1
1. Product Overview
The SHARE 102S PRO V2 aerial oblique camera is equipped with five individual
24.3-megapixel sensors, which can break through the limitations of single-angle images on
traditional mapping camera.
By mounting multiple camera sensors on the same flying platform, it will acquire imagery
with more spatial information from multiple angles, vertical and tilt providing more details
and textures of captured features.
The 3D data of obtained from the SHARE 102S PRO V2 can realistically reflect the appearance,
position, height and other attributes of ground features. Enhancing immersion and making
up for the shortcoming of low artificial simulation of traditional modeling.
It can bring revolutionary efficiency improvements to the mapping field by using UAV and
automatic modeling systems.
1.1
Introduction
Manufacturer
SHARE UAV
Camera Type
Oblique Camera
Model No.
SHARE 102S PRO V2
Effective Pixels
120 Megapixel
Size
150 x150 x 115mm
N.W.
≈880 g
Focal Length
Nadir: 25mm
Oblique: 35mm
Exposure Interval
≥0.6s
Sensor Size
23.5*15.6mm
Storage
1280GB
The SHARE 102S PRO V2 features five professional mapping sensors with a total pixel
count of 120 million. It uses an advanced and professional integrally-formed structure in this
industry.
Through excellent shape
、
structural design and manufacturing, it creates a professional
5 sensor oblique camera. The body of the camera uses both aluminium alloy and composite
material, which is strong structurally while being light weight. The camera only 880 g and has
an operating temperature range of -10 ~40
℃
.
The camera has the best performance in electromagnetic interference resistance, heat
resistance and dissipation, water resistance, drop resistance, UV resistance and dust
resistance.
Small and exquisite body, metal connector integrated with a variety of signal lines, and
automatic identification of flight control signals, can be highly compliant to most
high-performance UAVs, achieving multi-purpose user needs. Open mounting and fixing
holes can meet the installation integration of different flight platforms.