The number of measurements captured is INSANE; we are talking about a starting point of 360k+ measurement points per second. Scanners scan everything around them in 360 degrees despite the fact that you may only need one particular measurement; they will capture it all, whether you require the information or not. It captures more than you can imagine in just a matter of seconds and dramatically decreases the time spent on site surveys while increasing accuracy by 110 times. Point Cloud is data that any laser survey will output, and here are some most-used file formats: .E57, .RCP, .XYZ, but there are many others that can be converted to the one that suits your workflow best. So, point cloud cleaning is an important part of the process, i.e., removing unnecessary measurement points or noisy points situated away or detached from the scanned subject (Property). This is the first step of most workflows after the initial site survey is done to get the as-built 2D .DWG and .PDF Drawings and 3D Model. After this cleaning, you only get the points that are needed and can start creating accurate 2D Plans or 3D Models corresponding to real life without any guesswork. Traditional hand sketching has its challenges and limitations; one challenge is not having enough measurements or even missing them. Laser scanning, on the other hand, collects way more data than you can ever need. This can be the downside of large file sizes and a large amount of data; we are talking about 15GB+. This can be very challenging and may require more powerful computers, faster internet for collaborations, and data sharing, resulting in added time for data transfer and download. Cleaning the scan data serves one purpose: to denoise the point cloud from reflections like scanning through mirrors or unnecessary measurements, as seen in images above. When measuring by hand, you would not measure into the mirror but point to the wall next to it. You would have only one or maybe two points on that wall. However, when scanning, it will capture every millimeter of the property, including walls, floors, ceilings, and everything within, including mirrors, skirting boards, sockets, and all visible elements in the property, including furniture and its dimensions. It will show the exact location of these elements and their dimensions and size. This level of detail is great to have, but it can be challenging to manage, so cleaning removes all unnecessary data and leaves only what is needed. This way, the scan data only shows what's needed, and file sizes are also dramatically decreased, making it easier to work with and collaborate with teams. After 2 hours of cleaning, we can clearly see every level of the property, every step of the stairs, thickness of any wall, its correct size and location, and also any changes in heights. We can retrieve any needed measurements of all structural elements, as seen in the images, and the main thing is, this information is 100% accurate and something we all can rely on. But I have a question: what would you choose for your site surveys, if you have the option to do one or the other? A. Spend more time at the property, have less information, and when something is missing, do guesswork and brick counting, or even revisit the property. B. Spend less time at the property but more time at the computer in your office, cleaning the scan data. (To see the results please Vote)

Picture a mix of old-school sketches and laser-powered precision – it's like blending creativity and science. We're digging deep into whether laser scanning is a game-changer or just a flashy extra. Find out what sparks Architects designs, how they spot the best surveyors, and what the future holds for measuring. No fancy blueprints, just real talk about how architects mix tech and tradition. It's like peeking behind the curtain of their design magic! In the world of architecture, the role of technology and surveying methods is constantly debated. So I done an actual research and here are my findings, I will unravel architects' perspectives on these matters, engaging them in discussions about cost efficiency, precision, and the future of manual measurement and how the Technology would save there time & energy. Question 1: Is Hand Sketching and Laser distance measurer (DISTO), the Optimal Combo? Mahir: "It varies. For straightforward projects, we opt for hand sketching and laser Disto, as it's cost-effective and suits the client's budget. However, with complex sites, we lean on laser scanning for accuracy." Matthew: "Laser scanning by professional surveyors is our go-to. Hand sketching and laser Disto aren't the quickest route for us due to the intricacies of our projects." Hamish: "I utilize a Disto laser measure, although not the latest version. It has its place, but for more comprehensive data, laser scanning takes precedence." Constantine: "I employ a mix of tools, including the 'level hose gauge set.' Still prefer to get to know the properties and do site surveys my self but I am looking for ways and a tool to simplify this, and I see that AI could simplify this process. Colin: "I still prefer the hands-on approach. Understanding the building personally helps me prioritize details that matter. Until there's a streamlined workflow for converting scans into my preferred software, I'll stick to manual surveys." Question 2: Laser Scanning in Measured Surveys is this a necessity? Mahir: "The importance depends on the scale and complexity. Liability is a key factor in the decision-making process." Matthew: "Laser scanning is a must-have for us. It ensures accurate measurements and a solid foundation for our designs." Hamish: "Laser scanning adds depth to surveys." Constantine: "I've explored various methods but struggled to find a solution that fits. Automatically created clear polylines in DWG format from scan data would be a game-changer." Colin: "I'm open to a better way, but for now, translating scans into my 3D model remains a significant undertaking." Question 3: What are the Traits of Outstanding House Surveyors? Matthew: "The ability to segregate elements into layers, no parallel lines, and meticulous note-taking sets great surveyors apart." Hamish: "Attention to detail, efficient work, precise survey notes, and a deep understanding of building materials define excellence." Question 4: What is the Future for Surveying Methods? Mahir: "Advancing technology will shape our approach. However, personal understanding of buildings will still hold value." Hamish: "Given the technology's progress, I'd still go for manual measurements unless an efficient conversion method emerges." Colin: "If you can prove a better way to convert scan data into a usable model, I'm all ears." These architects' insights offer a glimpse into the complexities of surveying methods, bridging the gap between traditional approaches and the allure of cutting-edge technology. As the architectural landscape continues to evolve, it's evident that the balance between precision and practicality remains a constant consideration. "I hope this research was useful. If you'd like to share your opinions or comments, I am currently seeking architects for interviews. These insights can assist others in the industry to grasp the current situation. Plus, it's a chance for you to shine as an industry expert, setting you apart from the crowd. This opportunity offers both free marketing for your company and personal branding.

