Aerospace industry in Latin America (3 Viewers)

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VimanaSteel - LSA/ALE​

The VimanaSteel – LSA is an aircraft designed and built entirely from 2024-T3 and 6061-T6 aluminum (in specific parts), in addition to genuine aircraft rivets (AN426 and AN470). Its high-wing configuration provides greater stability and controllability in flight. The aircraft seats two (pilot and passenger) with sturdy leather seats and a steel alloy internal structure. The aircraft is equipped with a 100-hp ROTAX 912 ULS aircraft engine. It features a tricycle landing gear made of high-strength aluminum.
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This aircraft was designed, manufactured, and tested in compliance with the current ASTM standards required for acceptance into the LSA class by ANAC (National Civil Aviation Agency).

View: https://www.youtube.com/watch?v=v5RY6szoWac
 
P-4 Enters the Market as a Four-Seat Aircraft Option
Paradise is leading the way with its newest project. The P-4 enters the market as a four-seat aircraft option, with the speed and performance of a Cessna Skyline, but with the added bonus of low operating costs and an extremely competitive price.
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View: https://www.youtube.com/watch?v=0MZ5cduLMTE&t=185s
We flew the Brazilian super machine, the Schubert P1 Glider!
A two-seat glider for basic and advanced pilot training, designed by Brazilian aeronautical engineer Ekkehard Schubert, has already been tested and approved as a safe aircraft. The initiative to build the P-1 began six years ago, when the aircraft designer managed to gather 66 people who were willing to cover the costs of building the prototype and also participate in the project's development. Since then, more than US$80,000 has been invested in the P-1, and many weekends have been dedicated to its construction. Schubert, who has been flying gliders for almost 30 years and was a ten-time Brazilian champion in the free-flight class, says the P-1 is extremely docile and has excellent performance for its category.

"The idea to build it came about because there is a shortage of two-seat gliders in Brazil," says Schubert, who works at Eleb, a subsidiary of Embraer. The designer describes the P-1 as a modern glider, with more convenient aerodynamic shapes because it is made entirely of fiberglass, an easily molded material. Glider flight is achieved by leveraging only air movement. Therefore, to take off, it needs to be towed by an airplane for about 1,000 meters from the runway, after which it is released to remain in the air for hours. Schubert explains that when he decided to move forward with the glider construction project, he also committed to obtaining aeronautical certification, which is already required from the Industrial Development Institute (IFI).
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"The fact that the glider is already flying is just the first step of all we must take to certify the P-1. Now we will build a second prototype to obtain this certification, which should occur within two to three years," he explains. Once the entire process is complete, Schubert will seek financing to bring the P-1 to market, to compete with imported gliders, which cost around US$45,000. "If the glider can be made cheaper, it will be an advantage for Brazilian gliders," says the designer. Therefore, among his plans is to sell the P-1 in kit form, with technical assistance for assembly.


 
The Bravo 700 is a small, two-seat civil utility aircraft manufactured by Aero Bravo in Brazil in both kit and ready-to-fly form. It is a high-wing monoplane of metal construction with fixed tricycle undercarriage and is classed as an ultralight under Brazilian aviation regulations. An agricultural version, the Bravo 700 Agrcola with spraying gear and a chemical tank with a capacity of 140 l (37 US gal) has been developed to flight-testing stage.

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Specifications​

Empty weight:595 lbs (270 kg)MTOW:1102 lbs (500 kg)Stall speed:30 kts (35 mph) (56 kph)Cruise speed:91 kts (105 mph) (169 kph)VNE:103 kts (119 mph) (191 kph)Engine:Rotax 912

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View: https://www.youtube.com/watch?v=Z0M7APkFVGI&t=4s
 
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The debut flight of the T-Xc Prototype took place at August 22nd, 2014.T-Xc flew alongside the K-51 aircraft, which is the exact one chosen by Novaer as a base for the T-Xc Project.Unfortunately, as you can see, the dry weather caused some outbreaks of fire, which brought a lot of smoke to the airspace and spoiled some of the beautiful landscape of the region.
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View: https://www.youtube.com/watch?v=UhoCokJzsnk
 
Wega

The Wega is a high-performance aircraft with a modern design, aerobatic capabilities, high cruise speed, and comfortable and ergonomic design. It features a two-person cabin, low wing, conventional empennage, excellently finished composite construction, and retractable tricycle landing gear.
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Company
The company was founded in March 2006 by Jocelito Carlos Wildner, an aircraft mechanic trained at the VARIG school, with the goal of manufacturing lightweight aircraft kits from high-quality composite materials using cutting-edge techniques and components, thus filling a gap in the Brazilian market.


Wega 180
The Wega 180 is a high-performance aircraft with a modern design, aerobatic capabilities, high cruise speed, comfortable and ergonomic design, a cabin for two side-by-side passengers, low wing, conventional empennage, composite construction with excellent finish, retractable tricycle landing gear, 180 hp engine, and MT propeller.
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View: https://www.youtube.com/watch?v=G0DGwlXWFQ4
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In this episode, we test PARADISE P1, a highly successful Brazilian project.

