Drones

A complete workflow from one supplier

With the improvement of technology and more flexible airspace regulation, UAVs are increasingly accessible, economical and easy to use.

UPG has been in the UAV industry for over 5 years and has a robust product offering from a number of industry leading manufacturers.  With a specialist team who sell, train, support and operate the UAV portfolio;  we’re excellently placed to help you understand what kind of solution might be appropriate for your project, how it can integrate into an existing workflow and what’s involved in developing or improving a UAV capability.

 

Hardware

Fixed Wing (large areas)

senseFly eBee X

The eBee X is the senseFly fixed-wing drone for all your mapping needs. Designed to boost the quality, efficiency and safety of your data collection, it has a camera to suit every job, the accuracy and coverage to meet every project’s requirements, and can work virtually every type of site.

Multirotor

DJI Phantom 4 RTK

Improved GNSS module on the most popular multi-rotor for aerial mapping.  UPG also offer a PPK workflow with the Trimble Stratus software package.  The streamlined workflow allows you to use an aero point as a base to achieve centimetre accurate data without the need of a reliable internet connection during your flight.

 

DJI Matrice 200 series V2

Built To Endure.  Engineered to Adapt.

The ultimate platform for aerial productivity combines a rugged design and simple configurability to work as a solution for a variety of industrial applications. Improvements to the M200 Series V2 enhance intelligent control systems, flight performance, and add flight safety and data security features.

eBee X fixed wing drone - Map without limits

DJI Phantom 4 RTK - A game changer for Construction Surveying

Introducing the Matrice 200 Series V2

Software

Trimble Stratus

Cloud based software compatible with TBC

Pix4Dmapper

User friendly photogrammetry software

 

TBC/UAS Master

Integration with TBC allows powerful analytical tools and deliverable digitisation

Training

UPG is a training organisation approved by the Civil Aviation Safety Authority (CASA). The Flight School has been operating since 2013 and has assisted over 350 students to gain their Remote Pilot License. UPG’s experience in the geospatial industry allows our instructors to provide tailored training to suit specific applications such as aerial survey and asset inspection. UPG staff have a variety of backgrounds including Aviation, Surveying and Photogrammetry which allow us to provide a 365-degree training and support to our clients.

For more information on training, purchasing, license requirements, get in touch.

 

Positioning Equipment

If you need to create accurate survey or mapping results, there are a number of methods to achieve real world absolute accuracy. UPG offers a variety of Trimble solutions for ground control point, PPK or RTK workflows.

 

Support

There’s a lot more to using a UAV than charging the battery and getting in the air. Through its close relationships with manufacturers and distributors, dedicated support pathways and staff who have intimate technical knowledge; UPG offers the kind of support needed for the whole data capture and processing solution that a drone is part of.

The right UAV for your needs

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White Paper

Comparing workflow and point cloud outputs of the Trimble SX10 TLS and senseFly eBee Plus drone

What our customers have to say

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“UPG Flight School assisted Melbourne Water in developing an internal drone program by providing the RePL course to 10 employees. The instructor's experience with enterprise clients allowed us to implement drones in our operational workflow by successfully managing regulatory requirements and standard operating procedures. This has allowed Melbourne Water to minimise the exposure of our employees to locations of potential harm as we can now perform asset inspection works remotely in a safe and efficient manner."

Heath McMahon, Melbourne Water

“UPG Flight School provided valuable assistance inside the classroom, training twelve staff members in the RePL course, as well as supporting us on the field where required. UPG’s experience as both a CASA approved training organisation and in commercial UAV operations simplified the process of obtaining the required licenses and implementing drones in our operational workflow.” 

Glenn Collins, Goulburn Murray Water
“UPG Flight School trained six of our surveyors on Lihir Island in Papua New Guinea. UPG’s experience in the geospatial industry provided insightful information and training on both the aviation regulatory system and best aerial surveying practices.”
Richard Nawara, Newcrest Mining

The Team

While Kieran and Lorenzo ARE the UAV team, across the three companies we have the benefit of working with a number of key, experienced partner business to offer the best solutions in the Geospatial, Civil Construction and Mining, and Buildings industries.  If you have any questions or want to find out more, just get in touch.