Would you like your Measured House Surveys to be done automatically without manual input? This is actually what one potential client that approached me had in mind as he had heard the news about the new release of the Matterport pro 3 camera with Lidar capabilities and the capability of downloading the BIM File On their website they state “BIM File - Harness the power of Matterport models. Transform your spatial data to a LOD 200 building information model (BIM) in RVT and DWG format.” Can you imagine what a time saving this can be just to go and scan the property and get ready DWG 2D plans or RVT 3D models created automatically? So let's find out the costs of getting this BIM file (DWG, RVT) from this 3 Bedroom Terraced house that I scanned with Matterport Pro 3 myself More about how did it go on the day on our Instagram Prices mentioned for DWG and RVT files may vary (calculated per sq.ft.). You also have to consider the Monthly subscription £45/mo that is billed annually and the equipment cost from £4995 to £6595. Now you already start asking, is this for real and is this Worth the investment? Is this the solution to all my wasted time, the inaccuracies and costly surveying services? Read the below carefully as I explain step by step the process to the potential client. Client: I would like a Matterport Pro 3 scan for this property to include the following: Floor Plans in DWG. Elevations in DWG. Garden area, Rough boundary in DWG. (This was a red signal to me, and I understood that I have to explain and clarify the clients expectations, due to the last 2 points.) Me: We would not be able to do this with Matterport Pro3 camera, due to the level of details required we would do it with Leica BLK360 G2 and crate the drawings or a 3D model manually from the scan data. Matterport cameras are more designed for Marketing with some great features for measurements. Client: “I believe the Pro 3 has direct integration with AutoDesk via a bundle that allows the export in DWG format. So we were hoping this would be significantly cheaper. Perhaps I have misunderstood the process?” Me: Exteriors are not in the scope of a BIM file provided either in DWG or RVT format and it provides only Floor Plans and 3D models mainly from internal survey data. RVT file from Interior will include: Everything that's visible in the point cloud for the requested scope is modeled per LOD 200. Conclusion Matterport is an excellent tool for marketing and when only floor plans are needed they do a great work and speedy turnovers. But if you're looking for details and drawings such as Elevations, Block Plan, Topography, Sections or other drawings and a control and flexibility of deliverables and its format you need a process that's more straightforward and where you have some control of the result. When it comes down to level of details, quality of work and consistency there are no fully automated solutions yet. Although we have few Matterport cameras ourselves, we invested 4x more £ in the Leica 360 G2 scanner as we need the control and flexibility of deliverables for our clients as Matterport simply does not provide this solution, although you can still download the E57 Point Cloud files at a cost of £72 per project and create the drawings or a 3D model manually yourself. But I personally would use Matterport cameras for Visual material and Leica BLK360 G2 for Point Cloud surveys. Remember Matterport is a Tech Company and everything is streamlined and you either take it or don't, anything that you want to adjust or change can be either impossible or will take days or weeks, and there is no guarantee that they will be able to do what your expecting yet..., but I believe that technology will advance so keep your eyes open and I will keep you updated if this changes. But meanwhile don't get discouraged you don't have to do it all manually yourself, we can deliver any drawings that are needed from your as-built project. Just request a Free Quote and check if this works for you. When it comes down to level of details for any construction project there are special measurement tools from Leica and other scanners like Faro, GeoSLAM that are meant for this job. Source of info>

