Airbus, HAL tie up for commercial aircraft maintenance

French aerospace manufacturer Airbus said on Thursday that it was partnering with Hindustan Aeronautics Limited (HAL) for commercial aircraft service support.

Under the agreement, Airbus will provide the A320 family tool package and offer specialised consulting services to HAL to set up an MRO. Airbus will also offer HAL access to AirbusWorld, a digital platform that offers support, technical data and training solutions.

HAL’s Nashik division has capabilities in civil MRO, which include three Directorate General of Civil Aviation (DGCA)-approved hangars and skilled manpower from their defence activities.

“HAL has a vision to establish an integrated MRO hub in the country and provide airlines with an effective MRO solution. This step by HAL Nashik is also aligned to civil-military convergence and the Make in India mission of the Government of India,” said Saket Chaturvedi, CEO (MiG Complex), HAL.

“An indigenous MRO infrastructure will not only help airlines streamline their aircraft operations, but also support the government’s aim of making India a global aviation hub,” said Rémi Maillard, President and Managing Director, Airbus India and South Asia.

source/content: thehindu.com (headline edited)

KARNATATA: SPACE & TECHNOLOGY: Bengaluru-based Space Startup ‘GalaxEye Space’ Unveils First Drone-based SAR System

Started in 2021, GalaxEye is the brainchild of entrepreneurs Singh, Denil Chawda, Kishan Thakkar, Pranit Mehta and Rakshit Bhatt.

A Bengaluru-based space-tech startup and the first Indian Earth observation satellite company, GalaxEye Space, inaugurated a high-resolution aerial drone based Synthetic Aperture Radar (SAR) system that can perform exceptionally detailed and high resolution all-weather imaging, even amid rainy or cloudy conditions. 

“The in-house developed data fusion technology will deliver unprecedented insights and data from space, empowering satellite constellations to conduct all-weather imaging without succumbing to atmospheric hindrances that plague current single-sensor satellites,” said co-founder & CEO, GalaxEye Space, Suyash Singh. He added that technology opens doors for generating highly detailed images through a compact satellite constellation.

“Upon achieving full operational capacity, this constellation will achieve global coverage within a 12-hour time frame. The capability of constant all-weather, all-time imaging, combined with precise object geometry analysis, holds immense value across diverse sectors such as insurance, precision agriculture, accurate property tax assessment, and the monitoring of utilities like transmission lines, to name a few,” said Singh.

“India is budding with young space startups. Among them, GalaxEye has been able to prove its capabilities in a short period, that too with difficult technologies like SAR,” stated Dr Sudheer Kumar, director, Capacity Building Office, ISRO. “We are keen to see young space talent shaping the future of the Indian space economy,” he added.

“Space technology is currently a very active area having several young entrepreneurs. GalaxEye Space, spun out of IIT Madras, has grown by leaps and bounds since they were incorporated. We are proud of their achievements and look forward to more such ‘Make In India’ initiatives. We shall continue to nurture and support budding entrepreneurs in several ways,” said Dr V Kamakoti, director, Indian Institute of Technology (IIT) Madras.

Started in 2021, GalaxEye is the brainchild of entrepreneurs Singh, Denil Chawda, Kishan Thakkar, Pranit Mehta and Rakshit Bhatt. The startup, spun out of IIT Madras, has inked strategic partnerships and commercial contracts with leading organizations, including US-based space software provider Antaris Inc, XDLINX Labs, Ananth Technologies, and Dassault Systemes. The company is committed to further expanding its partnerships and customer base in the upcoming months, and has submitted a proposal to IN-SPACe seeking support from ISRO to take its endeavours forward.

source/content: newindianexpress.com (headline edited)

NATIONAL & KARNATAKA: SPACE TECHNOLOGY: Udupi Ramachandra Rao (U.R. Rao) – The Man who Built a Satellite in a Shed

Let us shift our attention away from the lander to Chandrayaan-3, the satellite that carried it there, and to the story of India’s satellite dream, which began in 1972 in six rough industrial sheds outside Bengaluru.

Last week, as the Vikram lander descended into a graceful, precise, soft landing on the dark side of the moon, Indian hearts exploded in pride. This week, let us shift our attention away from the lander to Chandrayaan-3, the satellite that carried it there, and to the story of India’s satellite dream, which began in 1972 in six rough industrial sheds outside Bengaluru.

