.
Astra GTC with Panorama
Windshield
![Astra GTC Panoramic Roof](GTC_panoramicroof_1-250-162.jpg)
Click image for larger view
![Astra GTC Panoramic Roof](GTC_panoramicroof_2-250-162.jpg)
Click image for larger view
![Astra GTC Panoramic Roof](GTC_panoramicroof_3-250-162.jpg)
Click image for larger view
![Astra GTC Panoramic Roof](GTC_panoramicroof_5-250-162.jpg)
Click image for larger view
.
|
.
The new Opel
Astra GTC with a panorama windshield creates a whole new sense of space
and visibility. This innovative windshield makes its debut in a series
vehicle.
It offers driver and front seat passenger an almost unlimited field of
vision, similar to the view from an airplane cockpit. The optional
panorama windshield seamlessly extends from the hood up into the roof as
far as the B-pillar.
“Only flying
is better – you experience your surroundings just like in the cockpit of
an airplane because there is no crossbeam restricting the view,”
explains Matthias Hallik, responsible for new body concepts at Opel.
GTC passengers enjoy these views thanks to a 1.50 meter
long and, on average, 1.16 meter wide field of vision made of
Solar-Protect glass, which prevents over-heating of the interior. The
panorama windshield is also an eye-catcher from outside, as it flows
into the adjacent steel roof, creating a visually integrated surface.
Numerous
crash simulations and real tests show that the panorama windshield in no
way impairs safety or stability. All results confirm that there are no
noteworthy differences to the steel roof three-door model, thanks to the
GTC’s rigid A and B-pillars, an additional crossmember in the middle of
the roof and the sturdy floor assembly. All tests regarding body
rigidity had similar positive results.
The panorama version is only 10 kilograms more
than the Astra GTC with a standard windshield. The arched panorama
windshield, made of six-millimeter thick, laminated safety glass, is
shaped by means of a gravity bending process. Selected points on the
glass pane are heated so strongly in a special oven that gravitational
force alone pulls it into a predefined form – a very elaborate process
with glass of this strength and size (around 1.8 m2).
|