Technological advancements have shaped the construction in many folds. One can witness the impact of technological advancement to shape the projects in the way of conceived, planned, and executed. Transformative innovation that is now revolutionizing the industry is the scan to BIM service. The BIM stands for Building Information Modeling, an innovative approach enhancing the accuracy, speed, and effectiveness of construction projects while ushering in a new era of precision and efficiency. What is Scan to BIM? Scan to BIM is a process that mainly involves converting physical structures or any other spaces to digital models using laser scanning technology. This innovative service captures accurate measurements and intricate details of existing buildings, infrastructure, or environments and makes them into BIM models. These models mainly serve as comprehensive digital representations helping architects, engineers, and construction professionals to collaborate on design and planning with unmatched accuracy. Advantages of Scan to BIM service and in particularly in London: Accurate As-Built Documentation - London is and historically rich city, where Scan to BIM service plays a pivotal role in preserving and documenting the existing architectural heritage. Laser scanning captures intricate details, ensuring that as-built conditions are accurately represented in the digital model. This precision allows for informed decision-making, reducing errors and rework during the design and construction phases. Easy integration with BIM - When it comes to scanning the BIM process, it seamlessly integrates with captured data into the BIM environment. This integration enables interdisciplinary collaboration among various stakeholders, including architects, engineers, contractors, and other people who are associated with the construction project. It fosters a shared understanding of the project scope, resulting in better-informed design choices along with effective project coordination. Enhanced Design and Planning - Due to London's diverse architectural landscape, it requires adaptive design strategies. Scan to BIM service empowers design teams to work with a clear and accurate representation of the existing structures. It enables the architectures and other personnel to develop creative designs and make informed decisions to ensure that new additions harmoniously blend with the surroundings. Accurate Pricing Estimations - Construction projects require accurate quantity takeoffs for cost estimation and procurement purposes. Scan to BIM technology generates detailed models that help the authorities with precise quantity calculations. This data-driven approach enhances cost forecasting, minimizes discrepancies, and supports efficient budget management. Makes Renovation and Retrofitting Easier - London is well known to be home to several historical buildings, and they often undergo renovation and retrofitting projects to adapt to modern requirements. Scan to BIM service offers a comprehensive understanding of existing structures, ensuring that the renovation plans are accurate and effective. It minimizes any unforeseen challenges during the construction and preserves the integrity of the historic landmarks. Detection of Class and Coordination - Effective clash detection and coordination are the two crucial factors to avoid any conflicts and delays during construction. The scan to BIM models is capable of clashing detection by overlaying new design elements onto the existing conditions. This process helps to identify and resolve the classes before they translate into costly on-site issues. Proper Facility Management - Beyond the construction phase, the Scan to BIM has long-term benefits for facility management in London's bustling urban environment. Accurate digital models assist facility managers in visualizing and managing building systems, maintenance, and renovations, ensuring optimal building performance and longevity. The Scan to BIM service in comes with several advantages, and it has redefined the construction landscape in London by mixing cutting-edge technology with architectural innovation. Its ability to capture intricate details, facilitate collaboration, enhance design and planning, and promote sustainable practices makes it an invaluable asset in the city's dynamic urban fabric.

