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PressClub Greece · Video.

BMW Motorrad Concept CE 02. 16:9 launch movie.
 
 
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Downloads.
02.09.2021 | ID: PF0008519
BMW Motorrad Concept CE 02. 16:9 launch movie.

BMW HypersonX

Πωλήσεις και μάρκετινγκ
·
Sales Worldwide
15.04.2025

e-mobility in the BMW Group's production network

Εργοστάσια παραγωγής
·
Εργοστάσια, εγκαταστάσεις
27.02.2025

Holistic approach of the BMW Group hydrogen strategy in production, product and logistics | Short

Εργοστάσια, εγκαταστάσεις
·
Εργοστάσια παραγωγής
24.02.2025

VDX Vision Driving Experience - Making Off Memmingen.

BMW Driving Experience
17.02.2025

BMW M3 CS Touring x Mount Panorama Circuit.

G81
·
M3
·
Touring
·
Αυτοκίνητα M
30.01.2025

The new aeroacoustics and E-engine center.

Ακουστική, αεροδυναμική
·
Τεχνολογία
·
Εταιρικά
·
Εργοστάσια, εγκαταστάσεις
13.12.2024

Automated Driving In-Plant (AFW)

Εργοστάσια παραγωγής
·
Εργοστάσια, εγκαταστάσεις
26.11.2024

The MINI John Cooper Works Family.

MINI Aceman
·
MINI Electric
·
MINI John Cooper Works
·
MINI Countryman
13.11.2024

MINI John Cooper Works.

John Cooper Works
23.10.2024

MINI John Cooper Works Models.

John Cooper Works
23.10.2024

MINI John Cooper Works Convertible.

John Cooper Works
·
MINI John Cooper Works Convertible
23.10.2024

The MINI John Cooper Works Family.

John Cooper Works
23.10.2024
BMW HypersonX
 
Πωλήσεις και μάρκετινγκ
·
Sales Worldwide
 
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Short documentary about the creation of the vehicle sounds of the "Neue Klasse"
Downloads.
15.04.2025 | ID: PF0009972
BMW HypersonX
Short documentary about the creation of the vehicle sounds of the "Neue Klasse"
e-mobility in the BMW Group's production network
 
Εργοστάσια παραγωγής
·
Εργοστάσια, εγκαταστάσεις
 
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The film showcases the rapid transformation of the automotive industry and poses the question: How fast will the transition to electromobility progress? It first highlights the increasing demand for electric vehicles, accompanied by dynamic production imagery. The growing BEV share in the production network is illustrated through key milestones. The film emphasises production flexibility, demonstrating BMW's ability to adapt quickly to market developments with its ICE, hybrid, and BEV plants. The global expansion of electromobility is highlighted by the establishment of new fully electric production sites in Debrecen (2025) and Munich (2027). The film concludes with BMW Group's vision: "We don't predict the future - we build it." The future of electromobility is not just anticipated - it is actively shaped.
Downloads.
27.02.2025 | ID: PF0009959
e-mobility in the BMW Group's production network
The film showcases the rapid transformation of the automotive industry and poses the question: How fast will the transition to electromobility progress? It first highlights the increasing demand for electric vehicles, accompanied by dynamic production imagery. The growing BEV share in the production network is illustrated through key milestones. The film emphasises production flexibility, demonstrating BMW's ability to adapt quickly to market developments with its ICE, hybrid, and BEV plants. The global expansion of electromobility is highlighted by the establishment of new fully electric production sites in Debrecen (2025) and Munich (2027). The film concludes with BMW Group's vision: "We don't predict the future - we build it." The future of electromobility is not just anticipated - it is actively shaped.
Holistic approach of the BMW Group hydrogen strategy in production, product and logistics | Short
 
