Achieve details at a distance with the E90 Gimbal Camera.
The E90 gimbal camera is a wide-angle, high resolution, gimbal stabilized imaging system perfectly suited for use in applications that require high quality photo and video. The E90 utilizes a 20 MP 1″ sensor and the latest H2 high speed image processing chip.
The E90 gimbal is capable of continuous 360° yaw axis rotation. This unique feature, when combined with the H520 retractable landing gear, provides the operator with continuous 360° unobstructed camera view and the ability to continuously pan the camera without yawing the airframe.
A 3-axis stabilized gimbal with high precision provides a steady platform for the E90 camera. With a precision of +/- 0.02°, E90 shots are rock-solid whether loitering or flying full throttle.
The E90 is ideal for law enforcement applications such as accident recreation, search and rescue operations, and for 3D mapping/modeling. In addition, broadcast and production professionals will appreciate the dramatic aerial shots afforded by the E90’s high frame rate and accurate color.
The E90, like all Yuneec commercial camera systems, is hot-swap capable which minimizes down time and improves productivity. The E90 camera-gimbal combination may be swapped for an E50 or CGOET camera-gimbal combo without power cycling the airframe. The quick release and lock mechanism of the gimbal and airframe mounting system enables fast and efficient exchange of cameras.
Precision Lens System
The E90’s 23 mm lens equivalent provides wide angle view via an all glass lens system with low distortion and minimal lens dispersion. The E90 comes with a lens adapter ring threaded to fit 40.5 mm standard ND filters for flexibility and convenience.
The E90 utilizes a high aperture 1 inch CMOS imager that is capable of capturing still images with 20 megapixel resolution. The sensor provides exceptional dynamic range and improved signal-to-noise ratio. The E90 1″ 20MP resolution sensor, combined with the H520 best-in-class airframe stability, provides for extreme, highly-detailed imaging. The result is superb, high resolution 2D ortho or 3D maps, precision volumetrics and detailed 3D surface models.