Latin America the impact of the Spanish empire in modern times

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1710293538570.png


SAN NICOLÁS.- VAX is the attraction and the innovative bet of Expoagro. Throughout the week, the prototype, which occupies a large part of the Metalfor stand, stole the attention of dozens of producers. It is a multipurpose autonomous vehicle, in whose development the Córdoba firm, Marinelli Technology, participated, and was designed by José Luis Denari.

1710293747377.png


From Metalfor they explained that the idea of the vehicle is that it can do the spraying and fertilization in a robotic way. “It is an unmanned vehicle. It is a “concept”, which tomorrow can be used for planting, currently “there is no other”, the experts explained.


 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
At the end of the sixties, when national car production was emerging, the German engineer Dieter Herber, who lived in Colombia, undertook the creation of the Cacique Tayrona. His motivation was to create a national sports car for the street and competitions, given the difficulty of importing them.
.
Three friends financed him, one of them Dr. Ignacio Berraquer, son of the founder of the clinic that bears his last name in Bogotá and in whose basement the vehicle in question was assembled. The body, made of fiberglass and inspired by the Ferrari P4, was created and produced in these facilities... from where it came disassembled to be finished in a warehouse in Chía.
.
1710294180828.png


The car was mounted on a tubular chassis, and inside, there was a 1.5-liter V4 central engine from the Ford Taunus. According to Herber, cited by Motor, between five and six units of the Cacique Tayrona were produced at prices lower than those of a new Renault 4. Two units survive.

1710294224037.png

“The Colombian Economic Car” was a project created by a team of independent designers, Industrial Design students from the National University, led by the French industrial designer Dominique Billioté. This last piece of information sheds light on what it was: a Creole and expanded version of the Renault 4.
.
The project was presented in March 1987. It included an urban version, a hatchback, a family car, a pick-up and a van. Renault-Sofasa provided engines and platforms to the project. A high degree of integration of national parts was expected, which would result in a price 30% lower than the cheapest car at the time, which was... yes, the same Renault 4.
.
The equipment would include rubber or fiber mats, luxury seats in cordovan or cloth, heating, radio pre-installation, glove compartment, headrest, two rear-view mirrors and two-tone paint. Renault-Sofasa would enter as an investment partner, but things did not happen. To date, it is not known why.

1710294339506.png



Steed Cargo 1.6 (1992)
The Corcel vehicle plant was a venture by Valle del Cauca industrialist Raúl Grajales, which was unveiled in September 1992 and whose center was the Corcel Cargo 1.6, a very particular cargo vehicle.
.
Designed by Luis Alfonso Calderón, it was a mix of many things: the cabin of a Mazda B2000, the front axle of a Chevette and the rear axle and suspension of a VW Beetle 1600. From the latter, the engine and box also came. The front was flat, with the lights embedded in the body.
.
It would compete with the motocars of the time, but according to Motor, the media that reported it at the time, the thing did not go beyond a few prototypes.
1710294452045.png

It was not one, but several cars, all with three wheels and built by the Yakey firm in Floridablanca, Santander. The first prototype was the Salamandra Lexion, a small electric car that was presented in April 2009. It had a range of 75 kilometers and could be recharged at a 110V household outlet.
.
The project was led by businessman William Mercay, who promoted its development with young technicians who graduated from the Sena. And since at that time electric mobility did not exist in Colombia, gasoline versions with a 225 c.c. engine were also planned. and 14 hp; or hybrids, gasoline and… hydrogen!
.
From the first model, a wide range of vehicles emerged: Scorpion Motocarro, Tri0 Sport (short), Tri0 (long) and Ultra. The latter had an electric version with 90 km of autonomy. In 2011 prices ranged from $12.8 to $68 million, about 22 to 128 million current pesos. The project continued for a couple of years, but was not continued.


