Solutions & Technology SOLUTIONS & TECHNOLOGY Empowering the future through our innovative solutions. Smart Country Mapping Smart Country Mapping Smart Country Mapping We strategically align with the global imperative of energy transition, climate change mitigation, sustainability, and achieving net-zero objectives. Our country mapping solutions, encompasses groundbreaking offerings across new renewable energies, critical raw materials, water management, environmental stewardship, and biodiversity preservation. Together, we pave the way for a sustainable and resilient future. SOLUTIONS We quantify the natural capital of the country, comprised of surface and subsurface resources. SOLUTIONS SUBSURFACE CRITICAL MINERALS WATER NATURAL HYDROGEN HYDROCARBONS OTHER MINERALS CO2 STORAGE GEOTHERMAL RESOURCES SURFACE BIODIVERSITY ENVIRONMENTAL AGRICULTURAL WATER CO2 CAPTURE NATURAL HYDROGEN GAS EMISSIONS OTHERS SURFACE BIODIVERSITY ENVIRONMENTAL AGRICULTURAL WATER CO2 CAPTURE NATURAL HYDROGEN GAS EMISSIONS OTHERS SUBSURFACE CRITICAL MINERALS WATER NATURAL HYDROGEN HYDROCARBONS OTHER MINERALS CO2 STORAGE GEOTHERMAL RESOURCES Data capture and management of natural resources Smart Regional Interpretation translates geophysical, geospatial and other inputs into economic metrics highly valuable especially for development countries TECHNOLOGY Our innovative technologies allow for efficient target exploration through airborne data acquisition, analysis and interpretation reducing environmental impact. Gravity, Gradiometry & Magnetics Software Xcalibur Smart Mapping specializes in gravity and magnetics data processing, analysis, interpretation, and management. Their LCT software suite creates models of the earth subsurface, performs forward modeling and joint inversion constrained by various data sources. The software is designed for large petroleum companies and research institutions, offering a complete package for gravity and magnetic modeling, interpretation, and data processing. They provide 2D and 3D modeling capabilities, grid filtering tools, magnetic depth estimation software, and interactive data processing systems. With over 100 years of cumulative experience, Xcalibur Smart Mapping also offers consultancy services for survey design, data processing, integration, and interpretation. They utilize proprietary software to enhance results and offer value-added services. MORE INFORMATION Airborne Magnetics and Radiometrics Xcalibur Smart Mapping offers market-leading Airborne Magnetics, Radiometrics (MAG/RAD), and optional scalar gravity surveys for geological mapping and mineral exploration. The surveys are typically flown using customized low-flying aircrafts, for maximum efficiency and ultra-high-resolution geophysical data. The only limitation of the survey height is the height of the vegetation and man-made features. Xcalibur Smart Mapping also offers helicopter specific applications for difficult areas, using boom-tip mounted magnetometers and radiometric crystal packs to acquire ultra-high resolution magnetic and radiometric data in rugged terrains. The fleet associated with this technology is specified below: Xmag® Midas® MORE INFORMATION Airborne Electromagnetics Xcalibur Smart Mapping offers a full range of industry-leading airborne electromagnetics (AEM) technologies for conductivity mapping and target detection. AEM systems are designed for different applications, providing the best technical and commercial solutions. These systems can image targets at the surface or depths in excess of 600 ground meters, delivering simultaneously electromagnetic and magnetic, and optional radiometric. Xcalibur’s AEM systems are proprietary and have undergone extensive research and development. The TEMPEST® system is a fixed-wing AEM system with high resolution and broad bandwidth. HeliTEM® is a helicopter low base frequency time-domain AEM system with enhanced sensitivity to conductive targets, while RESOLVE® frequency domain offers the highest resolution for near-surface conductivity measurements. The fleet associated with this technology is specified below: Tempest® Helitem® Resolve® MORE INFORMATION Airborne Scalar Gravimetry Scalar gravity measurements play a supporting role in geological mapping, oil and gas exploration and geodetic studies. Xcalibur Smart Mapping offers offers our strapdown scalar gravimeter, a proprietary device that acquires gravity data without requiring a stabilized platform. This exclusive system delivers data with half the noise levels of other commercially available systems. The iCORUS-iX™ is compact and robust, allowing high-quality scalar gravity data to be acquired simultaneously with magnetic, electromagnetic, or gravity gradiometry surveys, even under turbulent conditions. The iCORUS-iX™ can achieve gravity data quality of <1.0mGal at a resolution of 3km when flown at wider line spacings, and higher resolution datasets can be obtained through oversampling at tighter line spacings. Airborne gravimetry survey data can be used to support surface and subsurface studies, including hydrocarbons, geothermal, hydrogen, minerals as well as for geodetic modelling and other use cases. The fleet associated with this technology is specified below: iCORUS-iX™ MORE