Our Equipment

  • Close-up of a DJI Matrice 4T drone used to capture IR thermal and RGB images for solar farm and commercial building envelope and roof structure inspections looking for defects and anomalies and latent moisture or other damage like hotspots, shading

    DJI Matrice 4T

    The DJI Matrice 4T is a cutting-edge advanced thermal-capable drone designed and optimized for efficient solar panel inspections.

    Critical for high quality solar inspections, it features a thermal camera with a 640x512 sensor, enabling us to conduct precise thermal inspections and monitor temperature variations effectively.

    In addition, it is equipped with a high resolution RGB which allows us to capture thousands of pictures of your solar site and assemble them into a single image orthomosaic map of the site where anomalies detected from the thermal inspection can quickly be referenced.

  • DJI Matrice 4E for site survey mapping and modeling for construction development solar land in new england and maine

    DJI Matrice 4E

    The DJI Matrice 4E is an efficient and extremely powerful drone designed for highly precise and accurate aerial surveying and mapping applications.

    Equipped with advanced imaging technology, it supports multiple payloads, making it suitable for various surveying tasks, including topographic mapping, and land assessment.

    When the onboard RTK capabilities of the Matrice 4E are combined with the RTK-3 GNSS base station, the resulting orthomosiacs, contour maps, 3D models, etc. deliver survey-grade accuracy within ± 1-2cm.
  • DJI RTK-3 GNSS GPS antenna on a tripod in a field with solar panels during a thermal aerial inspection of a solar farm power plant PV asset in Maine ME

    DJI RTK-3 Base Station

    Often overlooked by many commercial drone pilots performing solar inspections, GNSS positioning to the cm level allows for precise identification and mapping of solar cell anomalies discovered during an inspection.

    The RTK-3 Base Station is a critical tool designed to enhance the accuracy of drone operations through real-time kinematic positioning.

    By utilizing advanced satellite signals, the RTK-3 provides centimeter-level precision, which is crucial for post-processing analysis and delivering actionable insights from solar asset inspections.