The problem with space technology is that countries guard their knowhow fiercely – there’s very little, and very sketchy, information available in the public domain. In 1966, therefore, Vikram Sarabhai, then director of the Indian National Committee for Space Research (INCOSPAR) invited one of his former PhD students at Physical Research Laboratories (PRL) Ahmedabad, who had been researching solar cosmic-ray phenomena while working with Pioneer space probes and Explorer satellites at MIT, to return and head the satellite engineering team he was putting together. The brilliant young man who bought into the dream and would later be hailed as India’s Satellite Man was 34-year-old Udupi Ramachandra Rao.

When UR Rao took over the satellite program, he was the only one on the team to have ever seen a satellite. At that time, the satellite engineering team was divided between the Thumba Equatorial Rocket Launching Station (TERLS) near Trivandrum, and PRL in Ahmedabad. The untimely death of Sarabhai in 1971 brought Satish Dhawan to the helm of ISRO (INCOSPAR became ISRO in 1969). Unwilling to give up his job as Director of the Indian Institute of Science (IISc), Dhawan negotiated for ISRO to move to Bengaluru, providing the perfect opportunity for Rao, who had spent his boyhood in Ballari and the little village of Adamaru in Udupi, to decide to move the satellite centre here as well.

It wasn’t easy. The unionized labour force at TERLS went on the warpath, refusing to allow any equipment to be moved out. In Bengaluru itself, premises had to be found. At first, the IISc gymkhana was co-opted; later, the Karnataka government offered Rao a few sheds at the brand-new (read: entirely lacking facilities) Peenya Industrial Area outside town. In a dazzling feat of jugaad, involving thermocol, vinyl, and, presumably, duct tape, one of those dusty, asbestos-roofed sheds was converted into the ‘clean room’ required for satellite activity.

In those sheds, between 1972 and 1975, a young and inexperienced but passionate team of scientists and engineers – average age: 26 – put together, under Rao’s dynamic, inspiring. impatient leadership, India’s very first satellite, Aryabhata. It was a magnificent feat – no other country had built a satellite in under three years. The famous picture of Aryabhata being transported on a bullock cart was scoffed at in the American press, which questioned a poor country’s need for a space program. Rao explained it years later as another brilliant example of jugaad. The spacecraft had to be tested for electromagnetic capability and interference in an open area, but metal trucks threw off reflections that interfered with the satellite’s antenna. Someone came up with the brilliant idea of using a wooden bullock cart to transport it instead – et voila!

In 2017, at the age of 85, after overseeing the design of 18 more satellites, accelerating the development of satellite launch vehicles like the ASLVs and PSLVs during his decade-long tenure as Chairman of ISRO, and becoming the first Indian to be inducted into the International Astronautical Federation’s ‘Hall of Fame’, the much-decorated UR Rao died with his boots on. Since then, the ISRO Satellite Centre in Bengaluru, which he so capably raised on the wings of a dream and a prayer, and where all the Chandrayaan satellites were built, has carried his name, and now goes by UR Rao Satellite Centre.

source/content: hindustantimes.com (headline edited)

NATIONAL & KARNATAKA: SCEINC & TECHNOLOGY: Indian Institute of Science (IISc) Develops Autopilot System for Drones

The reason for India’s slow progress in this sector is due to the non-availability of essential indigenous electronics components like microcontrollers and sensors at a reasonable cost.

With the exponential rise in drone usage across sectors like industrial applications, agriculture, logistics and defence, the need for indigenous avionics systems has become crucial. In order to reduce dependence on foreign drone technology, the Indian Institute of Science (IISC) has made a significant achievement in the field of unmanned aerial systems. 

The Artificial Intelligence and Robotics Laboratory (AIRL) at IISC announced that the team has successfully developed an indigenous industrial-grade autopilot system for drones. The team said this achievement is the initial step towards the indigenization of avionics systems for drones in India. This feat was possible through the utilization of Indian-made Vega Microcontrollers, developed by the Centre for Development of Advanced Computing (CDAC), as part of the Digital India RISC-V Program (DIR-V). 

The indigenously developed technology will help reduce the reliance on microcontrollers in future drone avionics projects. Professor Suresh Sundaram, Associate Professor at the Department of Aerospace Engineering, who headed the project said, “Our autopilot system, powered by Vega Microcontrollers, showcases the immense potential of homegrown solutions in the unmanned aerial systems domain. We are confident that this breakthrough will pave the way for further advancements in this field and contribute to the growth of the drone ecosystem in India.” 

India’s most used drone technologies which include an unmanned aerial system (UAV) that can help run a basic operation system and forward data to a navigation control unit, are imported from China, US, Israel, and several European countries.