Lorenzo Forte
Chief Remote Pilot, Chief Flying Instructor and Maintenance Controller

Lorenzo joined UPG Flight School in April, 2016 and runs the CASA-approved RePL course, among many other roles.
He also develops material for the RePL and drone courses, and manages a team of four remote pilots and a fleet of 10 remotely piloted aircraft.
Lorenzo came to Australia from his native Italy in 2010, where he spent three years in the Italian Navy.
He has a Bachelor of Aviation Science from Griffith University in Brisbane, which he attained in 2014.
With more than six years of customer service in a number of roles both within the industry and in other fields, Lorenzo says he enjoys assisting clients and their businesses integrate drone technology into their operations.

Kieran Dinuzzo
Technical Consultant

Kieran has been with the flight school since February 2017.
He Is a drone instructor with a high level of skills in assisting clients collect data in the field and obtain photogrammetry outputs.
He is also conducts much of the school’s software training courses.
Kieran holds a Bachelor of Science majoring in Geography from the University of Queensland.
Customer service is a passion for Kieran and he enjoys employing his problem-solving skills to meet clients’ needs from the variety of hardware and software the flight school offers, as well as training to ensure the tools deliver to the highest level.

SX10: Why this game changer is winning fans

Trimble’s SX10 has redefined the capabilities of everyday survey equipment – a full total station technology plus a high-precision scanner in one revolutionary machine.
It has been embraced eagerly by the market globally and the regions serviced by UPG are no exception.
We spoke to three organisations that have adopted SX10s into their operations …

Safer for all

RPS Ipswich’s surveyor manager Damian Ling said their acquisition of an SX10 was not only making work more efficient it was making life safer for their team too.

‘We chose the SX10 for a number of reasons but the fact it is a high precision survey instrument and a scanner in one unit was right up there,” he said.

“It means our team are spending less time doing their surveys and scans and therefore are out of harm’s way.

“We have been able to reduce sub-contracting traffic control on site which is a time and cost saving too.”

Damian said the SX10’s position as a cutting edge instrument also meant clients could see that their quality assurance standards were being met, something that wasn’t necessarily as easy to achieve with other instruments.

“They can see we are adopting new technology and that’s giving them confidence in us. The results from the SX10 just further enhance that,” he said.

Damian said Trimble’s workflow was also a big plus.

“Trimble has a nice, efficient workflow from survey and scan to processing to results. It is a lot simpler and easier to use than other systems we’ve tried,” he said.

And while the SX10 of course isn’t a guarantee that tenders will be won, Damian said the SX10 was helping put RPS Ipswich in the top contenders.

“The time savings, the cost reductions, the increase in safety and the speed of capture and creating results are just some of the aspects setting us up well in the tendering process,” Damian said.

“The SX10 is giving us an advantage.”

Going to the next level

For Lucas Flumm, survey manager at Kennedy Surveying in northern NSW, the SX10’s high quality scanner was a major reason for the company acquiring it.

“I’ve used a lot of scanners of all kinds,” he said. “and the main thing for us with the SX10 is that it is a multi-station with a good quality scanner. It captures point cloud data much more akin to dedicated High Definition Scanners which is excellent for 3D modelling.

“The point cloud capabilities are important for us and many of our jobs. The SX10 has made capturing that data possible and it is paying off for us and for our clients.”

Lucas said the SX10’s tablet had been somewhat of an unexpected benefit too.

“I am really enjoying using the tablet. It is definitely making working quicker and easier.

“We’ve found that basically we’re using the SX10 on any job we can.

“It is proving invaluable in hard to access job sites.”

A recent job to scan a building internally and externally had brought home the SX10 advantage for the Kennedy team.

“It was a scan of a very busy building in the Byron area,” Lucas said.

“If we had been using a conventional set-up the job would have taken at least a week, which would have been a huge imposition and difficult to achieve without huge disruptions.

“With the SX10 we completed the survey in eight hours.

“Not only does that make the client happy, we also captured all the data required more accurately and efficiently than conventional methods would have.”