LiDAR technology allows to map indoor and outdoor spaces and to do that within minutes. This is particularly useful in architecture, construction, and building management. And this is what I just saw in London bridge station mounted on a floor cleaning unit, while some architects still go out and measure spaces by hand the cleaning, automotive and other industries are measuring the spaces within a minutes on the go. SLAM technology utilizes advanced laser scanning and simultaneous localization and mapping techniques to generate detailed 3D models of physical spaces while also determining their precise location within the space. It typically involves the use of handheld or mobile laser scanners that capture millions of data points per second, creating a point cloud representation of the environment. And this is what I actually have seen today in action! If you also have any challenging buildings that need to be measured or simply you don't have time for this, I have great news. You don't have to invest big sums of money in technology and learn how to use it….. We use Terrestrial laser scanning equipment that is a ground-based version and we can capture the 3D space and also create 2D AutoCAD ready plans or a 3D model for you, without the need for you even leaving your office, we can be your boots on the ground. According to a recent report from Future Market Insights, the market for 3D scanners is projected to increase fourfold in the next ten years, giving an annual rate of 14%. This growth is being fueled by a variety of industries adopting 3D scanning. From prototyping to quality assurance, 3D scanning is becoming an integral part of the construction, industrial and manufacturing industries. In the field of architecture, Lidar technology offers several benefits: Rapid Data Capture: Quickly capture large amounts of data, allowing architects to obtain comprehensive 3D models of buildings, construction sites, or other architectural spaces in a fraction of the time it would take with traditional surveying methods. Accurate Measurements: Accurate spatial coordinates for every point in the captured point cloud. This enables architects to make precise measurements, analyze spatial relationships, and perform clash detection between different architectural elements. As-Built Documentation:Laser scanners are effective tools for capturing as-built documentation of existing structures. Architects can use the technology to create accurate 3D models of buildings, capturing their current state and allowing for efficient renovation or retrofitting projects. Visualization and Design: The 3D models generated through Lidar technology can be visualized and manipulated using specialized software. Architects can explore different design options, assess the impact of proposed changes, and communicate design ideas effectively to clients or stakeholders. Construction Monitoring: Scanners can be used to monitor construction progress and compare it against design plans. By conducting regular scans, architects can detect deviations or errors early on, enabling proactive decision-making and ensuring the project stays on track. Lidar technology has become an invaluable tool in architecture, enabling architects to streamline workflows, improve accuracy, and gain a deeper understanding of the built environment. It enhances collaboration, reduces project costs, and contributes to the overall efficiency and success of architectural projects.

As an architect or property owner, you know that accurate plans are essential for any renovation or remodeling project. But when it comes to plans, not all are created equal. Estate agent plans, for example, may be useful for illustrative purposes, but they lack the detail and accuracy needed for architectural work. In this blog post, we'll explore the difference between estate agent plans and architectural plans in measured building surveys, and why accurate plans are essential for any renovation or remodeling project. Estate Agent Plans for Illustrative Purposes: Estate agent plans are typically used for marketing purposes, to give potential buyers or tenants an idea of the layout and size of a property. These plans are often created using basic measurements or floor plans, and may not be to scale. They may also lack important details, such as the location of structural elements or the thickness of walls. While estate agent plans can be useful for illustrative purposes, they are not suitable for architectural work. They may not accurately represent the layout or size of a property, and they may not include the level of detail needed for accurate measurements or design work. Architectural Plans in Measured Building Surveys: Architectural plans in measured building surveys, on the other hand, are highly detailed and accurate. These plans are created using laser scanning technology, which captures millions of data points to create a highly accurate 3D model of a building. This model can then be used to create detailed floor plans, elevations, and sections. Architectural plans in measured building surveys include a level of detail that estate agent plans simply cannot match. For example, they may include the location of structural elements, the thickness of walls, and the location of mechanical or electrical systems. They may also include information about the condition of the building, such as cracks or other damage. Why Accurate Plans are Essential: Accurate plans are essential for any renovation or remodeling project. Without accurate plans, architects and builders may not have a clear understanding of the existing structure, leading to costly mistakes or revisions down the line. Accurate plans can also help ensure that the new design fits within the existing structure, avoiding issues with building codes or regulations. Additionally, accurate plans can help property owners understand the condition of their building, including any damage or areas in need of repair. This can help them make informed decisions about maintenance or renovation work, and can help avoid costly surprises down the line. Conclusion: Estate agent plans may be useful for illustrative purposes, but they lack the detail and accuracy needed for architectural work. For accurate plans, a measured building survey with laser scanning technology is essential. Accurate plans are essential for any renovation or remodeling project, and can help ensure that the new design fits within the existing structure and meets building codes and regulations. By investing in accurate plans, architects and property owners can save time and money, and avoid costly mistakes or revisions down the line.

