El bicampeón de Wimbledon, Andy Murray, cumplió su promesa de volverse “eléctrico” y convertirse así en uno de los primeros dueños de un Jaguar I-PACE.
El I-PACE es un vehículo eléctrico, que se carga rápidamente en 45 minutos y que permite alcanzar una autonomía de hasta 480 km.
El piloto de Panasonic Jaguar Racing, Nelson Piquet Jr, visitó al tenista británico en su campo de entrenamiento y le entregó la unidad días antes del inicio del torneo en Wimbledon, Inglaterra, que dará comienzo el próximo 2 de Julio.
“Es importante que todos tomemos pequeños pasos para vivir una vida más sostenible y pensar en las acciones que hagamos para cuidar nuestro planeta. Esta es una de las razones por las que estoy haciendo el cambio para conducir el nuevo I-PACE totalmente eléctrico”, señaló Andy Murray ante la prensa británica.
![ProEXR File Description
=Attributes=
channels (chlist)
compression (compression): Zip
dataWindow (box2i): [0, 0, 6999, 4948]
displayWindow (box2i): [0, 0, 6999, 4948]
lineOrder (lineOrder): Increasing Y
nuke/node_hash (string): "6b5db8ed0b941e1e"
pixelAspectRatio (float): 1.000000
screenWindowCenter (v2f): [0.000000, 0.000000]
screenWindowWidth (float): 1.000000
type (string): "scanlineimage"
version (int): 1
=Channels=
A (half)
B (half)
CESSENTIAL_Reflect.alpha (half)
CESSENTIAL_Reflect.blue (half)
CESSENTIAL_Reflect.green (half)
CESSENTIAL_Reflect.red (half)
CESSENTIAL_Refract.alpha (half)
CESSENTIAL_Refract.blue (half)
CESSENTIAL_Refract.green (half)
CESSENTIAL_Refract.red (half)
CGeometry_NormalsShading.alpha (half)
CGeometry_NormalsShading.blue (half)
CGeometry_NormalsShading.green (half)
CGeometry_NormalsShading.red (half)
CGeometry_ZDepth.alpha (half)
CGeometry_ZDepth.blue (half)
CGeometry_ZDepth.green (half)
CGeometry_ZDepth.red (half)
CMasking_ID.alpha (half)
CMasking_ID.blue (half)
CMasking_ID.green (half)
CMasking_ID.red (half)
CMasking_ID_Objetos.alpha (half)
CMasking_ID_Objetos.blue (half)
CMasking_ID_Objetos.green (half)
CMasking_ID_Objetos.red (half)
CMasking_Mask_Carro_Geral.alpha (half)
CMasking_Mask_Carro_Geral.blue (half)
CMasking_Mask_Carro_Geral.green (half)
CMasking_Mask_Carro_Geral.red (half)
CMasking_Mask_Lataria.alpha (half)
CMasking_Mask_Lataria.blue (half)
CMasking_Mask_Lataria.green (half)
CMasking_Mask_Lataria.red (half)
CShading_Beauty_Denoise.alpha (half)
CShading_Beauty_Denoise.blue (half)
CShading_Beauty_Denoise.green (half)
CShading_Beauty_Denoise.red (half)
CTexmap_AO.alpha (half)
CTexmap_AO.blue (half)
CTexmap_AO.green (half)
CTexmap_AO.red (half)
CTexmap_AO_Grande.alpha (half)
CTexmap_AO_Grande.blue (half)
CTexmap_AO_Grande.green (half)
CTexmap_AO_Grande.red (half)
G (half)
R (half)](https://www.altaperformance.com.ar/wp-content/gallery/honda-civic-2017/Civic_2017_EXL_Motor_F01.jpg "ProEXR File Description
=Attributes=
