SHARE Other products

SHARE 102S PRO V2 inherits the mature five-lens module and batch hardware experience, and adds an angle adjustment mechanism to the classic solution, which can support operations at a maximum speed of about 15 meters/second, making the single-day collection efficiency more stable and more suitable for continuous mass production projects.

The fuselage provides an optional equivalent angle of 8 to 24 degrees, which can compensate for the forward tilt attitude of the rotorcraft during high-speed flight and try to keep the downward-looking lens vertical to the ground; the shortest continuous photo interval is 0.6 seconds, taking into account the overlap rate, clarity and attitude stability on high-speed routes.

Its microsecond-level time synchronization and POS precise writing capabilities can support image control-free operations. Together with 1080P dynamic code stream image transmission, TFT color screen monitoring and J30J universal aviation plug-in interface, it not only facilitates data management, but also facilitates expansion to more mounting scenarios such as fixed wings.

SHARE 202S PRO uses a full-frame image module with a single viewing angle of 45 million pixels and a total of 225 million pixels. It can fly up to 272 meters under a 3cm GSD mission. It is more suitable for large-area urban projects and achieves a better balance between safe flight height and coverage efficiency.

The fuselage has been upgraded with an S-GS global shutter, with a service life increased to 500,000 times. With a down-view ≥40mm, side-view ≥56mm focal length design, and the ability to adjust parameters such as shutter, ISO, white balance, and color mode, it makes it easier to handle different lighting and task types.

It supports deep adaptation to fixed-wing platforms, and has TIMESYNC 2.0 microsecond level synchronization, POS direct writing, 1080P dynamic code stream image transmission and 600M/S data transmission capabilities. Field collection, image control-free modeling and in-house finishing form a smoother integrated process.

SHARE 303S PRO V2 is equipped with SHARE3DCAM's self-developed 61-megapixel full-frame imaging module, with a total pixel count of 305 million. It can provide greater single-shot coverage in high-precision large-scale scenes and height-difference terrain projects, taking into account both fine imaging and overall operating efficiency.

The mature SML2.0 mapping lens and the 500,000-life inter-mirror shutter jointly improve imaging stability. Together with independent shutter time calibration, white balance automatic correction and parameter customization capabilities, it can maintain the consistency and reliability of multi-angle images under complex lighting and continuous operating conditions.

It can achieve microsecond-level synchronization and 1:500 image control-free operations, comes standard with 1280G storage and supports 600MB/S high-speed transmission. It is also compatible with open source flight control and multi-mount platforms, which can not only reduce field deployment and control costs, but also facilitate rapid return and integrated development of large projects.

SHARE 203S PRO is designed for urban-level high-drop scenarios, with an operating altitude of up to 272 meters under the 3cm image resolution requirement. If equipped with a fixed wing to perform 5cm GSD missions, the flight altitude can reach 454 meters, making it more suitable for large-scale urban 3D data collection.

The three-axis stabilized gimbal supports pitch, roll, and translation stabilization in three directions. Even when flying at a speed of 15 meters/second, the camera is kept vertical to the ground as much as possible. The operating parameters can be customized, and five-view image transmission monitoring and independent white balance calibration provide more complete on-site control.

Through real-time position and attitude offset calculation and time synchronization 2.0 technology, the five cameras can achieve synchronous exposure and write accurate POS information into photos in real time; coupled with independent storage of sorties, 600M/S transmission and wide voltage power supply, the data closed loop is more suitable for high-intensity project deployment.

SHARE 304S PRO uses Sony IMX455 full-frame sensor, with a single viewing angle of 61 million pixels and a total of more than 305 million pixels. With 3.76μm pixels and an upgraded professional mapping lens, it can better reflect the advantages of details in high-precision urban modeling and complex scene collection.

The mature SML2.0 lens system, 1 million trigger life inter-lens shutter, automatic image white balance correction and 0.7 second minimum continuous exposure jointly support long-term high-frequency acquisition; the image is more guaranteed in terms of strong light, edge clarity and multi-viewing color consistency.

Its three-axis stable gimbal supports active adjustment of multiple parameters, and its five-channel dynamic code stream high-definition image transmission can be switched between 4K and 1080P; combined with TIMESYNC 2.0, 1:500 image control-free capability, 820M/S data transmission and SDK adaptation, it brings more complete efficiency and expansion space to large-scale projects.

SHARE 100M PRO uses a 43.8×32.9mm medium-format sensor with a larger photosensitive area than traditional full-frame cameras, which can bring better color fidelity, latitude and shadow detail performance. The 102 million effective pixels also provide a more solid basic image quality for large-scene surveying and mapping.

Under the same resolution requirements, it can complete operations at a safer altitude; under the same altitude conditions, the coverage area of ​​a single photo is 120% higher than that of traditional full-frame solutions, taking into account large-scale orthophoto efficiency and millimeter-level three-dimensional detail performance, and is suitable for the construction of high-quality digital twins.

It integrates a quick-release gimbal, J30J universal aviation plug-in interface, 50mm/70mm lens options, a minimum 1-second trigger interval and microsecond-level image control-free synchronization capabilities. It also supports 4K video, Bluetooth adjustment and efficient data reading and writing, making it easier to land both fixed-wing and multi-rotor platforms.

SHARE 6100X is known for its lightweight. The fuselage combines a self-developed imaging module with a one-piece aviation aluminum alloy structure, with a minimum weight of up to 280g. It is easier to deploy on load-limited platforms and leaves more margin for battery life, maneuverability and rapid switching between multiple scenes.

It is equipped with an IMX455 full-frame sensor with 61 million effective pixels, and is equipped with a professional-grade mapping lens and a lightweight inter-lens shutter with a lifespan of 500,000 times; while ensuring image transparency and low distortion, it also takes into account the stability and reliability of long-term operations.

TIMESYNC 2.0 free image control, 1080P dynamic image transmission, top-mounted pan/tilt operation, 20-meter close-range facade collection, and real-time mapping backhaul capabilities make this small-sized camera not only suitable for conventional orthophoto tasks, but also can cover more flexible scenarios such as bridges, buildings, and emergency modeling.

SHARE T2 adopts a three-lens solution, which can automatically change directions to capture multi-angle images during tilt operations, helping the model obtain more complete facade and edge details. When used for orthography, the left and right viewing angles can also be automatically tilted 5 degrees, taking into account both efficiency and elevation accuracy.

The gimbal control and camera linkage mechanism together bring an extremely high degree of freedom, with a pitch range of -120° to 45° and a panning range of ±160°. The camera tilt angle can also be adjusted between 0 and 50 degrees, which is suitable for vertical acquisition, re-shooting, and refined data completion of complex structural targets.

The three cameras support independent switching and programming control. The self-developed module can also adjust shutter, ISO, white balance and color mode. Combined with the upgraded position offset algorithm, three-way 1080P image transmission and 400M/S single-line reading capabilities, the operation method is more flexible and the on-site feedback is more direct.