The Benefits of Scan to BIM Services in London As an architect in London, you know that 3D modelling is an essential part of the design process. But you also know that creating accurate 3D models can be time-consuming and challenging, especially when working with existing buildings or structures. That's where Scan to BIM services come in. In this blog post, we'll explore the benefits of Scan to BIM services in London and how they can help you revolutionize your 3D modelling process. The Benefits of Scan to BIM Services: First, let's define what we mean by Scan to BIM. This is a process that involves using laser scanning technology to create highly accurate 3D models of existing buildings or structures. These models can then be used in the design process, allowing architects to work with confidence and accuracy. But beyond that, Scan to BIM services offer a number of benefits for architects in London, including: Time savings: By using laser scanning technology, Scan to BIM services can create highly accurate 3D models in a fraction of the time it would take to create them manually. This can save architects hours or even days of work, allowing them to focus on other aspects of the design process. Accuracy: Laser scanning technology is incredibly accurate, allowing for highly detailed and precise 3D models. This can help architects avoid errors and ensure that their designs fit within the existing structure. Cost savings: By creating accurate 3D models upfront, architects can avoid costly mistakes or revisions down the line. This can save both time and money in the long run. Challenges with 3D Modelling in London: Of course, 3D modelling in London comes with its own set of challenges. For example, many buildings in London are historic or have unique architectural features that can be difficult to capture accurately. Additionally, working with existing buildings or structures can be challenging due to access limitations or safety concerns. How Scan to BIM Services Can Help: Scan to BIM services can help overcome these challenges by providing highly accurate 3D models that capture even the most intricate architectural details. Additionally, laser scanning technology can be used to capture data from hard-to-reach areas, such as rooftops or facades, without the need for scaffolding or other access equipment. Best Practices for Using Scan to BIM Services: To get the most out of Scan to BIM services, it's important to establish best practices for using them. Here are a few tips: Choose a reputable provider: Make sure that you choose a Scan to BIM provider with experience and expertise in laser scanning technology and 3D modelling. Communicate clearly: Clearly communicate your project requirements and expectations with your Scan to BIM provider to ensure that the resulting 3D models meet your needs. Integrate 3D models into your design process: Once you have your 3D models, make sure to integrate them into your design process to ensure accuracy and efficiency. Conclusion: Scan to BIM services offer a revolutionary way to approach 3D modelling in London. By using laser scanning technology to create highly accurate 3D models, architects can save time, improve accuracy, and avoid costly mistakes. By following best practices and integrating 3D models into the design process, architects can revolutionize their approach to 3D modelling and take their designs to the next level.

Every minute wasted on a project is a minute that could be spent on the next one. One area where time is often wasted is in the creation of as-built drawings. But what if we told you that accurate as-built drawings could actually save you time and streamline your architectural process? In this blog post, we'll explore the benefits of accurate as-built drawings and how they can help you work more efficiently. The Benefits of Accurate As-Built Drawings: First, let's define what we mean by as-built drawings. These are drawings that show the exact dimensions and locations of all elements in a building or structure. Accurate as-built drawings are essential for any renovation or remodeling project, as they provide a clear picture of what's already there. But beyond that, accurate as-built drawings can save you time in a number of ways. For example: They eliminate the need for manual measurements: With accurate as-built drawings, you don't need to spend time manually measuring every element in a building. This can save you hours of work and reduce the risk of errors. They help you avoid surprises: Accurate as-built drawings can help you identify potential issues or surprises before they happen. This can save you time and money in the long run by allowing you to plan for any necessary changes. They streamline the design process: With accurate as-built drawings, you can design with confidence, knowing that your plans will fit within the existing structure. This can save you time by eliminating the need for revisions or redesigns. Common Challenges with As-Built Drawings: Of course, accurate as-built drawings are only helpful if they're actually accurate. One common challenge with as-built drawings is ensuring that they're complete and up-to-date. This can be especially challenging if you're working with older buildings or structures that have undergone multiple renovations. Best Practices for Managing As-Built Drawings: To ensure that your as-built drawings are accurate and up-to-date, it's important to establish best practices for managing them. Here are a few tips: Use laser scanning technology: Laser scanning technology can create highly accurate as-built drawings in a fraction of the time it would take to measure manually. Keep drawings up-to-date: Make sure that any changes to a building or structure are reflected in the as-built drawings. This can be done by conducting regular site visits and updates. Store drawings in a centralized location: Make sure that all members of your team have access to the most up-to-date as-built drawings. This can be done by storing them in a centralized location, such as a cloud-based platform. Conclusion: Accurate as-built drawings are essential for any renovation or remodeling project, but they can also save you time and streamline your architectural process. By using laser scanning technology and establishing best practices for managing as-built drawings, you can work more efficiently and avoid costly surprises. So, stop wasting time on manual measurements and start using accurate as-built drawings to take your architectural process to the next level.

