP TO 200 METERS, AND ITS PURPOSE IS TO ASSIST IN RESCUE MISSIONS.

FAMEX
Professor Víctor Leyva and the six students from the Centro Universitario Latino Veracruz (CEULVER) who brought the Manta Ray Project, an electronically manned aircraft, to life, never expected their end-of-semester project to flood social media, make national news, and even receive a "Made in Mexico" certificate from Marcelo Ebrard, Secretary of Economy, at the recent Mexican Aerospace Fair (FAMEX).

While the virality of their aircraft earned them applause and an invitation to FAMEX, the recognition they received on April 25th came just a few days earlier, all thanks to the fact that their neighbors at the exhibition were part of the certification committee, which also received other projects such as the Halcón 2, a Mexican aircraft developed in the Celaya area.

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"We didn't even know (about the recognition), but they told us the Secretary wanted to see the aircraft. The people from 'Hecho en México' were next to our stand, and they encouraged us to quickly submit the paperwork and wanted the Secretary to present it to us," Leyva revealed in an interview with A21.



In addition to giving the recognition, Ebrard boarded the aircraft, posed for photographs, and even signed the fuselage, but he wasn't the only one to do so; President Claudia Sheinbaum herself also learned about the project.

“On April 22, there was a public launch at FAMEX. President Claudia Sheinbuam came by and did us the favor of signing it. She extended her support; we are very happy that something in a classroom has become this,” Leyva added.

The Manta Ray Project cost 350,000 pesos, not including labor. This money was provided by the University. The students involved are third- and fourth-year students studying automotive mechanics and mechatronics.

It has a payload capacity of 140 kilograms, can fly up to 200 meters high for 20 minutes, and has a radio range of 3 kilometers. However, the tests conducted so far have been limited to flying the aircraft on private land and at no more than 5 meters, although it has already been manned.

“We've been working on the project for four months. People have been very supportive; it went viral on social media. We didn't expect this; it was a classroom project for the end of the semester, but it's attracted a lot of attention,” the professor said.

Leyva acknowledged that the aircraft needs improvements in safety, design, and materials, but that requires a larger investment.

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“We can't compare ourselves to a company, where there's financing, engineering, and computer equipment to process the designs. We did it in a classroom; perhaps that's our merit,” he said, although there have already been approaches from private companies following the drone boom.
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Regarding its uses, the Manta Ray Project can assist in emergency situations such as fires, earthquakes, or for urgent transportation of people.

For now, both the teacher and the students are enjoying what they've achieved, but if they've already fulfilled their dream of being at FAMEX, receiving certificates and congratulations from both Ebrard and Sheinbaum, and making national news, those involved aren't ruling out seeing an improved and authorized version of their aircraft in action.
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View: https://www.youtube.com/watch?v=GahAsVnYjQo
 
THE "KUNTUR" PROJECT. By June 2006, the FAP command decided that the Ceman technical staff was more than ready to enter the major leagues and approved the "Kuntur" Project. In June 2008, the project began to be implemented resolutely. Time passed quickly in hangar 1009 at the Las Palmas Air Base.
In April of this year, the penultimate stage of construction was completed. The engine (made in the United States) was installed, and the aircraft was "taxied." In aeronautical jargon, this means running on the runway at maximum speed, without taking off. In the months prior to the start of the project, the aircraft was "taxied." Its operation was verified on the Engine Department's test bench. The fuel, electrical, communications, and avionics (flight instrument) systems were also tested. The magnetic compass was then calibrated on the compass rose on the Las Palmas airfield runway.
The Kuntur is in the prototype stage and will begin the flight phase in June, for which ground tests are being finalized.
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View: https://www.youtube.com/watch?v=SKq5uxqjJzQ
 
CREATION OF THE NATIONAL AIRCRAFT FACTORY (FANAERO-CHILE).

The creation of the National Aircraft Factory (FANAERO-CHILE) was made official with the publication of Decree Law No. 101 in the Official Gazette on June 27, 1953, with the following heading:

No. 101.- Santiago, May 29, 1953.- Bearing in mind:

That it is necessary to promote activities related to the design and construction of airplanes and gliders in the country;

That the Air Force Central Workshop is fully capable of providing the maintenance services it must provide to the Institution in fulfilling its primary function;
That there is no other establishment that may be used for the manufacture of aircraft, and
Exercising the powers conferred upon me by Law No. 11,151, I hereby issue the following

Decree with the force of law:

Article 1: The National Aircraft Factory (FANAERO-CHILE) is hereby created, an organization with legal personality and autonomous administration, which shall have its own assets and shall be governed by the provisions of this Decree Law and the Regulations to be issued later. Its purpose shall be the construction of all types of aircraft, gliders, spare parts, and other aeronautical elements that directly or indirectly relate to the needs of national defense and, in general, to the promotion of aeronautical activities in the country.

It may also manufacture and trade all types of machinery, tools, and industrial articles.

In this extensive Decree Law Under Law No. 101, FANAERO-CHILE was allocated $200,000 from Law No. 7,144, which created the National Defense Council (CONSUDENA) on December 31, 1941, and was published on January 5, 1942.

