drones

Yorkshire Housing to trial building inspection with drone technology

Connected Places Catapult has brought together Yorkshire Housing and Vantage UAV as part of the Government Drone Pathfinder Catalyst Programme. The programme is sponsored by the Department for Transport (DfT), and supported by the Department for Business, Energy & Industrial Strategy (BEIS), and the Civil Aviation Authority (CAA). Together we aim to accelerate the safe adoption

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Drones To Be At The Forefront of Construction

A project is underway to develop new drones that go beyond surveillance and are capable of building structures with the use of 3D printing software. The team of scientists and engineers are looking to develop aerial robots that are able to fly into either remote locations or disaster zones, and

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BDC 319 : Aug 2024

drones

Yorkshire Housing to trial building inspection with drone technology

Connected Places Catapult has brought together Yorkshire Housing and Vantage UAV as part of the Government Drone Pathfinder Catalyst Programme. The programme is sponsored by the Department for Transport (DfT), and supported by the Department for Business, Energy & Industrial Strategy (BEIS), and the Civil Aviation Authority (CAA). Together we aim to accelerate the safe adoption of drones across UK business sectors by engaging with industries and showcase the benefits of integrating drone services into existing workflow.  Drones are not new to property management but, despite their benefits, drones are not yet widely used across industries. This collaboration with Yorkshire Housing aims to catalyse step-change improvements and provide the evidence to encourage more use of drones to drive safety, productivity, and efficiency for other housing providers. For example, a drone building inspection can offer faster diagnosis and improved service for maintenance repairs at customer properties.   Often the management, repair and maintenance of properties are major costs to housing providers. Traditionally physical inspections at height use scaffolding or mobile work platforms to inspect the condition of properties. These can be labour intensive and expensive to set up. Depending on the location, they can also result in disruption, intrusion, and security issues with unauthorised access. This is where drones come into their own, improving safety and productivity by providing visual access to difficult to reach and hazardous spaces, reducing the use of elevated work platforms. Drones can capture high-quality aerial imaging and 3D models. This leads to quicker and more effective diagnosis whilst saving the cost of inspection expenditure and reducing disruption for customers. Ultimately, drones can support more targeted maintenance and move towards a more preventative maintenance regime in the long term.  Aviation Minister, Robert Courts said: “We’re pioneering a golden age of aviation innovation in which drones will play a huge role in not only transforming the future of transport but providing solutions to global issues. Yorkshire Housing’s trial is the latest in a string of exciting new trials which harness the benefits of drones to provide quicker, cheaper and more effective services for the public.” Commenting on the programme, Andy Gamble, Executive Director Growth & Assets at Yorkshire Housing, said:  “It’s really exciting to play a part in the national Drone Pathfinder Catalyst Programme. Yorkshire Housing look after some 18,000 properties across Yorkshire, so drones offer us a real opportunity to improve our service.  Not only does it make real savings by reducing the need for expensive scaffolding and using heavy machinery to carry safety checks, but it also means our customers can have problems at their homes diagnosed and fixed far sooner.” Hannah Tew, Director of Air Mobility, Connected Places Catapult said: “We are delighted to be leading the Drone Pathfinder Catalyst programme on behalf of the Department for Transport and our first demonstration with Yorkshire Housing and Vantage UAV has really shown how drones can be adopted in different sectors to improve existing services.” Many drone solution service providers are already available on the market, which is expected to grow significantly over the next few years. They can provide end-to-end services even for organisations with little or no experience of using drones.  The results from the demonstration with Yorkshire Housing will be published towards to end of this month and showcased in a webinar on the 29th June.     Find out more by registering for Driving productivity using drones in the Housing Sector webinar co-hosted by Connected Places Catapult and Disruptive Innovators Network.

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3D PRINTED WALLS, DRONES AND A ROOF MADE FROM RECYCLED PLASTIC – HOW THE FUTURE OF THE CONSTRUCTION INDUSTRY COULD LOOK BY 2025

