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First view of Venus' surface or any other planet other than Earth. The first clear panoramic image taken by Venera 9 lander. This image was sent back in the lander's 53-minute lifetime 22 October 1975. Although it was intended to be a 360-degree image, the second camera's lens cap did not open resulting in this 180-degree panorama.
MojoWorld also allowed the user to edit the landscape and scene, and then have it rendered to an image by the computer. [2] As well as making still renders of any size, 360-degree views of the planet could also be shared by having the software render a set of 6 x 90-degree tiles covering the entire view.
Planned 360 degree panoramic pictures could not be taken because, as with Venera 9, one of two camera lens covers failed to come off, limiting pictures to 180 degrees. The lander communicated with Earth using the Venera 10 orbiter as a communication relay. [10] Lander payload: [7] Temperature and pressure sensors; Accelerometer
Venera 4V-2 (Russian: Венера 4В-2) was a series of two identical spacecraft sent to Venus by the Soviet Union, consisting of Venera 15 and Venera 16. [1] Both uncrewed orbiters were to map the surface of Venus using high resolution imaging systems. The spacecraft were identical and based on modifications to the earlier Venera space probes.
Each of the Venera 11 and Venera 12 included landers with a pair of cameras, each of which was designed for color imaging. A design flaw prevented the lens caps from separating, resulting in all cameras failing to capture and return images. [6] The list of lander experiments and instruments are: [5] Backscatter nephelometer; Mass spectrometer ...
It is used to encode and deliver the effect of a spherical, 360-degree image to viewers such as needed for 360-degree videos and for virtual reality. A 360 video projection is a specialized form of a map projection, with characteristics tuned for the efficient representation, transmission, and display of 360° fields of view.