Lucas said the sheer scale of cloud point data that was gathered was taking things to the next level.

“We can now provide incredible detail, especially to civil engineers. It has added value to the clients.

“And we’re finding the SX10 is making us more competitive when tendering for jobs.”

He said acquiring the SX10 from UPG had been a ‘great experience’.

“They’ve been very supportive and while I’ve found I haven’t needed a lot of help, whenever I’ve asked for it I’ve got what I needed quickly and accurately from the UPG team,” Lucas said.

Above and beyond

While Downes Group was already a ‘Trimble shop’, the acquisition of the SX10 wasn’t just a matter of buying the brand by any stretch of the imagination, according to director, Simon Passlow.

“The SX10 is a good fit with our existing service delivery, regardless of brand,” he said.

“We undertake significant transport infrastructure projects and often the job includes structures, such as bridges.

“Engineers aren’t always able to articulate what they need at the time of survey – with the SX10 we are able to collect a wide scope of data, conventional and point cloud.

“This means the engineers have access to a wealth of data which really gives them options.”

Simon said this aspect of the SX10 had already demonstrated its worth on a recent project. A conventional survey was commissioned on a bridge and completed. After the engineer was in receipt of the data specified in the scope of works, he had additional queries which were able to be quickly resolved by extracting measurements from the point cloud model in TBC. Previously, the Downes team would more than likely have had to return to the site, an impost on time and cost for both parties.

“The brief was for a conventional survey, but with the SX10 we were able to do scans regardless with minimal extra set up or time required,” Simon said.

“In this case that paid off for us and for our client.”

Simon said the use of Trimble Business Centre (TBC) to produce and extract the data was also a plus.

“As with any new tech, there is a learning curve with the SX10 but it has proven relatively easy to get what we want out of it. Feedback from users experienced on other systems is that the process of managing and editing ‘regions’ in TBC point clouds is more efficient than that of other vendors.

“The UPG team has also been invaluable in getting us up and running with the SX10.”

State-of-the-art achievement

UPG’s southeast Queensland sales manager Rod Yann said the SX10’s acceptance by the market was testament to its state-of-the-art capabilities.

“We’re confident the SX 10 will soon become the standard for geospatial professionals, providing data capture capabilities way beyond current similar technologies,” he said.

“Early adopters of the SX10 and its capabilities are paving the way for the future.

Rod said the SX10 was the result of Trimble’s approach to advancing technologies by taking an idea and, with the company’s vast array of expertise across its various divisions, creates a product that pushes the envelope.

“This SX 10 is not a Robotic Total Station that measures quickly, it is the first robotic Total Station with true laser scanning capability,” he said.

“The big data that is collected extremely efficiently by the SX10 can be data mined at a later date or enhanced as an upfront data deliverable that is visually rich.

“It’s a big leap forward and our clients are seeing for themselves the advantages that it is bringing.”

To find out more about the extraordinary SX10 and how it can transform your operations, contact your UPG representative today.

TIMMS: Making the impossible attainable

To say the TIMMS makes the impossible possible may be an overstatement. But to say it makes it more achievable rings true. 

TIMMS – the Trimble Indoor Mobile Mapping Solution – has truly changed the face of how interior spaces are scanned in 3D, allowing laser scan surveys not only in situations that would have been difficult, to say the least, but also in an incredibly time-efficient manner. 

For Victorian-based Taylors, the first firm in Australia to acquire TIMMS, its adoption has amply demonstrated those qualities – and more. 

Taylors, with offices in Melbourne, Brisbane, Christchurch and Jakarta, prides itself on being a company on the leading edge of new technology. As Taylors’ Manager – 3D Modelling and BIM, Alastair MacColl explained, indoor laser scanning had been identified as an area of advancement it was particularly keen to explore. 

Alastair said the firm acquired its TIMMS in January, 2017 and that it had not only demonstrated Taylors commitment to early adoption and investment in new technology, but also allowed it to tender for large, complex projects that may very well have been outside its scope without TIMMS. 

A prime example of this was a project in the heart of Melbourne’s CBD where detailed interior scans of an entire 30-storey tower were needed for a planned refurbishment. 

