This sensor can record High Resolution thermal, multispectral, and RGB images simultaneously (five mulitspectral bands, panchromatic, and thermal). It is conducuve for Its GSD is down to 1.2 cm ( .74 in.) per pixel at 60 m (200 ft) AGL. The Altum-PT is compatible with a variety of drone brands such as, DJI, Delta Quad,
Zenmuse P1 is used for aerial surveying (photogrammetry). It has a full frame sensor and interchangeable fixed focal lenses on a stabilized gimble. Where Zenmuse L1 uses Lidar + RGB for the aerial surveying solution. It uses a Livox Lidar module, an IMU sensor, to achieve high accuracy in the surveying. It also uses a
The “H” in the name of these sensors stands for Hybrid. The different versions of the H20 sensor are quite versatile . You can capture images up close or from a distance, in both regular vision or thermal. They have a built-in laser rangefinder (LRF) that lets you measure the distance from an object up
This package includes: DJI Phantom 4 Pro drone and Precision Hawk flight analytics software, which is in-field flight monitoring software, visual scanners, DataMapper (light processing software), and an app for controlling the drone’s flight. You may use either a desktop or mobile platforms for this. Essentially, you may use your smart phone for the entire
This package pairs DJI Phantom 4 Pro drone with Sentera Double 4K Sensors that let you gather NDVI (normalized difference vegetation index) and NDRE (normalized difference red edge) images that you can plug in to analysis, and map, to determine the status of your crop’s health. Use cases include: Stand counts, tassel counts, crop health
With the Sentera NDVI Upgrade the camera is able to capture images with sensors capable of recording the reflected light off the images across the light spectrum: RGB, Mutispectral and Thermal. RGB cameras, RGB (visual color) is the most common type of data collected and the cameras that are typically standard on most commercial drones.
The Agras T-Series are Agricultural drones used for spraying your crops and fields. You can use one of these drones along with a Phantom series drone, for instance, a Phantom 4 RTK for a complete agricultural solution. A typical workflow would look like: Plan a survey flight with the Phantom RTK for precise data collection
DJI Matrice 300 RTK has a flight time of up to 55 minutes, advanced AI capabilities, and six directional positions and sensing. It can fly in an extreme range of temperatures (-4°F – 104°F, -20°C – 40°C). It uses OcuSync Enterprise transmission system. It has a transmission range of 15km (9.32 miles). It can automatically switch
The P4 Multispectral, P4 M, is very similar to the Phantom 4 RTK; both have the RTK built-in system all-in-one platform. The main difference can be found in the camera packaged with this drone. It has an RGB camera and five cameras that comprises the multispectral camera array. The Phantom 4 RTK is equipped with
DJI Phantom 4 RTK differs from the other drones in the Phantom series because it focuses on performing flights for high-precision survey and mapping projects. The built-in DJI RTK System eliminates the need for setting up ground control points that are usually required for obtaining precise location position for the images being collected during flight.