Why Architects Need Them and How to Get the Best Results? As an architect in London, you understand the importance of accurate measurements and detailed plans. From building design, planning and renovations to property assessments and valuations, accurate measurements are the foundation of your work. This is where measured surveys come into play. Measured surveys are detailed measurements of buildings and land, which provide architects with the information they need to create accurate drawings, plans, and designs. If you're an architect in London, you need to know about measured surveys and how they can help you deliver the best results for your clients. Why Architects Need Measured Surveys in London? Measured surveys are essential for architects for several reasons. Firstly, they provide accurate and comprehensive information about a building or land, which is crucial for designing and planning new constructions, renovations, and extensions. Without accurate measurements, architects may encounter issues such as incorrect proportions, inaccurate layouts, or unsuitable designs, which can lead to costly mistakes. Secondly, measured surveys are essential for assessing the condition and value of a property. Accurate measurements of a building's condition and structure can help architects identify potential issues and suggest appropriate repairs and upgrades. This can save clients time, money, and stress in the long run, as they can avoid unnecessary repairs and renovations. Lastly, measured surveys can also help architects and clients navigate legal requirements such as planning permission, building regulations, and land registry applications. Accurate measurements of a property's boundaries, structure, and layout can help ensure that clients meet the necessary legal requirements and avoid costly fines or delays. How to Get the Best Results from Measured Surveys in London? To get the best results from measured surveys, architects need to work with professional and experienced surveyors who understand the unique challenges of working in London. Here are some tips to help you choose the right surveyors for your projects: Look for surveyors who specialize in measured surveys for architects and have experience working on similar projects to yours. Check their credentials, certifications, and professional affiliations to ensure they meet industry standards and regulations. Ask for references and reviews from previous clients to assess their quality of work and customer service. Discuss your project's requirements and deadlines upfront to ensure they can meet your expectations and deliver on time. Request a detailed quote and contract that outlines the scope of work, fees, and terms and conditions to avoid any misunderstandings or disputes. Conclusion Measured surveys are essential for architects in London to deliver accurate and detailed plans, designs, and assessments. By working with professional and experienced surveyors, architects can ensure they get the best results for their clients and avoid costly mistakes or legal issues. If you're an architect in London, make sure you understand the importance of measured surveys and how to choose the right surveyors for your projects. And if we can be of any assistance to you or you have any questions please get in touch with us. https://www.spacesurvey.co.uk/

The Benefits of Property Surveys for Architects in London and Beyond. As an architect, accurate measurements and detailed plans are critical to the success of your projects. Whether you're working on a new construction or a renovation, you need to have a clear understanding of the property's layout, dimensions, and condition. That's where property surveys come in. In this blog post, we'll explore the benefits of property surveys for architects in London and beyond, and how our 3D laser scanning technology can help you get the best results for your projects. What are Property Surveys? There are many property surveys like condition, valuation and other types but today we will look in to Measured House Surveys that are to provide accurate measurements of the house. Comprehensive and accurate measurement of a property's physical characteristics and dimensions. Property surveys in London can include measurements of the building's exterior and interior, the surrounding land, and any other relevant features such as utilities, topography, or vegetation. Property surveys are essential for architects as they provide accurate and detailed information that can help inform the design and planning stages of a project. The Benefits of Property Surveys for Architects Accurate Measurements: Property surveys provide architects with precise and comprehensive measurements of a property's layout, dimensions, and condition. This ensures that designs and plans are accurate and tailored to the property's unique features and characteristics. Time-Saving: By using 3D laser scanning technology, our property surveys can be completed quickly and efficiently, saving architects time and resources. This allows architects to focus on other critical aspects of their projects, such as design and construction. Improved Communication: Property surveys provide architects with detailed information that can be easily communicated to clients, contractors, and other stakeholders. This improves communication and reduces the likelihood of misunderstandings or errors. Legal Compliance: Property surveys can help ensure that architects and their clients meet legal requirements such as planning permission, building regulations, and land registry applications. Accurate measurements of a property's boundaries, structure, and layout can help avoid costly fines or delays. How Our 3D Laser Scanning Technology Works? Our 3D laser scanning technology uses a laser scanner to capture precise measurements of a property's physical characteristics. The scanner captures millions of data points that are then processed to create a 3D model of the property. This 3D model can be used to create 2D drawings or 3D Revit models, depending on the architect's requirements. Why Choose Us for Your Property Surveys? We have years of experience providing property surveys to architects in London and across the UK. Our 3D laser scanning technology ensures that our surveys are accurate, efficient, and cost-effective. We provide As-Built drawings in 2D format (DWG, PDF) or 3D Revit models, depending on your project's requirements. We are committed to providing high-quality customer service and ensuring that our clients are satisfied with the results. Conclusion Property surveys are essential for architects in London and beyond. Accurate measurements and detailed plans are critical to the success of any project, and property surveys provide architects with the information they need to deliver the best results for their clients. Our 3D laser scanning technology ensures that our property surveys are accurate, efficient, and cost-effective. Contact us today to learn more about our property survey services in London and how we can help you get the best results for your projects. www.spacesurvey.co.uk