 
Last edited:

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1710294576923.png

Eolo Supercargo (2020)
In development since the pandemic, the Eolo Supercargo is a project promoted by Eolo Motors, a firm that was born in 2009 under the leadership of mechanical engineer Javier Roldán, in Bogotá. By definition, it is an electric cargo quadricycle, intended for parcel delivery firms and created from scratch with Colombian raw materials.
.

Its design, purely utilitarian, is designed with practicality and economy in mind. It can move a little more than 300 kg of cargo, in a hold with 1,700 liters of capacity. It is powered by two electric motors, one on each front wheel, powered by a 72V LFP battery. The autonomy of the prototype is between 70 and 108 kilometers, depending on the charge level.
.

Although the intention is to complete its production and sale, it has suffered multiple legal and bureaucratic obstacles. A few days ago, he made the news when he was detained at a traffic checkpoint for not having a registration plate, transit license or import manifest, which are not issued due to his local creation. For this reason, Roldán is fighting a tough legal battle to recover it.
1710294653446.png


MUB 1Q (2020)
It is also an electric cargo quadricycle, but created by the company Mubility based in Sabaneta, Antioquia. Its leaders are David Sierra, Pablo Gaviria and Mauricio Toro, specialists in developing products based on high precision and high engineering technologies.
.
This vehicle, already approved by the Ministry of Transport and of which 15 units have been produced, has a load capacity of around 700 kg, open cabin (without doors), and double or single cabin versions. In addition, it pulls up to a ton. It is recharged at 110 or 220V outlets for four hours, obtaining an estimated range of 50 kilometers.
.
Its creators define it as a vehicle “designed for use and abuse”, adaptable for different uses such as tents, refrigerators and benches, among others. It incorporates IoT sensors that transmit data on the use and operation of each vehicle, route maps, maintenance, routes and other data.

1710294817262.png

In December 2022, the solar car created by engineer Dairo Polo Fruto, a Sena instructor and expert in solar energy, was discovered, who built it with his family in the patio of his house in Palmar de Varela, Atlántico. It looks like a tubular-body golf cart, with a huge solar panel on the roof.
.
At that time, Polo told El Tiempo that it was neither the first nor the only solar car created in Colombia, but it was the first in the Colombian Caribbean. He projected it as a solution for local and inter-municipal public transportation, totally environmentally friendly as it is powered only by solar rays.
.
It weighs 200 kilos and its cell has more than 500V, which powers a 24V battery and a 10 hp electric motor. The top speed is 40 km/h. Today, the vehicle continues in testing.

 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1710377207641.png

It was not one, but several cars, all with three wheels and built by the Yakey firm in Floridablanca, Santander. The first prototype was the Salamandra Lexion, a small electric car that was presented in April 2009. It had a range of 75 kilometers and could be recharged at a 110V household outlet.

colombian designed electric car
 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1710819397378.png


Mexico City. – Fernando Ocaña, a car designer with experience in European companies such as Volvo, Saab, Opel and McLaren, has returned to Mexico with an innovative minicar prototype. Inspired by his work in Europe, Ocaña has devised this proposal to address the challenges of electromobility and the reduction of polluting emissions in Mexico.

According to information from Forbes Mexico, the VEU light-cab, as the Mexican minicar designed by Ocaña is known, has a surprisingly low weight of 420 kilograms, in marked contrast to vehicles like Tesla, which can exceed 2 tons. This reduced weight is key to reducing emissions during manufacturing.

A notable feature of this prototype is its use of a 3 kilowatt-hour battery, compared to the 100 kilowatt-hour batteries of a Tesla, which represents a significant reduction in the amount of lithium needed for the electrification of mobility. .

In addition to its efficiency and reduced weight, the VEU light-cab features a modular design, which facilitates the rapid replacement of parts without requiring the constant manufacturing of complete new vehicles, thus contributing to the reduction of polluting emissions.

