A new 10-year contract between Bristow and current rotary and fixed-wing services creates a fully integrated, ground-breaking solution.Bristow Helicopters Ltd. (NYSE: VTOL) (“Bristow”), the world leader in innovative and sustainable vertical flight solutions, has been awarded a £1.6 billion 10-year …
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Opportunities for Australian SAR agencies to tap into mobile phone technology innovation were highlighted in a presentation by Dr. Kim Blacker, the founder of Stratelo, during the AAUS ROTORTECH 2022 Conference, held on June 22–23. Tuggerah, New South Wales, Australia, June 2022 According to Kim Blacker MD, founder of Stratelo, based north of Sydney, who will present on SAR technology innovation at AAUS ROTORTECH 2022 Conference, in Brisbane, on June 22, mobile phones hold the key to quick and precise location of people who are lost and offer a key opportunity to augment search and rescue (SAR) services in Australia. According to the Australian Institute for Disaster Resilience, Australia’s search and rescue system saves an average of 2,000 individuals each year who would have otherwise died on the oceans, in the highlands, or in the desert and returns them to their families. The SAR system is utilised every day of the year, according to the Australia National SAR Council, with five events on average occuring each day. SAR is a crucial service that brings together a number of authorities, including Commonwealth, Federal and State, across civilian, police, and defence resources because of Australia’s enormous area, frequently harsh environment, and mainly unpopulated interior. Kim Blacker will describe how a UAV mounted cellular search and rescue solution can use a mobile phone as a rescue beacon to quickly and affordably geolocate the person or people of interest and, if they are conscious and able, communicate with them. “Many people who are lost, injured, or in a disaster area are in possession of a working mobile phone, even if they are in an area with no mobile coverage,” Blacker says. Weighting as little as half a kilogramme, cellular-based search and rescue instruments like Smith Myers’ ARTEMIS solution have been fitted onto very cheap commercial UAVs up to bigger air-certified systems for manned fixed and rotary winged aircraft. The talk features use scenarios for border security, disaster assistance, and search & rescue. The topics discussed will include geolocation methods and how the range of geolocation can change depending on geography, the cellular environment, and the strength of the deployed cellular search and rescue solution from a few kilometres to tens of kilometres.
One would have questioned a year ago whether the Indian drone industry could offer a secure profession to individuals looking for a fulfilling work. However, many people today are certain that this business may actually experience a long-awaited boom. The demand for professional and seasoned personnel is increasing along with the drone ecosystem. Tata STRIVE and DroneAcharya Aerial Innovations have teamed together to offer skill-based training to young people from marginalised communities in the drone industry because they recognise the potential of talent generation for the sector. The association serves as a first step in making drone pilot training and related courses accessible to and well-known by the general public. DGCA (Directorate General of Civil Aviation) certified drone pilot training, drone construction, drone repair and maintenance, drone data processing with GIS, Python coding for automation, and tailored industrial training for agriculture, mining, logistics, surveillance, security, and disaster management are among the courses on the list. Anita Rajan, CEO of Tata, discussed the traction and reach that these courses could muster.According to STRIVE, “These courses have the potential to make a person job-ready and marketable.”the moment a person earns certification. DroneAcharya and Tata STRIVE are thrilled to collaborate.to provide our nation’s youth with means of support in this developing area. These programmes would be essential in making India a hub for drone technology in addition to spreading awareness.National Highways has official mining activity guidelines from the Indian Bureau of Mines (IBM).In order to map India using drones, the Authority of India for Road Assessments and the Survey of India Drone builders, data specialists, drone repair and maintenance personnel, and pilots are all in high demand just going to increase.