SPECIFICATIONS​

Learn more about Paradise P1.

  • Capacity: 1 Passenger and 1 pilot
  • Engine: Rotax Motor - 100 hp
  • Blades: Warp Drive Fixed Pitch
  • Cruise Speed: 105 knots (194km/h)
  • Maximum Speed Never Exceed: 125 knots (230 km/h)
  • Stall Speed: 44 knots (82 km/h)
  • Empty Weight: 851 lb (386 kg)
  • Maximum Takeoff Weight: 1323 lb (600 kg)
  • Cruised Consumption: 4,8 US gal (18 liters/hour)
  • Autonomy: 7,5 hours
  • Range: 810 M (nautical miles) | 1.500 Km
 
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Edwards AFB, California (AFNS) – The Air Force Test Pilot School is diligently integrating the newly acquired Embraer A-29C Super Tucano into its student flight curriculum. In partnership with the Air Force Test Center and Sierra Nevada Corporation*, the three aircraft will soon provide essential cutting-edge training for future test leaders.
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The A-29C is unique in many ways. Designed to be a lightweight, multi-role, and affordable airframe, the aircraft was briefly evaluated by Air Force Special Operations Command before being temporarily stored at Davis-Monthan AFB, Arizona. Due to its limited use, the A-29C is one of the few aircraft in the current USAF inventory that lacks a formal training course and is not used operationally. This contrasts with the broader A-29 fleet, which is widely used worldwide by allied nations to provide counterinsurgency and reconnaissance operations. The ability to fly multiple mission sets makes this aircraft the right choice for the school's modernization efforts.

A-29C Photo: Richard Gonzales
To successfully transport the A-29C aircraft to Edwards AFB, three test pilot school instructors had to perform the flight without any formal flight training. They prepared by studying the flight manual, speaking with maintenance personnel, and studying what is known as Publication 3-3, or essential tactics, techniques, and procedures, unique to the aircraft. To further mitigate the risks associated with operating the aircraft for the first time, the instructors also conducted qualification flights in the T-6 Texan and the PC-21, which have similar flight and handling characteristics.

“Even though I didn’t test the A-29C itself, the thrill of getting into an aircraft I had never flown before, alone, was incomparable,” noted Maj. Mateusz Borek, assistant chief of the flight science department and chief pilot of the A-29 at the test pilot school.

“I studied the flight manual meticulously and mentally rehearsed the flight more than I can remember. The USAF Test Pilot School played a key role in preparing me for scenarios like this. As a student, I flew more than 20 different aircraft. The school didn't provide me with extraordinary skills; instead, it taught me critical thinking and evaluation skills that can only be acquired through countless hours of study, simulations, and practical experience.”

Three A-29 Super Tucanos perform a transfer flight to Edwards AFB, California. Photo: Richard Gonzales
Once safely on the ground, the A-29s spent the next six months undergoing extensive maintenance in collaboration with the Sierra Nevada Corporation. This allowed the instructors to thoroughly study the aircraft, refine procedures, and develop a comprehensive training plan. Modern avionics and a robust airframe design allow the A-29C to be one of the few aircraft within the U.S. Air Force Test Pilot School curriculum to be used for multiple events and classes, or what the school defines as a "jack of all trades."

The aircraft will be used primarily for stall and spin training. Evaluating and testing aircraft stall and spin characteristics is a crucial skill set for all test pilot school graduates. While the Air Force currently has a glider spin sortie and a stall flight (in one or all axes) in high AoA flight, prior to entering a spin, PSG, or deep stall with an F-16, the former offers limited repetition and flight dynamics, while the latter is applicable only to graduates who move on to test fighter aircraft. The new A-29Cs will be capable of performing various types of spins with an endurance of over an hour and a half, maximizing learning for all students.
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USAF Test Pilot School F-16 Fighter
Once these flights are established, the school's curriculum will delve deeper into the A-29C's mission systems. The aircraft can carry an MX-15 Sensor Ball, utilize Link 16, communicate via a VORTEX link, and deploy laser-guided bombs and rockets. These systems will equip students with the knowledge and skills necessary to test and evaluate similar mission systems on current and emerging platforms. This will also help reduce flight hours and maintenance burden on the F-16 fleet at Edwards AFB by allowing the Sensor Demonstration, Weapons Demonstration, and Practical Mission Systems Exam to be conducted exclusively on the A-29C.

As with any test equipment, the new A-29Cs will require special instrumentation to enable advanced data collection and control room operations, which is currently underway. The school is also The potential integration of the Agile Pod is being explored, which would further enhance mission systems capabilities. With five weapons stations per aircraft, the A-29C also allows future flexibility for research and development efforts through the Air Force Test Pilot School's Research Division. The A-29's rear seat also houses a dedicated control station that could be used in the future by combat systems officers and remotely piloted aircraft students, as the concept of manned-unmanned partnerships further expands in air operations.

 

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