channels (chlist)
compression (compression): Zip
dataWindow (box2i): [0, 0, 6999, 4948]
displayWindow (box2i): [0, 0, 6999, 4948]
lineOrder (lineOrder): Increasing Y
nuke/node_hash (string): \"6b5db8ed0b941e1e\"
pixelAspectRatio (float): 1.000000
screenWindowCenter (v2f): [0.000000, 0.000000]
screenWindowWidth (float): 1.000000
type (string): \"scanlineimage\"
version (int): 1
=Channels=
A (half)
B (half)
CESSENTIAL_Reflect.alpha (half)
CESSENTIAL_Reflect.blue (half)
CESSENTIAL_Reflect.green (half)
CESSENTIAL_Reflect.red (half)
CESSENTIAL_Refract.alpha (half)
CESSENTIAL_Refract.blue (half)
CESSENTIAL_Refract.green (half)
CESSENTIAL_Refract.red (half)
CGeometry_NormalsShading.alpha (half)
CGeometry_NormalsShading.blue (half)
CGeometry_NormalsShading.green (half)
CGeometry_NormalsShading.red (half)
CGeometry_ZDepth.alpha (half)
CGeometry_ZDepth.blue (half)
CGeometry_ZDepth.green (half)
CGeometry_ZDepth.red (half)
CMasking_ID.alpha (half)
CMasking_ID.blue (half)
CMasking_ID.green (half)
CMasking_ID.red (half)
CMasking_ID_Objetos.alpha (half)
CMasking_ID_Objetos.blue (half)
CMasking_ID_Objetos.green (half)
CMasking_ID_Objetos.red (half)
CMasking_Mask_Carro_Geral.alpha (half)
CMasking_Mask_Carro_Geral.blue (half)
CMasking_Mask_Carro_Geral.green (half)
CMasking_Mask_Carro_Geral.red (half)
CMasking_Mask_Lataria.alpha (half)
CMasking_Mask_Lataria.blue (half)
CMasking_Mask_Lataria.green (half)
CMasking_Mask_Lataria.red (half)
CShading_Beauty_Denoise.alpha (half)
CShading_Beauty_Denoise.blue (half)
CShading_Beauty_Denoise.green (half)
CShading_Beauty_Denoise.red (half)
CTexmap_AO.alpha (half)
CTexmap_AO.blue (half)
CTexmap_AO.green (half)
CTexmap_AO.red (half)
CTexmap_AO_Grande.alpha (half)
CTexmap_AO_Grande.blue (half)
CTexmap_AO_Grande.green (half)
CTexmap_AO_Grande.red (half)
G (half)
R (half)")
![ProEXR File Description
=Attributes=
channels (chlist)
compression (compression): Zip
dataWindow (box2i): [0, 0, 6999, 4948]
displayWindow (box2i): [0, 0, 6999, 4948]
lineOrder (lineOrder): Increasing Y
nuke/node_hash (string): "9cf03379345a7e7b"
pixelAspectRatio (float): 1.000000
screenWindowCenter (v2f): [0.000000, 0.000000]
screenWindowWidth (float): 1.000000
type (string): "scanlineimage"
version (int): 1
=Channels=
A (half)
B (half)
CESSENTIAL_Reflect.alpha (half)
CESSENTIAL_Reflect.blue (half)
CESSENTIAL_Reflect.green (half)
CESSENTIAL_Reflect.red (half)
CESSENTIAL_Refract.alpha (half)
CESSENTIAL_Refract.blue (half)
CESSENTIAL_Refract.green (half)
CESSENTIAL_Refract.red (half)
CGeometry_NormalsShading.alpha (half)
CGeometry_NormalsShading.blue (half)
CGeometry_NormalsShading.green (half)
CGeometry_NormalsShading.red (half)
CGeometry_ZDepth.alpha (half)
CGeometry_ZDepth.blue (half)
CGeometry_ZDepth.green (half)
CGeometry_ZDepth.red (half)
CMasking_ID.alpha (half)
CMasking_ID.blue (half)