INFORMATION Airborne Gravity Gradiometry FALCON® Airborne Gravity Gradiometry is the industry leading AGG technology, providing high-resolution, high-quality and broad bandwidth gravity solutions for structural and lithological mapping, and for direct target detection. Developed in collaboration with Lockheed Martin, FALCON® AGG is specifically designed for challenging airborne environments. Xcalibur operates six FALCON® systems globally on fixed-wing and helicopter platforms, offering the highest data quality and lowest noise specifications. The surveys cover 100% of the area, including rugged topography, vegetation, and areas with difficult access. Magnetic data is acquired as standard, and radiometric data can be optionally included. The FALCON® family is composed by FALCON®, FALCON Plus & Full Spectrum FALCON, and offers different system options tailored to meet exploration needs, ensuring efficient operations with minimal environmental impact. The fleet associated with this technology is specified below: Falcon® AGG HeliFALCON® AGG MORE INFORMATION Geospatial Technologies (GST) In today´s competitive and rapidly changing business landscape, data analysis is crucial for success. Xcalibur Smart Mapping recognizes the importance of converting data into valuable information and making it accessible to decision-makers. We offer both point solutions and integrated solutions for data analysis and management. With our expertise in geographic information systems (GIS) and remote sensing, we specialize in various sectors such as mining, energy, environment, logistics, and the public sector. Xcalibur utilizes satellite imagery for a wide range of applications, including geological information extraction, resource planning, logistics, and monitoring of mining operations. We employ advanced techniques like radar interferometry for geotechnical monitoring in mining operations. MORE INFORMATION MagCUBE™ MagCUBE™ by Xcalibur Smart Mapping is an IFR technique that converts surface total magnetic intensity anomalies into a subsurface vector crustal magnetic field distribution. MagCUBE™ builds IFR models with careful considerations and unique techniques. Coupled with our global data acquisition capabilities, MagCUBE™ reduces costs and boosts efficiency in directional and horizontal drilling operations by providing accurate geomagnetic references, ensuring precise wellbore placement and increased productivity. MORE INFORMATION Gravity, Gradiometry & Magnetics Software Airborne Magnetics and Radiometrics Airborne Electromagnetics Airborne Scalar Gravimetry Airborne Gravity Gradiometry Geospatial Technologies (GST) MagCUBE™ OUR FLEET We are leaders in the sector due to the size of our fleet, which allows us to undertake projects worldwide. We have both airplanes and helicopters to support our innovative technology. Discover our fleet modified and patented by Xcalibur Smart Mapping, powered by cutting-edge solutions and technologies. Air Tractor (502B, 504) Cessna 208B Grand Caravan – Cessna 208B Supervan 900 PAC 750 Air Tractor (502B, 504) The Air Tractor is a versatile aircraft with several key features. It can operate in challenging environments such as short airstrips, salt pans, and farm roads, making it ideal for survey work. Its structurally efficient airframe reduces drag force, while the long fuselage enhances stability on the ground and in the air. The heavy-duty landing gear acts as a shock absorber during landings. The aircraft is optimized for low flying, resulting in improved data resolution. It also prioritizes pilot safety with the use of AMSAFE seatbelt airbags and a cockpit design inspired by Formula One race cars. With its cost-effective performance and excellent security capabilities, the Air Tractor stands out among survey aircraft options. SEE MORE Cessna 208B Grand Caravan – Cessna 208B Supervan 900 The Cessna 208B Grand Caravan and Cessna 208B Supervan 900 are both reliable, efficient, and versatile turbine aircraft that are ideal for geophysical survey operations. The Grand Caravan is the preferred platform for FALCON® AGG projects, while the Supervan 900 is an upgraded version with a Honeywell TPE331-12JR turbine engine that provides higher power, extended range, and more efficient operations. As a result, the Supervan 900 is the preferred platform for TEMPEST® AEM projects. Both aircraft are well-suited for all types of airborne geophysical survey operations and offer excellent performance and reliability. SEE MORE PAC 750 The PAC750 is a durable, low-wing airplane with a fixed tricycle landing gear that is ideal for agricultural and low-level Airborne Geophysical Survey operations. It features a powerful and reliable Pratt and Whitney PT6-34 turbine engine, making it suitable for conducting safe survey operations at low levels and rugged terrain. The fixed landing gear and high-performance engine allow for operations from short and semi-prepared airfields, increasing efficiency gains when deployed to remote locations. The aircraft has a second seat for a Military or Civilian observer/pilot if required and is certified for the installation of magnetic and radiometric sensors, allowing for the collection of high-quality geophysical data. SEE MORE Contact us. FILL THE FORM