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During a real life complex mission, every second counts. A pilot has to take split-second decisions on aircraft handling, approaching threats, deployment of his own counter-measures and a bunch of information coming in from sensors, radars and data feeds from other aircraft. The decisive difference is made by man-machine interface. A Gripen E  pilot is provided with suggestions ranging from weapon selection to aircraft handling while getting an optimized overview of the battle space along with tactical information presented in a user-friendly manner. The pilot will see only what he needs and nothing else.​

“A good human machine interface is hardly noticed by the user. The interaction between the pilot and the fighter comes naturally," says Karinna Wandt, Technical Manager for HMI at Saab.

“The Human Machine Interface has evolved over the years. Today, a two year old, without any training, can easily interact with a tablet. With technology, we have access to a large amount of data, both user and system generated. By using machine learning techniques, we can cluster and analyse this data and turn it into valuable information.”

According to Karinna, the major challenge is to identify the exact information the user needs from the system and vice versa. "I am sure there are many missions that can be handled by an aircraft without any assistance of a pilot. But we shouldn't underestimate the power of a human mind. A computer is fantastic to calculate and to react and handle large data. A human ...

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“If the Indian Government chooses Gripen, it will also choose Saab's partnering companies for industrial cooperation in the country,” says Swedish Air Force Chief Maj Gen Mats Eric Helgesson.

On being asked if the US made GE F414 afterburning turbofan engine may not come under the transfer of technology promise, Helgesson assures that it will. "Whatever is promised under the Gripen offer, will be delivered," he says.

The Indian Air Force had issued a Request For Information (RFI) in April this year for acquisition of 110 fighters, out of which 85% should be built under the Make in India programme. 

Saab believes that Gripen E will be the perfect fit for the Indian Air Force. The fighter has been designed to provide operational dominance and flexibility with superior mission survivability. It offers an enviable 10-minute operational turnaround time, and is compatible with the latest weapons, sensors and mission systems.

Sweden’s Gripen offer to India includes a true transfer of technology programme that will pave way to solid industrial cooperation between the two countries. Saab proposes to establish the world’s most modern fighter aircraft manufacturing capability in India.  

Read the full story here.

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Developed to counter and defeat advanced future threats, the Gripen E-series is for customers with more pronounced threats or wider territories to secure. Gripen’s intelligent fighter systems rapidly embrace new tactics, upgrades and situations and give the pilot ample time to make the decisive move.

Gripen E/F is designed to deal with more pronounced threats and wider surveillance areas. This is made possible thanks to the aircraft’s more powerful engine, improved ranged capabilities, and higher payload capability. Some other standout features of Gripen E/F are the highly functional AESA radar, InfraRed Searching and Tracking systems, highly efficient communication systems, high situational awareness, and of course, a state of the art Electronic Warfare System.

Deal With Threats on the Go

Modern battlefields are riddled with unannounced threats – coming from any direction at any time. In cluttered air-spaces, pilots need to be aware and highly reactive, and fighter planes need to be equipped with Integrated Air Defence Systems. The Gripen E/F is not only capable of these requirements, but can deploy active and passive measures to disrupt the enemy’s tactics and functionality. These measures can distract the opponent, make it incapable of sticking to its plan, and annihilate it as well. Gripen E/F is compatible with recent developments of artilleries and missiles. 

Sense the Invisible – Remain Undetected

With radar systems as powerful as the one on Gripen E/F, detection of threats is made several notches easier. The Gripen collects a wealth of data ...

​Gripen test pilots say they have the best job in the world. Watch the video to know why. 


​What is the overall length of a Gripen fighter? ​The Gripen Facts series posters will bring you technical specifications of the fighter in a fun way.

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In a recent seminar, officials from Sweden and Brazil discussed about the industrial cooperation between the two countries under the Gripen programme.

The seminar called "Close Security Cooperation from Far Away", mostly focused on topics related to the development of bilateral security relations between the two countries.

Lena Bartholdsson, Head of the Security Strategy and Policy Department at the Ministry of Defence in Sweden, and Ambassador Alessandro Candeas, Director of the Department of Defence and Security Affairs at Brazil's Ministry of Foreign Affairs, addressed common interests related to security and industrial cooperation, the benefits and challenges of partnership between the countries.

Both Bartholdsson and Candeas stressed on the relevance of the Gripen programme and talked about the technology transfer and industrial cooperation.

"Saab has been working directly with its partners in local Brazilian industry developing the project for the fighter and its systems. We see that Gripen has great potential to benefit other areas of the Brazilian economy," Bartholdsson said.

Read the full story here.

​Lion Effort 2018 exercise is currently being held at the Kecskemét airbase, Hungary. The Hungarian, Czech and Swedish airforces have sent their Gripen fighters for participation. Thailand and Brazil have sent representatives who are participating as observers, and NATO Airborne Early Warning and Control (NAEW&C) force is supporting the exercise with one of its E-3s. The main goal of Lion Effort is to enhance the operational capabilities of the participating forces and learn from each other's experiences.

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Image courtesy:  Viktoria Hamori, Zord Gábor László and TopiDoc​

​When Brazilian engineers visit Sweden, they do not just learn about Gripen, but also experience a culture entirely different from their own. It is this experience that plays a very important role in understanding each other and forming a great partnership.

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Denel Dynamics' fifth generation air-to-air missile A-Darter has cleared guided missile qualification tests now. The missile system, which has previously been integrated with the South African Air Force Gripen, offers features like lock-on after launch, and memory tracking with the latest processing capabilities.

The test had four firings that were conducted in various scenarios to understand different capabilities of the missile system. The first test was to check the lock-on after launch capability. For the second firing, the missile was released at a closed range to the target. This tested the high off-boresight capability. The last two tests checked the missile's electronic counter-countermeasures (ECCM).  

The first A-Darter air-to-air missile system was successfully launched in 2015. The missile is 2980 mm long, with a diameter of 166 mm, and weighs about 93 kgs. A-Darter boasts of a higher range than traditional SRAAMs. At the same time, it has an agility to handle to closest of close combats. It also features advanced digital processing capability, and a highly sensitive two-colour thermal imaging seeker.

Read the full story here.

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“My manager called me into the room, shook my hand and said, ‘Congratulations, you’re going to Sweden,’” says António da Fontoura, a hardware and software engineer at AEL. 

“We spent a whole week inside the simulators in order to understand how Gripen’s system works, and we could also feel how these systems - such as the helmet - operate. It has a display that keeps information on the pilot’s visor. If you have a designated target, when looking to the side, the helmet points to its location,” he adds.

Since 2015, several engineers like António have been extensively working to develop various parts of the Gripen fighter along with their Swedish colleagues. More than a 100 Brazilian professionals have been trained so far with a majority of them already working at Gripen Design and Development Network (GDDN).

According to General Márcio Bruno Bonotto, "So far, all our expectations have been met. Everything is going as per schedule. 50% of the technology transfer initiatives have been completed. This demonstrates the confidence that FAB and Saab have in each other."

In 2016, Saab and Embraer inaugurated GDDN in Gavião Peixoto, in the state of São Paulo. GDDN is responsible for providing the development environment and simulators required to undertake the fighter development work.

This year in May, Saab unveiled a 5,000-square-meter facility for its future Gripen fighter jet aerostructures plant: Saab Aeronáutica Montagens (SAM). SAM will be responsible for the development of aerostructures for the Brazilian ...

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