Skyway36的动态

Osage, LLC seeks proposals from qualified respondents to develop a multi-site master planning strategy for the Skyway36 droneport site and adjoining parcels and related facilities. For this master plan Osage, LLC requests a strategy that guides an immediate, industry-specific development strategy conducive for advanced, unmanned aerospace activities and one that specifies feasible, relevant land-use forecasting (3, 5, and 10-year timelines) for real estate activities that complement and enhance aerospace activities conducted at key sites. The master plan requested should identify facility needs and future development options to accommodate potential growth, while assessing the ability of the existing airfield to support the forecast demands. This RFP comes at a pivotal time in Tulsa’s aerospace legacy. Notably, the Skyway36 site was the recent recipient of multiple federal awards from the United States Economic Development Administration, the Build Back Better Regional Challenge program, and the Regional Technology and Innovation Hubs (Tech Hubs) program. These significant federal investments, coupled with the vision and past and future support from the Osage Nation highlights the importance and potential of the airfield site and adjoining properties. Osage Nation, Osage, LLC, DronePort Network, Tulsa Innovation Labs

Vulnerability Heatmapping in Debris Management | Journal of Management in Engineering | Vol 40, No 4 https://lnkd.in/ecXym8S6

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High precision GNSS is critical before, during and after construction. Find out why what we're doing at Point One Navigation is critical for infrastructure build out in this GPS world article.

So, what exactly is the Draft Master Plan all about? ?? The Draft Master Plan maps out land use for the next 10 to 15 years, and is a collaboration between us and you ?? Through your opinions, feedback and concerns, we’ll work together to create a Space for Our Dreams ?? Watch this video ?? for a quick crash course on what we’ll focus on for #DMP2025 #SpaceForOurDreams

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We making it visible with #space but we put our boots on the ground: today our CEO and team is present in Slowenia ???? ?? Elevating Shipyard Operations with LaGrand's Day and Night Remote Sensing Technology! ??? In the dynamic world of shipyard operations, staying ahead is not just advantageous; it's essential. That's why LaGrand is proud to introduce our groundbreaking day and night remote sensing solutions, designed to revolutionize the steel industry's approach to shipyard building and management. Here's how our innovative technology is reshaping the landscape: 1?? Global Situation Awareness: In today's interconnected world, global events and geopolitical developments can have far-reaching effects on the steel industry. Our day and night remote sensing solutions offer shipyards unparalleled situational awareness, allowing them to monitor and adapt to changing circumstances in real-time. Whether it's supply chain disruptions, geopolitical tensions, or environmental factors, our technology empowers shipyards to stay informed and agile in the face of uncertainty. 2?? Steel Price Optimization: The steel industry is notoriously susceptible to fluctuations in steel prices, which can significantly impact profitability. LaGrand's remote sensing technology provides shipyards with invaluable insights into market trends and steel pricing dynamics, enabling them to optimize their purchasing strategies and maximize cost-efficiency. 3?? Better Predictions: With our advanced remote sensing capabilities, shipyards can make more accurate predictions regarding various aspects of their operations. By harnessing the power of LaGrand's remote sensing technology, shipyards can unlock new levels of efficiency, resilience, and competitiveness in an ever-evolving industry landscape. Join us in shaping the future of shipyard operations! Connect with LaGrand today to explore how our solutions can propel your business forward. #Innovation #Shipyard #RemoteSensing #shipbuilding ?? LaGrand - Making it visible

Building or Updating Your Transition Plan? Let Pathfinder Lead the Way! Whether you're starting from scratch or updating an existing ADA Transition Plan, Pathfinder Technologies has the expertise and cutting-edge tools to guide you through every step of the process. With our proprietary mobile mapping software and expert team of GIS professionals, we ensure that your public right-of-way (PROW) data collection is accurate, efficient, and actionable. Our solutions are designed to streamline the planning process, helping municipalities and institutions stay compliant with ADA standards while improving accessibility for all. ? Comprehensive Surveying: We cover everything from sidewalks and curb ramps to bus stops and pathways, ensuring no detail is overlooked. ? State-of-the-Art Technology: By leveraging our advanced GNSS receivers and LiDAR technology, we collect high-precision data that informs better decision-making. ? Actionable Insights: Our detailed reports provide clear, understandable data that can be seamlessly integrated into your transition planning process. Let us help you take the guesswork out of your ADA Transition Plan. Whether you're enhancing accessibility, updating infrastructure, or meeting compliance standards, Pathfinder has the tools and experience to ensure your plan is completed with precision and excellence. Connect with us today to schedule a demo and learn how we can help you achieve your accessibility goals!

Typical infrastructure components found at most rocket launching stations: 1. Launch Pad: The launch pad is the primary structure where the rocket is positioned for liftoff. It typically consists of a reinforced concrete platform with flame trenches, exhaust deflectors, and other systems to withstand the extreme heat, vibrations, and acoustic loads during launch. 2. Vehicle Assembly Building (VAB): The VAB is a large building used for the vertical assembly and integration of the rocket and its components. It often includes high-bay areas, clean rooms, and specialized equipment for handling and stacking the rocket stages. 3. Crawler Transporters: These massive tracked vehicles are used to transport the assembled rocket from the VAB to the launch pad. They are designed to support the immense weight of the rocket and its mobile launch platform. 4. Mobile Launch Platform (MLP): The MLP is a steel structure that supports the rocket during assembly and provides access to the various levels of the vehicle. It is transported to the launch pad by the crawler transporter. 5. Umbilical Tower: This tower is positioned next to the rocket on the launch pad and provides various connections and services to the vehicle, such as propellant loading, power, and communications. 6. Propellant Storage and Transfer Facilities: These facilities are used for storing and transferring the liquid propellants (fuel and oxidizer) to the rocket's tanks before launch. 7. Blockhouses and Control Centers: These reinforced concrete structures house the personnel and equipment responsible for monitoring and controlling the launch operations, ensuring safety, and tracking the vehicle during liftoff. 8. Radar and Tracking Systems: Radar and other tracking systems are used to monitor the rocket's flight path, altitude, and velocity during launch and ascent. 9. Emergency and Recovery Systems: These include facilities and equipment for responding to emergencies, such as fire stations, medical facilities, and systems for recovering the rocket stages or payloads after launch. 10. Support Infrastructure: Additional infrastructure may include power plants, water and gas supply systems, transportation networks (roads, railways), and facilities for housing and supporting the personnel involved in launch operations. The specific infrastructure requirements can vary depending on the size and complexity of the rockets being launched and the launching agency's operational procedures. #Space #Technology #Exploration #Science #Innovation #SpaceTech #SpaceExploration #Astronomy #RocketScience #MarsMission #rocket

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