 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1711590020876.png


The Baptism of the S-42 will have the first lady as godmother of a Navy Submarine. Ceremony in Itaguaí (RJ) will mark the launch of the third PROSUB submarine

Marine News Agency
Brasilia DF

Submarine “Tonelero” (S42) will be named and launched into the sea next Wednesday (27), in Itaguaí, Rio de Janeiro. The First Lady, Janja Lula da Silva, will be the godmother at the baptism of the new Brazilian Navy (MB) submarine, which will contribute to the defense of the Homeland and the Blue Amazon.

The event will mark the readiness of the construction process of the third Conventional Submarine with Diesel-Electric Propulsion (S-BR), built entirely in Brazil, within the scope of the Submarine Development Program (PROSUB). There is an expectation that the President of the Republic, Luiz Inácio Lula da Silva, will be present at the Launching Ceremony, accompanied by the President of France, Emmanuel Jean-Michel Frédéric Macron.

PROSUB has accumulated several benefits for the country since its creation, such as: generating more than 60 thousand direct and indirect jobs; exchange with 23 universities; and around 700 companies involved.
1711590189146.png

Bridesmaids in the naval tradition

On December 14, 2018, Marcela Temer, wife of then President Michel Temer, was invited to christen the first “Riachuelo” Class Submarine. As for the Submarine “Humaitá”, the godmother was Adelaide Chaves Azevedo e Silva, wife of the then Minister of Defense, Fernando Azevedo, in a ceremony that took place on December 11, 2020.


Marcela Temer, wife of then President Michel Temer, named the Submarine “Riachuelo” in 2018 – Image: Brazilian Navy

In 1937, First Lady Darcy Vargas, wife of then President Getúlio Vargas, christened the Monitor “Parnaíba”, still in service with the Mato Grosso Flotilla Command. Built at the Rio de Janeiro Navy Arsenal, in the golden age of Brazilian military shipbuilding, it is the oldest warship still in activity in the Brazilian Navy.

 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1711590296359.png



Navy launches 3rd Submarine from the Submarine Procurement Program (PROSUB) into the sea next week in Itaguaí (RJ). “Tonelero” is 100% manufactured in Brazil and will integrate the means of Naval Power to defend the Blue Amazon
 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
Bombardier’s flagship Global 7500 Jet has strong ties with Mexico. The aft fuselage of this luxurious jet is entirely manufactured at the Bombardier’s Queretaro facility.

“From Queretaro we send (to Canada) the entire aft fuselage, which is relatively a third of the plane with all the integrated systems. We are also making all the harnesses on that plane,” explained the company.

The Global 7500 is a milestone for Bombardier in Mexico because the operation made in Queretaro was specifically designed to be produced in the country. The Mexican team was involved in the initial process. “In the Global 7500 we participate from the design of the process and the design of the structure through our engineers.

 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag

1714279163650.png

PRIMEIRO VOO PSYCHE AEROSPACE | Psyche Aerospace first oficial flight
After six months since the first test, Psyche Aerospace successfully conducted the first flight of the Harpia P-71, the agricultural spraying drone developed by the company. The presentation of Psyche Aerospace's experimental drone heralds one of the most significant disruptions from a startup in the Brazilian and global agricultural industry. "Today, we have shown that Brazil is indeed a protagonist on the international stage. By unveiling the world's largest agricultural drone, Psyche demonstrates that investing in us and in our country is more than audacious; it is standing alongside those who will truly change the history and fate of the sector." Gabriel Leal, CEO and founder of the company.