“The building is a mix of hotel rooms and serviced apartments,” Alastair said. 

“As you can imagine, not only did this involve many, many rooms but also could not be carried out within standard timings. 

“The client had specific times we could access the various floors and rooms which would have been incredibly complex using traditional laser scanning technology.” 

But with the TIMMS, the Taylors team was able to quickly and efficiently scan each room and floor within the specific timings. A job that surely would have taken weeks and weeks using traditional technology was achieved in days. 

“We were literally in and out of rooms in minutes and with the highly detailed and complex information we needed to create the 3D modelling of course,” Alastair said. 

“With a tripod-based scanner I would imagine that each room would have taken more than half-an-hour. 

“Another big advantage the TIMMS had on this job was that we could link each floor in the modelling simply by rolling the TIMMS into the lift after we’d completed a floor and go up or down to the next level. 

“As we were scanning continuously, this use of the lift created that link on the plans and its elevation. 

“Traditional, tripod-based laser scanners cannot be moved during scans. TIMMS works when you are moving. It is a huge difference and makes this technology unique.” 

Alastair reports the client was more than happy with the team meeting the access requirements as well as the end result – second-to-none 3D modelling delivered to the project architects in a timely manner. 

“For Taylors, TIMMS has taken our work and the kind of projects we can complete to a new level,” Alastair said. 

 The TIMMS system is available in Australia through Trimble’s authorised dealer, UPG. 

UPG’s Martin English said Taylor’s adoption of the TIMMS system had been an Australian first and a massive step forward for this industry in our country. 

“Taylors is demonstrating that the adoption of this technology means big things for a business,” he said. 

“It truly is a step into the future and is ensuring Taylor not only remains a competitive operation but is on the leading edge. 

“The work Taylors is doing with its TIMMS is ground-breaking and we’re proud to be a part of this next, exciting chapter in 3D modelling and BIM.” 

To take your business to a whole new level too, talk to your UPG rep about how TIMMS can revolutionise how you work. 

Trimble Catalyst Wins Awards!

Catalyst has taken top honors at the 2017 NZ Spatial Excellence Awards, securing the Supreme Excellence Award and the  award for Innovation & Commercialization. Bringing together innovators from the NZ spatial industries, the awards recognize products or projects that made a significant contribution to the industry through the introduction of a new idea, method, technology, process or application resulting in social, environmental and/or economic benefits.

“Trimble’s innovation, called Catalyst, allows positioning measurements to be more cost-effective and accessible to a much wider audience without compromising accuracy” says Hadyn Smith, NZSEA chair.

“Out of all the entries, this promises to have the most impact.  It stood out for its immense potential for delivering survey accurate measurement solutions using widely available mobile means – its professional and public reach, therefore, cannot be underestimated” commented the award judges.

 Trimble Catalyst
With increasing processing power, high resolution graphics and the connectivity to deliver spatial data to their users, smartphones and tablets have become a low cost data collection tool.
With these increased capabilities a broad range of mobile apps have become available, however their use in the spatial industry has been limited by the accuracy of the internal GNSS receiver in the mobile devices, and the relative cost of high accuracy GNSS receivers.  While high accuracy GNSS has been adopted by the members of the spatial industry whose roles are dedicated to measurement, the cost/benefit ratio has been a barrier to the broader use of high accuracy GNSS by casual users of positioning – people who are primarily performing a work task from maintenance and inspection through communication and collaboration who in the course of their work periodically need high accuracy positioning.
In the past, either compromises have been made on accuracy or the need has been serviced by bringing in measurement professionals. This innovation has been the development of an Android based soft GNSS receiver (a GNSS receiver that is purely in software) and low cost multi frequency GNSS antenna allowing smartphones to achieve accuracies of up to a centimeter using a globally available subscription service.
Delivered using a positioning as a service business model the innovation changes the cost/benefit ratio to make the use and availability of high accuracy GNSS now affordable for the casual users where accurate positioning is required to support their primary job/task, opening up the use of high accuracy spatial information to a far more extensive range of users through a growing range of smartphone/tablet based applications.
Visit the Catalyst website for more information.