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ROV Innovations uses only the most advanced industry machines and Cameras for all aerial surveys and inspection projects completed
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Cinestar 8 UAV
Cinestar 8 UAV
With the CineStar 8, we have an aerial platform that allows for large payloads and long flight times while delivering incredibly smooth footage. Simply put, CineStar 8 is a robust aerial platform that performs to the level professionals expect.
Weighing approximately 4kg with a maximum takeoff weight of 11kg, the Cinestar 8 can easily carry equipment as heavy as a Canon EOS 5D mark 3, Blackmagic 4k, GH 4K, or Red Epic (4K,5K,6K). Depending on the payload and battery configuration used it can have a flight time of 15 to 30 minutes.
Weighing approximately 4kg with a maximum takeoff weight of 11kg, the Cinestar 8 can easily carry equipment as heavy as a Canon EOS 5D mark 3, Blackmagic 4k, GH 4K, or Red Epic (4K,5K,6K). Depending on the payload and battery configuration used it can have a flight time of 15 to 30 minutes.
Spreading Wings S800 EVO
Spreading Wings S800 EVO UAV
The S800 EVO is a new generation of hex-rotor platform designed for professional aerial photography.
The S800 EVO is equipped with the high performance Vibration Absorber Kit, and its excellent vibration absorption performance can effectively solve vibration problems and provide a more stable operating environment.
With a payload of approximately 4kg, and flight time up to 40 minutes, the S800 EVO is ideal for mounting our Blackmagic Pocket Cinema and FLIR cameras.
The S800 EVO is equipped with the high performance Vibration Absorber Kit, and its excellent vibration absorption performance can effectively solve vibration problems and provide a more stable operating environment.
With a payload of approximately 4kg, and flight time up to 40 minutes, the S800 EVO is ideal for mounting our Blackmagic Pocket Cinema and FLIR cameras.
Fixed Wing Geo-mapping UAV
Fixed Wing Geo-Mapping UAV
With our fixed wing UAVs, we have the ability to map large areas with a GSD (Ground Sample Distance - or the size of each pixel in the image) down to 1.5cm. These fully orthorectified images can then be processed to produce full 3D landscapes of the survey area.
This fixed wing UAV uses a specially modified Canon camera together with a precision GPS to geo tag each image before stitching them together to produce a true orthophoto image. The size of each image is only limited to time, with a 2 square km area being completed in a flight time of approximately 1 hour.
This fixed wing UAV uses a specially modified Canon camera together with a precision GPS to geo tag each image before stitching them together to produce a true orthophoto image. The size of each image is only limited to time, with a 2 square km area being completed in a flight time of approximately 1 hour.
True orthophoto taken with multiple UAV images, stitched together in post production
Phantom UAV
The phantom is the smallest of our UAVs, designed to only carry a payload of a few hundred grams, therefore we can only mount the smallest of our cameras (GoPro and the FLIR) on it.
With a flight time between 25 and 30 minutes, we use the Phantom for inspections where its small size is an asset, such as inspecting confined or enclosed spaces.
With a flight time between 25 and 30 minutes, we use the Phantom for inspections where its small size is an asset, such as inspecting confined or enclosed spaces.
