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    JBSA environmental program takes off with UAS technology [Image 25 of 29]

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    A single-rotor unmanned aerial vehicle (UAV) branded 'iSENSYS' is captured mid-hover or during takeoff/landing over a sandy dirt clearing. The helicopter-style drone features a main rotor with motion blur indicating active spinning, landing skids, and an elongated white fuselage with attached equipment. The background consists of dry grassland, scrub brush, and dense green trees under an overcast sky.

    JOINT BASE SAN ANTONIO-CAMP BULLIS, TEXAS, UNITED STATES

    07.09.2020

    Photo by Sarayuth Pinthong 

    502d Air Base Wing

    An unmanned aerial system prepares to take off during a test flight July 9, 2020, at Joint Base San Antonio-Camp Bullis, Texas. The flight tested the capability for environmental scanning towards studying habitats of the rare and endangered Golden-cheeked Warbler. Professionals at AFIMSC take innovative ideas and try to funnel them throughout the Air Force by making sure ideas are achievable, feasible, and realistic. (U.S. Air Force photo by Sarayuth Pinthong)

    IMAGE INFO

    Date Taken: 07.09.2020
    Date Posted: 07.14.2020 19:52
    Photo ID: 6275102
    VIRIN: 200709-F-GY993-042
    Resolution: 6654x4436
    Size: 18.85 MB
    Location: JOINT BASE SAN ANTONIO-CAMP BULLIS, TEXAS, US
    Web Views: 20
    Downloads: 11

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    This work, JBSA environmental program takes off with UAS technology [Image 29 of 29], by Sarayuth Pinthong, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