Understanding Building Surveys: A Guide for Architects Types of Building Surveys Condition Report: This survey provides a general overview of a property's condition and highlights any significant issues or defects. Homebuyer Report: This survey provides more detail than a condition report and includes a valuation of the property. Building Survey: This is the most comprehensive type of survey and provides an in-depth analysis of a property's condition, including structural defects and potential issues. Measured House Survey; Is a type of building survey that provides accurate measurements of a property's interior and exterior. This survey is particularly useful for architects as it provides a detailed understanding of the property's layout and dimensions. Measured house surveys can be conducted using various methods, including 3D laser scanning, traditional tape measures, or electronic distance measurement devices. As an architect in London, you know that accurate measurements and detailed plans are essential for successful construction projects. Building surveys are a crucial tool for obtaining accurate information about a property and its condition. In this blog post, we'll discuss the different types of building surveys and focus on the importance of measured house surveys and As-Built drawings for architects in London. The Importance of As-Built Drawings for Architects. As-built drawings are an essential part of any construction project. These drawings show the actual dimensions and layout of a completed building and are used as a reference for future maintenance, renovations, or alterations. As-built drawings are critical for architects as they provide accurate and detailed information about a property's features, which can help inform future designs and plans. As-built drawings can be created in 2D format (DWG, PDF) or 3D Revit models, depending on the architect's requirements. These drawings provide an accurate representation of a property's layout, which can be used to identify potential issues or design improvements. Why Architects Need As-Built Drawings in London? In London, space is at a premium, and architects often need to work within existing structures or buildings. As-built drawings can help architects design solutions that are tailored to the property's unique features and limitations. Additionally, as-built drawings can help architects ensure that their designs comply with building regulations and other legal requirements. As-built drawings can also help architects communicate their designs and plans to clients, contractors, and other stakeholders. This improves communication and reduces the likelihood of misunderstandings or errors during construction. Conclusion Building surveys and measured house surveys are critical tools for architects in London. Accurate measurements and detailed plans are essential for successful construction projects, and building surveys in London provide architects with the information they need to deliver the best results for their clients. As-built drawings are a crucial part of any construction project, and architects need accurate and detailed drawings to ensure that their designs are compliant with legal requirements and tailored to the property's unique features. Contact us today to learn more about our building survey services in London and how we can help you get the best results for your projects. www.spacesurvey.co.uk

As an architect, I can attest to the power of word of mouth when it comes to promoting my business. There's something incredibly validating about having a happy client refer their friends and family to me. It tells me that I've done a good job, and it makes me feel proud of the work I've done. Of course, getting those referrals isn't easy. It takes time and effort to build relationships with clients and to deliver high-quality work that exceeds their expectations. But when you do, the rewards are worth it. Not only do you get the satisfaction of knowing you've done a great job, but you also get new business as a result. In addition to word of mouth, I've found that social media can be a great way to promote my business and showcase my work. I love sharing photos of my projects and engaging with my followers on Instagram and Facebook. It's a great way to connect with potential clients and to build my brand. Networking is another important aspect of promoting my business. I try to attend industry events and participate in community events as much as possible. It's a great way to meet new people and to make connections with other architects, contractors, and potential clients. I've also found that offering referral programs can be effective. When a client refers someone to me, I make sure to thank them and to offer them a small incentive, like a discount on their next project or a gift card to a local restaurant. Finally, having a professional website is essential for promoting my business. It's the first thing potential clients see when they search for architects online, so it needs to be well-designed and easy to navigate. I make sure to showcase my best work on my website, and to include testimonials from happy clients. In conclusion, promoting my architecture business is a continuous effort that requires a combination of word of mouth, social media, networking, referral programs, and a professional website. But when done well, it can be incredibly rewarding both personally and professionally. Get in touch with Armando Elias Website: https://www.craftdesign.co.uk/ Social Medial: https://www.instagram.com/craftdesignlondon/