The need for aerial intelligence platforms has grown significantly as international tensions rise. Sadly, the majority of commercial platforms are helpless against the most recent jamming technology; their GPS and communication lines are jammed even before they can take off. One of the most sophisticated anti-jamming GPS systems currently on the market has been successfully integrated by DeltaQuad’s R&D team during the past few months. One of the most potent military jamming systems was used to test the solution, and the DeltaQuad received a flawless score. In close proximity to an operational military jamming system, the DeltaQuad outfitted with the novel anti-jamming GPS technology was flown autonomously. The system continues to function even when directly targeted by a military-grade GPS jamming platform. maintained a strong GPS lock, and the vehicle was able to continue its mission on its own. The ruggedized GPS system was installed alongside the regular GPS system for testing purposes. The ruggedized system retained an incredible number of satellite locks, even while flying straight over the jammer at close range, but the regular solution immediately lost all positional awareness as the vehicle came within range of the GPS jamming equipment. The DeltaQuad UAV is built to retain live aerial intelligence even in the harshest settings, in addition to the ruggedized GPS technology. Therefore, the transmission system on the DeltaQuad employs redundant video and communication channels in addition to Frequency Hopping Spread Spectrum (FHSS) techniques to counteract attempts to interfere with the communication links. Concerning the DeltaQuadAn industrial-grade, vertical takeoff and landing fixed-wing UAV called the DeltaQuad does entirely autonomous surveillance missions. The technology provides a live video stream from a surveillance sensor for in-the-moment reconnaissance missions and is incredibly simple to mount and operate. Because of its high endurance capabilities, several long-range connectivity choices, and integration of intelligent technologies like object following, organisations favour DeltaQuad.
ARLINGTON – North Carolina officials are preparing for one of the busiest summers yet for the massively popular devices in advance of National Drone Safety Day on Saturday. According to the Federal Aviation Administration, there are around 9,500 registered business drones and about 15,000 registered recreational drones in the entire state. But if not used appropriately, these unmanned aircraft systems might be harmful. In order to enjoy a happy and safe summer, the N.C. Department of Transportation is urging everyone to abide by drone safety requirements. According to NCDOT Director of Aviation Bobby Walston, “In North Carolina, we are continuously looking for new methods to push the limits of how we may employ drones, but safety remains our first priority.” “Drones can be entertaining and helpful, but they can also be harmful if used improperly.” To ensure that pilots are flying safely and legally, NCDOT’s Division of Aviation has offered the following advice: Never fly higher than 400 feet above the ground.Keep the drone in your line of sight at all times.Be mindful of others’ privacy.Never fly straight over people; avoid flying over crowds or events.Never fly over or close to any airports or prisons.Without adequate training and lighting, avoid nighttime flying.Drone operators are urged to take the time to familiarise themselves with local legislation in their area as well as state and federal regulations that apply to drones. The N.C. Division of Aviation must issue a permit to anyone wishing to use a drone in North Carolina for either commercial or official purposes. Prospective users must complete the NCDOT UAS Knowledge Test before applying. The permitting system, which went into effect in 2016, is intended to provide drone owners with a clearer understanding of the limitations on their use through a quick and easy online procedure.
In NEW DELHI: IoTechWorld Aviation, situated in Gurugram and one of India’s top kisan drone manufacturers, received the first “type certificate” (TC) under the Drone Rules, 2021, on Tuesday from Union Aviation Minister Jyotiraditya Scindia. After submitting its online application on the DigitalSky Platform of the DGCA on May 11, 2022, IoTech received the TC in 34 days. The aviation ministry stated in a statement that this is true “despite the fact that the Drone Rules, 2021 allow 60 days to the Quality Council of India (QCI) or the Certification Bodies (CB) and 15 days to the DGCA for issuing the Type Certificate (i.e. 75 days in total), provided all the necessary documents and test reports are as per specifications. The concept of “minimal government, maximum governance” is something Scindia stated his ministry is working on. India has established a goal of being a hub for drones by 2030, and the type certificate’s issuance in a record-breaking 34 days is a step in that direction. He stated that certification would soon be given to the other drone prototypes as well. The “certification scheme for unmanned aircraft systems” (CSUAS) for acquiring TC for drones was announced this January after the “drone rules, 2021” were announced last August. Three reputable certification bodies, TQ Cert, UL India, and Bureau Veritas, have been approved by QCI. Manufacturers of drones are able to approach any Certification Body to have their drone prototype tested, according to a statement from the ministry. The Quality Council of India worked with drone startups, the industry, academics, and defence professionals to design the drone certification programme that would go into effect in January 2022. “Drone certification process is anticipated to develop an ecosystem that will allow high-quality drones to be produced in India and sold worldwide. The certification tests are now being performed on 14 drone prototypes. Over the next three years, there may be more than 100 Type Certified prototypes, according to the statement.