CMasking_ID.green (half)
CMasking_ID.red (half)
CMasking_ID_Objetos.alpha (half)
CMasking_ID_Objetos.blue (half)
CMasking_ID_Objetos.green (half)
CMasking_ID_Objetos.red (half)
CMasking_Mask_Carro_Geral.alpha (half)
CMasking_Mask_Carro_Geral.blue (half)
CMasking_Mask_Carro_Geral.green (half)
CMasking_Mask_Carro_Geral.red (half)
CMasking_Mask_Lataria.alpha (half)
CMasking_Mask_Lataria.blue (half)
CMasking_Mask_Lataria.green (half)
CMasking_Mask_Lataria.red (half)
CShading_Beauty_Denoise.alpha (half)
CShading_Beauty_Denoise.blue (half)
CShading_Beauty_Denoise.green (half)
CShading_Beauty_Denoise.red (half)
CTexmap_AO.alpha (half)
CTexmap_AO.blue (half)
CTexmap_AO.green (half)
CTexmap_AO.red (half)
CTexmap_AO_Grande.alpha (half)
CTexmap_AO_Grande.blue (half)
CTexmap_AO_Grande.green (half)
CTexmap_AO_Grande.red (half)
G (half)
R (half)](https://www.altaperformance.com.ar/wp-content/gallery/honda-civic-2017/Civic_Touring_2017_Motor_F01.jpg "ProEXR File Description
=Attributes=
channels (chlist)
compression (compression): Zip
dataWindow (box2i): [0, 0, 6999, 4948]
displayWindow (box2i): [0, 0, 6999, 4948]
lineOrder (lineOrder): Increasing Y
nuke/node_hash (string): \"9cf03379345a7e7b\"
pixelAspectRatio (float): 1.000000
screenWindowCenter (v2f): [0.000000, 0.000000]
screenWindowWidth (float): 1.000000
type (string): \"scanlineimage\"
version (int): 1
=Channels=
A (half)
B (half)
CESSENTIAL_Reflect.alpha (half)
CESSENTIAL_Reflect.blue (half)
CESSENTIAL_Reflect.green (half)
CESSENTIAL_Reflect.red (half)
CESSENTIAL_Refract.alpha (half)
CESSENTIAL_Refract.blue (half)
CESSENTIAL_Refract.green (half)
CESSENTIAL_Refract.red (half)
CGeometry_NormalsShading.alpha (half)
CGeometry_NormalsShading.blue (half)
CGeometry_NormalsShading.green (half)
CGeometry_NormalsShading.red (half)
CGeometry_ZDepth.alpha (half)
CGeometry_ZDepth.blue (half)
CGeometry_ZDepth.green (half)
CGeometry_ZDepth.red (half)
CMasking_ID.alpha (half)
CMasking_ID.blue (half)
CMasking_ID.green (half)
CMasking_ID.red (half)
CMasking_ID_Objetos.alpha (half)
CMasking_ID_Objetos.blue (half)
CMasking_ID_Objetos.green (half)
CMasking_ID_Objetos.red (half)
CMasking_Mask_Carro_Geral.alpha (half)
CMasking_Mask_Carro_Geral.blue (half)
CMasking_Mask_Carro_Geral.green (half)
CMasking_Mask_Carro_Geral.red (half)
CMasking_Mask_Lataria.alpha (half)
CMasking_Mask_Lataria.blue (half)
CMasking_Mask_Lataria.green (half)
CMasking_Mask_Lataria.red (half)
CShading_Beauty_Denoise.alpha (half)
CShading_Beauty_Denoise.blue (half)
CShading_Beauty_Denoise.green (half)
CShading_Beauty_Denoise.red (half)
CTexmap_AO.alpha (half)
CTexmap_AO.blue (half)
CTexmap_AO.green (half)
CTexmap_AO.red (half)
CTexmap_AO_Grande.alpha (half)
CTexmap_AO_Grande.blue (half)
CTexmap_AO_Grande.green (half)
CTexmap_AO_Grande.red (half)
G (half)
R (half)")