The reason for India’s slow progress in this sector is due to the non-availability of essential indigenous electronics components like microcontrollers and sensors at a reasonable cost. The country also lacks a skilled workforce working on the UAV systems. Using imported tech comes with major security concerns such as hacking and data manipulation.

The country has been on a steady growth towards chip manufacturing and CDAC is a ray of hope in developing world-class microcontrollers. “This move will cut millions of dollars worth of electronics import over the years and make India self-reliant in terms of UAV technology,” said the laboratory. 

source/content: newindianexpress.com (headline edited)

INTERNATIONAL & NATIONAL & KARNATAKA: CM Siddaramaiah visits ISRO, to felicitate scientists in Vidhana Soudha

Karnataka Chief Minister Siddaramaiah announced on Thursday that the scientists of the Indian Space Research Organization (ISRO) would be felicitated officially by the government for the successful Chandrayaan-3 mission.

Speaking to reporters after paying a visit to ISRO in Bengaluru to meet and felicitate scientists, Siddaramaiah stated that the felicitation function will be held at the Banquet Hall of Vidhana Soudha after September 2. He had given directions for his staff to coordinate with ISRO in this regard, he added.

“The achievement of ISRO by landing Vikram on the Moon safely is hailed by the entire country. The achievement has made the whole world look towards India. Our country is fourth after Russia, America, and China to achieve a safe landing on the Moon. We are the first country to land safely on the South Pole. Hence, all of us should acknowledge the achievement of ISRO and appreciate it,” CM Siddaramaiah explains.

ISRO Chairman S. Somnath and his team of 500 scientists have actively taken part in the programme from Karnataka. 3,84,000 kilometres were travelled by the Vikram and for so many years efforts have been made for the achievement. “All our cooperation and support is with ISRO for its future programmes as it is a pride of our nation,” CM Siddaramaiah maintained.

When asked about how he felt after watching the event live on Wednesday, CM Siddaramaiah stated, “I became very happy as our country has achieved this.

“It’s a historical achievement and a big achievement. They worked for many years round the clock. They have nearly 500 scientists from Bengaluru involved in this and in total more than 1,000 scientists have worked across the country.” DyCM D.K. Shivakumar visited ISRO on Wednesday evening and felicitated the team.

source/content: daijiworld.com (headline edited)

NATIONAL & KARNATAKA: MANUFACTURING / DEFENCE & NAVAL AIR FORCE / : Maiden flight of LCA Naval Trainer NP5 from HAL Airport Successful in Karnataka

The Light Combat Aircraft (LCA) Naval Trainer Prototype NP5 successfully completed its maiden flight.

The Light Combat Aircraft (LCA) Naval Trainer Prototype NP5 successfully completed its maiden flight on Friday. The aircraft, which took off from HAL airport, was airborne 57 minutes with all parameters normal, according to Defence Research and Development Organisation (DRDO)..

The aircraft, which incorporates the production standard airframe and rainwater compliance, maintainability improvements as well as futuristic system advancement, was captained by Capt Amit Kawade (Indian Navy) with Wg Cdr Siddarth Singh (Retd) in the rear cockpit.

Capt Kawade said the handling qualities were extremely satisfactory and all test points envisaged have been successfully completed. LCA Navy is designed and developed jointly by Aeronautical Development Agency (ADA) and Hindustan Aeronautics Limited (HAL), Bangalore.

The first trainer prototype NP1 was flown on April 27, 2012, and the fighter prototype NP2 on February 7, 2015. Both Naval Prototypes (NP1 and NP2) have achieved major milestones such as ski-jump take-off and arrested landing demonstrations on Shore Based Test Facility at Dabolim Airport, Goa, and operations from indigenous aircraft carriers. 

LCA Navy can operate day and night

“The aircraft demonstrated 18 arrested landings and ski-jump takeoffs from INS Vikramaditya in January 2020, including hot refuelling capability. Recently, LCA Navy participated in the carrier trials from INS Vikrant and performed 10 ski-jump take-offs and arrested landings on February 6.

LCA Navy has completed the landmark achievement of being the first indigenous fighter aircraft landing on the indigenous aircraft carrier, INS Vikrant,” DRDO said in a statement. Equipped with state-of-the-art technologies such as a fly-by-wire flight control system, glass cockpit and advanced mechanical systems, LCA Navy can be operated seamlessly day and night.