1714279400463.png

1714279431755.png

1714279474502.png

 

MiG-29SMT

Senior Member
Joined
Jan 12, 2020
Messages
3,759
Likes
4,651
Country flag
1714279726591.png

Tupan 1000
Tupan Aircraft
Jacarei, Sao Paulo, Brazil
www.tupan.tec.br

Tupan is a start-up hybrid-electric electric vertical takeoff and landing (VTOL) and electric vertical takeoff and landing (eVTOL) company founded by a group of Brazilian engineers with years of experience in propulsion system design, flight testing, aerodynamics and autonomous flight. The company, based in Jacarei near São Paulo in Brazil, is working with Turbomachine in São José dos Campos on the development of the small turbine engines that are key to the design of the Tupan-1000, -2000, and -3000 model vehicles. The company has revealed their aircraft is expected to be high-speed, have a long range, carry a heavy payload, have low manufacturing costs and have low costs for operations.

The Tupan 1000 is a remote controlled (or autonomous) turbine powered hybrid-electric VTOL scalable, fast, long-range and heavy-lift air cargo aircraft. The aircraft has been designed to be partially modular. The power source is either hybrid-electric with turbine engines and back-up batteries or the aircraft can be powered solely by batteries. The aircraft has canard wings and at the end of each wing are Electric Ducted Fans (EDFs) which tilt for VTOL, forward and rearward flight.

The aircraft models, in order of production, for Tupan Aircraft are as follows:

  • Tupan 1000 air cargo aircraft: 140 kg (309 lb) maximum payload
  • Tupan 2000 air cargo aircraft: 280 kg (617 lb) maximum payload
  • Tupan 3000 air cargo aircraft: 600 kg (1,323 lb) maximum payload
  • Tupan (model number unknown): Passenger aircraft
The estimated cruise speed for the Tupan 1000 is 850 km/h (528 mph) with a range of 1,200 km (746 miles) and has a maximum payload of 600 kg (1,323 lb). The power for all electric systems is from turbine engines. There are also back-up batteries in the aircraft and are charged during flight by the turbine engines. The back-up batteries were added in case of an engine failure and if engine failure occurs, the cargo drone can land safely using power from its onboard batteries.

Tupan has successfully flown an all-electric vertical take off and landing (eVTOL) radio-control technology demonstrator named the Tupan RC 300. The Tupan RC 300 can travel up to speeds of 150 km/h (93 mph), has a range of 30 km (18.6 miles) and carries a payload of 2.5 kg (5.5 lb). The company is also building a five meter (16 feet) flying prototype.

The company indicated to FutureFlight that the design is somewhat modular, in that the turbofan engines could be swapped with electric propulsors for applications where the turbine engines aren’t needed. An example of this might be for agricultural spraying, where short-distance, heavy-payload flights are normal.

The company's first goal is to design and manufacture the air cargo version of their aircraft for missions such as intercity and intracity air cargo services, firefighting, agricultural spraying and for military use. At a future date, the company plans on designing and manufacturing hybrid-electric VTOL and eVTOL passenger aircraft.

Tupan 1000 top view
Tupan 1000 top view
Tupan 1000 hovering mode
Tupan 1000 hovering mode
Tupan 1000 side view
Tupan 1000 side view
Specifications:

  • Aircraft type: Hybrid-electric VTOL (or eVTOL) uncrewed scalable cargo aircraft
  • Piloting: Remote or autonomous
  • Cruise speed: 850 km/h (528 mph)
  • Range: 1,200 km (746 miles)
  • Maximum payload: 600 kg (1,323 lb)
  • Propellers: 4 electric ducted fans (EDF)
  • Electric motors: 4 electric motors
  • Power source: Hybrid-electric with back-up batteries or all batteries
  • Fuselage: Carbon fiber composite
  • Wings: Canard wings
  • Tail: 2 vertical stabilizers
  • Landing gear: Retractable tricycle landing gear
  • Safety features: Distributed Electric Propulsion (DEP), provides safety through redundancy for its passengers and/or cargo. DEP means having multiple propellers (or ducted fans) and motors on the aircraft so if one or more propellers (ducted fans) or motors fail, the other working propellers (or ducted fans) and motors can safely land the aircraft. There are also redundancies in the sub-systems of the aircraft.
Resources:

 

Latest Replies

Global Defence

New threads

Articles

Top