The following year, this consolidated D.F.L. creating the National Aircraft Factory (FANAERO-CHILE) was formalized in a consolidated text. It included, in addition to D.F.L. No. 101, D.F.L. No. 239 of July 30, 1953.

CREATION OF THE NATIONAL AIRCRAFT FACTORY (FANAERO-CHILE).

The creation of the National Aircraft Factory (FANAERO-CHILE) was made official with the publication of Decree Law No. 101 in the Official Gazette on June 27, 1953, with the following heading:

No. 101.- Santiago, May 29, 1953.- Bearing in mind:

That it is necessary to promote activities related to the design and construction of airplanes and gliders in the country;

That the Air Force Central Workshop is fully capable of providing the maintenance services it must provide to the Institution in fulfilling its primary function;
That there is no other establishment that may be used for the manufacture of aircraft, and
Exercising the powers conferred upon me by Law No. 11,151, I hereby issue the following

Decree with the force of law:

Article 1: The National Aircraft Factory (FANAERO-CHILE) is hereby created, an organization with legal personality and autonomous administration, which shall have its own assets and shall be governed by the provisions of this Decree Law and the Regulations to be issued later. Its purpose shall be the construction of all types of aircraft, gliders, spare parts, and other aeronautical elements that directly or indirectly relate to the needs of national defense and, in general, to the promotion of aeronautical activities in the country.

It may also manufacture and trade all types of machinery, tools, and industrial articles.

In this extensive Decree Law Under Law No. 101, FANAERO-CHILE was allocated $200,000 from Law No. 7,144, which created the Higher Council of National Defense (CONSUDENA) on December 31, 1941, and was published on January 5, 1942.

The following year, this consolidated D.F.L. creating the National Aircraft Factory (FANAERO-CHILE) was formalized in a consolidated text. It included, in addition to D.F.L. No. 101, D.F.L. No. 239 of July 30, 1953.
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The first flight of the Chincol prototype, which can be considered the official one, took place on December 14, 1955, at El Bosque, and was not without its setbacks. On that occasion, the logbook indicates that, 20 minutes into the flight, Captain Andrade, who was accompanied by engineer Davins, detected an increase in oil temperature, which is why he decided to land in accordance with safety protocols for this type of incident.
During the following week, and according to Captain Andrade's report, the Chincol underwent several adjustments and tests on its Continental 0-470-11 engine, until the aforementioned oil overheating problem was partially resolved.
These adjustments did not involve modifications to the oil cooler or other engine components; rather, the front air deflector grilles were removed and some side openings were made in the engine cowling to allow greater airflow for more effective cooling.
After the Christmas holidays, on December 27th, the Chincol, once again under the command of Captain Andrade, took to the skies heading for Quintero Air Base, this time to conduct aerodynamic tests at sea level. By this time, the Chincol had already accumulated 6:25 flight hours.
The following day, Captain Andrade performed all kinds of demanding tests on the aircraft, such as dives, approaching the stall with and without the engine, acrobatic maneuvers, and so on, confirming that the Chincol performed normally, remaining very docile and controllable.
On the 29th, the Chincol was inspected on the ground by engineer Davins to verify its structure, confirming the perfect condition of its systems.
Thus, we reached December 30th, a day in which two flights were made, one in the morning and the other in the afternoon, totaling 3:05 hours. This time, the aircraft climbed to 12,000 feet to perform stall maneuvers on the straightaway and in turns, also verifying that the elevator, aileron, and rudder controls were responding normally.
During the New Year, the Chincol and its crew had no rest. That day, the aircraft flew at 3,000 feet along the coast in turbulent conditions, and Andrade was able to reach a speed of 187 km/h (115 mph), flying at 2,250 rpm.
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On January 2, 1956, the aircraft climbed to 15,000 feet to perform various maneuvers that were classified as normal. In a dive, the aircraft reached a speed of 241 km/h (150 mph), but Captain Andrade recommended not exceeding that speed because the engine was vibrating.
The following day, the aircraft continued climbing, reaching 18,000 feet, the Chincol's projected service ceiling, and the aerobatic maneuvers continued as normal. Flight tests continued until January 25, 1956, totaling 29:05 hours. During these days, Captain Andrade reached a ceiling of 19,850 feet (6,050 meters) without the use of oxygen.
He also recommended changing the propeller because, during looping tests, it was found that this element was slowing the aircraft down, and during Immelmann maneuvers, the propeller made it difficult to gain speed because it caused the engine to vibrate at 2,500 RPM.
A raid was subsequently made to Mendoza, and upon return, several demonstration flights were conducted before various authorities and at several Air Clubs across the country. Captain Andrade accumulated 55.55 flight hours in the Chincol, making 79 landings in this prototype, and his last documented official flight in this aircraft was on October 4, 1956. However, in December 1956, while already assigned to the General Staff and serving as Assistant to Information Department II, he allegedly made some flights in the Chincol, the only means of verification being Brief Communication No. 19/86 from the Maintenance and Engineering Department, dated December 7, 1956, authorizing him again to fly the aforementioned Chincol prototype.
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