It features advanced hands-free ski-jump take-off and landing flight control modes. LCA Navy Prototypes are carrier compatible and can operate with Air-to-Air weapons for combat missions. “The new prototype NP5 will soon undertake field and carrier operations from INS Vikramaditya and INS Vikrant. LCA Navy NP5 incorporates all improvements identified during the testing of NP1 and NP2 is a production-ready aircraft,” the statement added.

The addition of NP5 aircraft to the LCA Navy prototype fleet will help accelerate flight testing activities which will provide designers vital inputs towards the design and development of the Twin Engine Deck Based Fighter (TEDBF), the country’s prestigious futuristic carrier aircraft programme. LCA Navy can also serve as an effective training platform for Indian Navy pilots for operations from the aircraft carriers, the release said.

source/content: newindianexpress.com (headline edited)

NATIONAL & KARNATAKA: AIRBORNE TECHNOLOGIES: IISc Develops Autopilot System for Drones

The reason for India’s slow progress in this sector is due to the non-availability of essential indigenous electronics components like microcontrollers and sensors at a reasonable cost.

With the exponential rise in drone usage across sectors like industrial applications, agriculture, logistics and defence, the need for indigenous avionics systems has become crucial. In order to reduce dependence on foreign drone technology, the Indian Institute of Science (IISC) has made a significant achievement in the field of unmanned aerial systems. 

The Artificial Intelligence and Robotics Laboratory (AIRL) at IISC announced that the team has successfully developed an indigenous industrial-grade autopilot system for drones. The team said this achievement is the initial step towards the indigenization of avionics systems for drones in India. This feat was possible through the utilization of Indian-made Vega Microcontrollers, developed by the Centre for Development of Advanced Computing (CDAC), as part of the Digital India RISC-V Program (DIR-V). 

The indigenously developed technology will help reduce the reliance on microcontrollers in future drone avionics projects. Professor Suresh Sundaram, Associate Professor at the Department of Aerospace Engineering, who headed the project said, “Our autopilot system, powered by Vega Microcontrollers, showcases the immense potential of homegrown solutions in the unmanned aerial systems domain. We are confident that this breakthrough will pave the way for further advancements in this field and contribute to the growth of the drone ecosystem in India.” 

India’s most used drone technologies which include an unmanned aerial system (UAV) that can help run a basic operation system and forward data to a navigation control unit, are imported from China, US, Israel, and several European countries.

The reason for India’s slow progress in this sector is due to the non-availability of essential indigenous electronics components like microcontrollers and sensors at a reasonable cost. The country also lacks a skilled workforce working on the UAV systems. Using imported tech comes with major security concerns such as hacking and data manipulation.

The country has been on a steady growth towards chip manufacturing and CDAC is a ray of hope in developing world-class microcontrollers. “This move will cut millions of dollars worth of electronics import over the years and make India self-reliant in terms of UAV technology,” said the laboratory. 

source/content: newindianexpress.com (headline edited)

INTERNATIONAL: KARNATAKA: Bengaluru-based Drone Startup ‘Squadrone Infra & Mining’ Deployed in Indonesia’s Islands to Explore Critical Minerals

Its advanced system enables the mapping of shallow and deep-seated virgin mineral deposits, reaching depths of up to 1,500 metres below the ground.

City-based drone startup Squadrone Infra and Mining Pvt. Ltd. has deployed drone-based geophysical surveys for prospecting and exploration of nickel, gold, bauxite, coal and other critical minerals at Indonesia’s Kalimantan and Sulawesi Islands.

The startup has deployed MagArrow and Ground Penetrating Radar (GPR) technologies, a UAV-enabled drone-based solution equipped with a non-radioactive laser-pumped cesium vapor total field scalar magnetometer.

This advanced system enables the mapping of shallow and deep-seated virgin mineral deposits, reaching depths of up to 1,000 to 1,500 m below ground level.

Geologists, geophysicists, and researchers can now conduct comprehensive studies of the earth’s strata for new and greenfield mineral discoveries in previously inaccessible areas, significantly enhancing efficiency and accuracy. The GPR adds great value to nickel, gold, bauxite and coal prospecting, with high precision.

Kalimantan Island, known for its unique and diverse ecosystems, poses significant challenges to traditional mining surveys due to its remote and difficult-to-access terrain.

With the introduction of MagArrow and GPR, Squadrone offers a revolutionary solution that allows for geophysical surveying without adversely affecting the ecology of the region and minimising the need for human intervention. This technology marks a significant milestone in the field of mineral exploration in such environmentally sensitive areas.