A report looking at the role that technology will play in the construction industry in the future, has revealed that 3D printed walls, drones and a roof made from recycled plastic bottles from the Ocean will all be possible by 2025, thanks to advancements in technology. The report, written by renowned future gazer, Dr. Ian Pearson BSc DSc(hc) and commissioned by Colmore Tang Construction and Virgin StartUp, also revealed that floating buildings or apartments will be possible by 2050 thanks to carbon foam, which is lighter than air.    Renowned futurologist Dr. Ian Pearson has given an insight into how the future of the UK construction industry could look    Drones that carry materials up building sites; 3D printed walls; and a roof made from recycled plastic bottles from the ocean will all be mainstream by 2025    Future-gazer Dr. Pearson was commissioned by Colmore Tang Construction, who has partnered with Virgin StartUp to deliver a £10m innovation fund ‘ConstrucTech’ which is open to entrepreneurial companies By 2025, drones will be able to carry large materials up construction sites and even more remarkably, plastic bottles recovered from the world’s oceans will be recycled to create a roof. Over the next decade, artificial intelligence (AI) will be commonplace, linking to sensors and cameras around construction sites, ensuring that buildings are being developed according to the architect’s plans. Humans will work alongside AIs and will not only see these robots as clever tools, but also colleagues and even friends as they start to develop unique relationships. Looking more than 50 years into the future, by 2075 Dr. Pearson suggests that self-assembling buildings under AI control will allow a new form of structure – kinetic architecture – where a structure is literally thrown into the sky and assembled while gravity forms the materials into beautiful designs. However, it is 3D printing that will steal most of the construction headlines in the immediate future, according to the future-gazer. Cheap homes, built quickly using 3D printing, will essentially put an end to the housing crisis. The report was launched by Colmore Tang Construction, who has partnered with Virgin StartUp to deliver a £10m innovation fund that is open to entrepreneurial companies in a construction industry-first technology accelerator programme called ‘ConstrucTech’. The fund will be provided to those companies that can successfully show how their innovation and technology could improve the sector’s productivity, sustainability and skills issues. Futurologist, Dr Ian Pearson BSc DSc(hc), said: “By 2025 we will already see huge changes in the construction industry thanks to technology with drones, AI and 3D printing all becoming commonplace. By 2050, we could see floating buildings or apartments that could save the housing crisis using carbon foam that’s lighter than air – the possibilities for this really are endless.” Andy Robinson – Group CEO, Colmore Tang, said: “The forward-thinking report has shown that technology can have a positive impact on the construction industry, however, we need to discover those exciting and innovative start-ups, whose products and services could deliver the technologies and innovations that will be the key to future success. “We are hopeful that our partnership with Virgin StartUp to create the ConstrucTech programme and £10m innovation fund will be the start of a new dawn within the industry, where the future innovations predicted become a reality.” Virgin StartUp is a leading business support organisation which has run a number of successful accelerators and supported 11,000 entrepreneurs across the UK. Construction in the UK has been slow to embrace innovation and adopt new technology and Colmore Tang has identified a number of key areas within its business, and the industry as a whole, which it believes could benefit from the contribution of enterprising start-ups. Colmore Tang and Virgin StartUp are calling for businesses to apply to the ConstrucTech programme to address the following problems: –        People: improving analysis of performance, sharing best practice across building projects, measurement of quality and also implementation of health and safety. –        Data: using data to pre-empt potential delays, more efficient material ordering, more effective use of labour along with use of performance data to improve cost, timescales and estimates of new projects for future clients. –        Smart Materials: design and implementation of materials to improve sustainability; improve safety and finding materials which are digitally connected. Colmore Tang is providing start-ups with the opportunity to use the programme as a test bed and development platform to bring products and ideas to the construction sector. It’s hoped the £10m innovation behind ConstrucTech will be the spark to improve lacklustre productivity levels and also begin addressing the need to re-skill over half a million construction workers to suit the industry’s future Mace Report – Moving Construction 4.0. Interested start-ups can apply to be part of ConstrucTech here: http://virginstartup.org/constructech

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Drones To Be At The Forefront of Construction

A project is underway to develop new drones that go beyond surveillance and are capable of building structures with the use of 3D printing software. The team of scientists and engineers are looking to develop aerial robots that are able to fly into either remote locations or disaster zones, and construct shelters and buildings using additive building manufacturing (ABM). Researchers from the University of Bath, Imperial College and University College London have come together for what will be a four-year colloborative project culminating in the creation of pioneering new drones for worldwide use. Despite ABM fundamentally transforming the industry and giving way to an age of 3D-printed development, the systems are ill-suited to construction in remote areas. Existing tools have historically been too large and too difficult to service, ruling them out of development in remote areas. Looking to address that challenge, the research project aims to develop an innovative ABM system capable of manufacturing shelters and bridges remotely. It will primarily comprise a swarm of drones that can conduct aerial surveys as well as assess and manufacture structures. With the use of autonomous robots, the team are hoping to significantly shrink ABM and, by doing more in the air, improve its mobility and appropriateness for complex builds. The drones would then act self-sufficiently, working together to assemble a build on site. Of course, the use of drones in the construction industry is already pronounced and the technologies have been used successfully for surveillance during the design stages of development. Despite re-purposing drone technology for actual construction, engineers will continue to make use of the robots’ surveying capabilities; the swarm will use complex Building Information Management (BIM) systems to scan and model the building and surrounding area. Imperial College London’s Dr Mirko Kovac from the Department of Aeronautics is leading the multimillion pound project. Billed as one the sector’s most exciting projects to date, it has already received in excess of £3.4m of funding from the Engineering and Physical Sciences Research Council and various other industrial partners.

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