Uploaded on Aug 15, 2022
Phase One’s 280MP metric camera has dual 90mm lenses for capturing RGB information and providing superior image quality. The iXM-RS280F camera generates a central projection image from two 150MP nadir images with equal ground resolution. This large-format camera uses backside-illuminated CMOS sensors with a very high dynamic range at 83dB, enabling customers to fly more hours per day and achieve more flights per year.
3d City Modeling Camera
3d City
Modeling
Camera
3D urban mapping is required by more
cities at a rapid rate. Aerowest GmbH of
Dortmund, Germany has been using IGI’s
UrbanMapper with eight Phase One 100-
megapixel cameras acquiring aerial data
for 3D city models in a fast, efficient and
cost effective way.
In the last decade, oblique camera
aerial systems were introduced into many
diverse aerial imaging applications.
Know More-3d City Modeling Camera
System uses include but are not limited to:
multi-perspective desktop viewers,
visualization of buildings roofs and façades
from a 360-degree perspective, realistic
texturing of 3D City models, and
measurement of building heights in
monoplotting mode.
Today urban planners and decision makers
rely on 3D City models to support a wide
variety of initiatives and actions.
3D city models are used to prepare for
changes in city structures, population growth
and urban planning, preventative measures
for natural and industrial disasters, inhibiting
overuse of finite resources, incorporating
sustainable practices, and more.
City planners therefore require a reliable
database that can be easily modified over
time in order to gain a holistic look at the
urban environment.
An immediate advantage of acquiring
oblique images is the possibility to view
elements that are generally occluded or
not visible in the vertical views.
Aerowest GmbH has provided acquisition
and processing of geospatial data from
aerial photographs since 1970.
February 2017 they integrated eight Phase
One Industrial 100MP cameras into an IGI
UrbanMapper for acquiring data for aerial
3D models in a fast, efficient, and cost-
effective way.
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