    GALLERY

    An outdoor field scene showing a yellow surveying tripod with a GPS/GNSS receiver in the foreground, set in a grassy meadow. In the background, a white trailer or container bearing the 'Aerial Applications' logo and branding is visible, along with utility vehicles and at least one person. The setting appears to be a rural or semi-rural operational site, likely used for drone or aerial survey operations.
    A group of people wearing blue shirts and hearing protection are gathered in a rural, grassy field near an open enclosed trailer with partial text reading 'Aerial' visible on its side. The setting appears to be a field operation or demonstration in a wooded Texas Hill Country-style landscape. A small object, possibly a drone or projectile, is faintly visible in the overcast sky above.
    Four individuals are gathered outdoors in a rural, brushy landscape around a utility vehicle (UTV) and a trailer marked 'Aerial Applications.' The group appears to be monitoring or coordinating a drone or aerial operation, as a small aircraft or drone is visible in the upper left sky. Several people are wearing hearing protection (ear muffs), suggesting active equipment operation nearby.
    A group of five individuals are gathered outdoors in a rural, brushy terrain around a Polaris Ranger utility vehicle. They appear to be observing or operating a small drone or UAV visible in the sky above them. Several participants are wearing hearing protection, suggesting a demonstration or field test environment.
    A group of people are observing or operating a small unmanned aerial vehicle (UAV/drone) or remote-controlled helicopter flying in the sky above a rural, tree-covered landscape. Several individuals wearing hearing protection and blue shirts are gathered around what appears to be a control station or equipment case mounted on a utility vehicle. The overcast sky and open terrain suggest an outdoor field demonstration or testing exercise.
    Three individuals are observing a small unmanned aerial vehicle (UAV/drone) in flight over a cleared dirt area surrounded by trees and brush. Two of the observers are wearing blue polo shirts and orange hearing protection ear muffs, suggesting a formal demonstration or test event. The setting appears to be a rural outdoor test site.
    A middle-aged man wearing a wide-brimmed sun hat, glasses, and a plaid shirt stands outdoors in what appears to be a rural or field setting. He is positioned next to a ruggedized laptop or field monitor mounted on what appears to be a vehicle. The setting suggests fieldwork, possibly related to wildlife monitoring, surveying, or outdoor research.
    A person wearing orange ear protection and a dark cap stands in an open rural landscape, looking upward at a small object — likely a clay pigeon or bird — in the sky. The setting appears to be a shooting range or hunting area, with scattered oak trees and open grassland. A tripod or equipment stand is visible in the background to the left.
    A person wearing orange ear protection and a dark cap is viewed from behind, looking up at a small aircraft or drone flying high in a cloudy sky. The scene appears to be outdoors near trees, suggesting a rural or semi-rural setting. The individual appears to be monitoring or operating the airborne object.
    A person wearing a dark cap and orange ear protection stands in an open field or meadow, looking up at a helicopter flying in the partly cloudy sky. The scene appears to take place in a rural, wooded area with large oak-like trees surrounding a grassy clearing. The individual's back is to the camera as they observe the aircraft overhead.
    The image shows a ground-level view of an iSENSYS branded unmanned ground or aerial sensor system resting on a gravel and sparse grass terrain. The device features a white elongated boom arm with electronic components, wiring, and landing legs, positioned near the rear wheel of an off-road utility vehicle. A person wearing dark green pants and boots stands in the background near the vehicle.
    Three individuals are gathered in an outdoor rocky clearing surrounded by trees and brush. One person is crouching down and handling a small unmanned helicopter drone on the ground, while two others — a man and a woman — stand nearby observing, with the woman appearing to use a mobile device. The scene appears to depict a drone preparation or testing activity.
    Two middle-aged men stand in front of a large white truck or trailer bearing the text 'Aerial Applications'. Both men are holding smartphones and appear to be engaged with their devices. The scene appears to be an outdoor professional or industrial setting.
    The image shows an outdoor drone or small unmanned aerial vehicle (UAV) operation on a dirt path surrounded by trees and brush. Multiple individuals are present, including one person in the foreground (out of focus), one operator walking toward a small helicopter-style drone on the ground, and observers seated in an off-road utility vehicle. The setting appears to be a rural or semi-arid environment, likely a testing or demonstration event.
    A small unmanned aerial vehicle (UAV) or drone helicopter is captured in flight against an overcast sky. The aircraft appears to be a single-rotor drone with a compact body and visible landing skids, photographed from a low angle. A tree with green foliage is visible in the lower left background.
    A small unmanned aerial vehicle (UAV) or remote-controlled helicopter is captured in flight against an overcast, pale grey sky. The aircraft appears to be a single-rotor drone with a compact body and visible landing skids. The main rotor blades are motion-blurred, indicating active flight.
    The image shows an unmanned aerial vehicle (UAV) or drone helicopter in flight against a plain overcast white sky. The aircraft appears to be a single-rotor helicopter-style drone with a tail rotor, skid landing gear, and what appears to be a camera or sensor payload mounted underneath. The main rotor blades are visibly blurred due to rotation, indicating active flight.
    An iSENSYS branded unmanned aerial vehicle (UAV) helicopter drone is captured mid-flight in an outdoor rural setting. The drone features a single main rotor configuration with a white fuselage body and black tail boom. It is flying low against a backdrop of dense green trees and shrubs.
    An iSENSYS branded unmanned aerial vehicle (UAV) helicopter drone is captured mid-hover or during takeoff/landing near a dirt path surrounded by green vegetation and trees. The drone features a single main rotor configuration with an elongated tail boom, landing skids, and visible electronic components. The setting appears to be a rural or semi-wild outdoor environment in warm, well-lit conditions.
    A single-rotor unmanned aerial vehicle (UAV) branded 'iSENSYS' is captured hovering at low altitude over a dry, sandy terrain. The drone appears to be either taking off or landing, with its main rotor blade visibly spinning. The background consists of sparse dry vegetation and rocky hillside.
    An unmanned aerial vehicle (UAV) helicopter drone branded 'iSENSYS' is captured mid-flight against an overcast gray sky. The drone features a single main rotor and a tail boom with a tail rotor, consistent with a traditional helicopter configuration. Various electronic components and sensors are visibly mounted on the fuselage.
    A single-rotor unmanned aerial vehicle (UAV) branded 'iSENSYS' is captured mid-flight against an overcast sky. The drone features a traditional helicopter-style design with a long tail boom, main rotor, and tail rotor, along with visible electronic payloads mounted on its body. Trees with green foliage frame the background on both sides of the frame.
    An unmanned aerial vehicle (UAV) helicopter drone branded 'ISENSYS' is captured in flight against an overcast, grey sky. The drone features a single main rotor with visible motion blur indicating active flight, a long tail boom, and multiple mounted sensors or electronic components. The image is a clean, well-composed aerial technology photograph.
    A radio-controlled (RC) helicopter is captured mid-flight against an overcast sky. The aircraft is positioned above a treeline of green deciduous trees, suggesting an outdoor recreational or demonstration setting. The image is taken from a low angle looking upward, emphasizing the aircraft in flight.
    A single-rotor unmanned aerial vehicle (UAV) branded 'iSENSYS' is captured mid-hover or during takeoff/landing over a sandy dirt clearing. The helicopter-style drone features a main rotor with motion blur indicating active spinning, landing skids, and an elongated white fuselage with attached equipment. The background consists of dry grassland, scrub brush, and dense green trees under an overcast sky.
    A group of people are conducting an unmanned aerial vehicle (UAV) helicopter drone test or demonstration in an outdoor rural setting. A small red and silver remote-controlled helicopter drone is hovering low above a dirt clearing, while operators and observers wearing hearing protection monitor the operation. A trailer and utility vehicle are visible in the background, suggesting a mobile operations setup.
    A field operation involving an unmanned aerial vehicle (UAV/drone helicopter) being operated outdoors in a rural, wooded area. Three personnel are gathered near an open equipment trailer, with one individual holding a remote controller and wearing a headset. The scene appears to be a professional drone testing or demonstration event, with the UAV visibly airborne to the left of the group.
    A remote-controlled or unmanned helicopter drone is captured mid-flight against an overcast sky. The aircraft appears to be a single-rotor UAV (unmanned aerial vehicle) with visible landing skids and a compact body. Trees are visible in the lower right corner of the frame.
    A small remote-controlled or unmanned helicopter is captured in flight against a pale, overcast sky. The aircraft appears to be a single-rotor helicopter with a visible tail boom and rotor blur indicating active flight. The minimalist background provides strong contrast against the dark aircraft silhouette.

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    JBSA environmental program takes off with UAS technology

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    "USAF
    Air Force Material Command
    endangered
    AFMC
    innovation
    environmental program
    Joint Base San Antonio-Camp Bullis
    "unmanned aerial system UAS
    Air Force Civil Engineer Center
    AFCEC
    JBSA-Camp Bullis"
    AFIMSC
    Golden-cheeked Warbler
    environmental mapping
    Air Force Installation Material Command
    U.S. Air Force"

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