Squadrone Infra and Mining with its expansion into Indonesia and plans to enter other regions of Southeast Asia and Africa, is set to contribute significantly to Net Zero operations and the sustainable development of the global mining industry.

source/content: thehindu.com (headline edited)

NATIONAL & KARNATAKA: DEFENCE SERVICES / TECHNOLOGY :DRDO, Navy Fly TAPAS Drone, Land it on Warship 

 The TAPAS UAV took off from Chitradurga’s Aeronautical Test Range (ATR) and flew 285 km and landed successfully on INS Subhadra.

The Defence Research and Development Organisation (DRDO) and the Indian Navy successfully demonstrated the transfer of command and control capabilities of TAPAS unmanned aerial vehicle (UAV).

The TAPAS UAV took off from Chitradurga’s Aeronautical Test Range (ATR) and flew 285 km and landed successfully on INS Subhadra. According to the Navy, the vessel was 148km off the Karwar Naval base. A ground control station and two ship data terminals were installed on INS Subhadra to control the UAV.

The UAV took off at 7.35 am from the ATR and soared to a height of 20,000 feet and flew for three-and-a-half hours non-stop to land on INS Subhadra. “After this test, the UAV flew back to the ATR safely,” said the Navy.

“This test is called C2 — command and control capabilities — to check the ability of the operator to control the drone’s flight, sensors and payloads. C2 capabilities are essential for the safe and effective operations of a drone. This is a Medium Altitude Long Endurance (MALE) drone, which has a flight endurance of 24 to 48 hours,” informed Girish Linganna, a Bengaluru-based defence expert.

TAPAS was designed and developed by the Aeronautical Development Agency and can be used for patrolling and intelligence gathering for all the three forces. These UAVs are considered the Indian version of Predator drones of the United States.

They are equipped with electro optics sensors to capture images and videos both during the day and night, long-range electro optics sensors to take images and videos from long distances that can be used for surveillance and reconnaissance missions and provide information about enemy movements and activities, Synthetic Aperture Radar (SAR) that uses a technique called synthetic aperture to create high-resolution images that can be used in all-weather conditions to obtain ground surface details like terrain features and objects, electronic intelligence, communication intelligence and other features.

source/content: newindianexpress.com (headline edited)

KARNATAKA: AIR TRANSPORT / FLYING TAXIS: Mysuru, Bengaluru Tech firms join Hands with Flying Taxi start-up ePlane to make Flying Electric Vehicles

ePlane is an IIT-Madras incubated start-up that aspires to build a compact flying taxi. The MoU aims at developing UAVs and flying electric vehicles.

Mysuru-based Vinyas Innovative Technologies and Bengaluru-based Printalytix have signed an MoU with an IIT-Madras incubated ePlane company, which specialises in building compact flying electric taxis and drone systems, for developing UAVs and flying electric vehicles.

Vinyas and Printalytix signed the MoU with ePlane in Mysuru on May 18.

Vinyas will be manufacturing various kinds of drones and UAVs as well as collaborating on marketing and servicing the same.

Printalytix will be providing mechanical design and manufacturing support for the production of UAVs and electric flying taxis.

The three companies aim to indigenise, manufacture, assemble, and integrate advanced drone systems at Vinyas’ production facility in Mysuru by leveraging ePlane’s technology and manufacturing know-how. Vinyas, reinforced by e-Plane, will provide after-market services, and product life-cycle support to its customers worldwide.

The MoU involves manufacturing of small and large UAVs as well as electric flying taxis that use eVTOL technology designed to fulfil requirements starting from land security and surveillance, delivery, rail inspections and monitoring, mapping, to emergency response in urban environments.

The MoU covers the work scope of electronics design and development, PCB assembly, system integration and testing of these UAVs and drone components. The UAVs of ePlane have successfully demonstrated their product capabilities in terms of range, battery life and unique design.

Prof. Satya Chakravarthy, founder and CEO of ePlane, said, “We aim to unlock the full potential of indigenisation, design, engineering and manufacturing that would contribute to the evolving advanced air mobility market and the Make-in-India scheme as well.”

Narendra Narayanan, founder and Managing Director of Vinyas Innovative Technologies, said, “The MoU aims to bring the best of drone technology solutions to many strategic entities. The partnership is a no-brain drainer, as our joint vision has matched up perfectly.”

According to Kiran and Abhishek, who represent Printalytix: “We witness the growing demand and need for drones in various sectors while the supply chain and manufacturing ecosystem in India are catching up to be able to support this growth.”

source/content: thehindu.com (headline edited)