Εργοστάσια, εγκαταστάσεις
·
Εργοστάσια παραγωγής
 
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The BMW Group has acquired two zero-emission fuel cell trucks, as it launches a pilot operation as part of the European H2Haul project, which is aimed at promoting hydrogen mobility in freight transport. The two vehicles will run between Leipzig, Landsberg and Nuremberg, in order to trial the practicality of this technology. To allow serial operation, two state-of-the-art hydrogen fuelling stations are being built in Leipzig and Hormersdorf. They allow rapid refuelling with large quantities of hydrogen, which is crucial to the continuous use of fuel cell trucks in the logistics sector. The BMW Group is implementing the H2Haul project in cooperation with Iveco, DHL and TEAL Mobility. Die BMW Group startet mit der Übernahme von zwei emissionsfreien Brennstoffzellen-Lkw einen Pilotbetrieb im Rahmen des europäischen H2Haul-Projekts zur Förderung der Wasserstoffmobilität im Güterverkehr. Die beiden Fahrzeuge kommen im Realbetrieb zwischen Leipzig, Landsberg und Nürnberg zum Einsatz, um die Praxistauglichkeit dieser Technologie zu erproben. Um den Serienbetrieb zu ermöglichen, werden in Leipzig und Hormersdorf zwei hochmoderne Wasserstofftankstellen errichtet. Sie ermöglichen ein schnelles Nachtanken großer Mengen Wasserstoff, was für den kontinuierlichen Einsatz der Brennstoffzellen-Lkw im Logistikverkehr entscheidend ist. Die BMW Group realisiert das H2HAUL-Projekt in Zusammenarbeit mit Iveco, DHL und TEAL Mobility.
Consumption combined: 1.19 kg H2/100 km according to WLTP CO2 emissions combined according to WLTP cycle: 0 g/km CO2 class: A Electric range: 504 km (313 miles)
Downloads.
24.02.2025 | ID: PF0009946
Holistic approach of the BMW Group hydrogen strategy in production, product and logistics | Short
The BMW Group has acquired two zero-emission fuel cell trucks, as it launches a pilot operation as part of the European H2Haul project, which is aimed at promoting hydrogen mobility in freight transport. The two vehicles will run between Leipzig, Landsberg and Nuremberg, in order to trial the practicality of this technology. To allow serial operation, two state-of-the-art hydrogen fuelling stations are being built in Leipzig and Hormersdorf. They allow rapid refuelling with large quantities of hydrogen, which is crucial to the continuous use of fuel cell trucks in the logistics sector. The BMW Group is implementing the H2Haul project in cooperation with Iveco, DHL and TEAL Mobility. Die BMW Group startet mit der Übernahme von zwei emissionsfreien Brennstoffzellen-Lkw einen Pilotbetrieb im Rahmen des europäischen H2Haul-Projekts zur Förderung der Wasserstoffmobilität im Güterverkehr. Die beiden Fahrzeuge kommen im Realbetrieb zwischen Leipzig, Landsberg und Nürnberg zum Einsatz, um die Praxistauglichkeit dieser Technologie zu erproben. Um den Serienbetrieb zu ermöglichen, werden in Leipzig und Hormersdorf zwei hochmoderne Wasserstofftankstellen errichtet. Sie ermöglichen ein schnelles Nachtanken großer Mengen Wasserstoff, was für den kontinuierlichen Einsatz der Brennstoffzellen-Lkw im Logistikverkehr entscheidend ist. Die BMW Group realisiert das H2HAUL-Projekt in Zusammenarbeit mit Iveco, DHL und TEAL Mobility.
Consumption combined: 1.19 kg H2/100 km according to WLTP CO2 emissions combined according to WLTP cycle: 0 g/km CO2 class: A Electric range: 504 km (313 miles)
VDX Vision Driving Experience - Making Off Memmingen.
 
BMW Driving Experience
 
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Making off scenes from Memmingen, during the test drives with the VDX. Various interview passages with Martin Vosswinkel and Christian Thalmeier.
Downloads.
17.02.2025 | ID: PF0009884
VDX Vision Driving Experience - Making Off Memmingen.
Making off scenes from Memmingen, during the test drives with the VDX. Various interview passages with Martin Vosswinkel and Christian Thalmeier.
BMW M3 CS Touring x Mount Panorama Circuit.
 
G81
·
M3
·
Touring
·
Αυτοκίνητα M
 
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World premiere of the first-ever BMW M3 CS Touring at the "Mount Panorama Circuit" in Bathurst, in the Australian state of New South Wales.
Fuel consumption combined: 10,5 l/100 km [26,9 mpg imp]; CO2 emissions combined: 240 g/km in the WLTP cycle, CO2 class: G
Downloads.
30.01.2025 | ID: PF0009901
BMW M3 CS Touring x Mount Panorama Circuit.
World premiere of the first-ever BMW M3 CS Touring at the "Mount Panorama Circuit" in Bathurst, in the Australian state of New South Wales.
Fuel consumption combined: 10,5 l/100 km [26,9 mpg imp]; CO2 emissions combined: 240 g/km in the WLTP cycle, CO2 class: G
The new aeroacoustics and E-engine center.
 
Ακουστική, αεροδυναμική
·
Τεχνολογία
·
Εταιρικά
·
Εργοστάσια, εγκαταστάσεις
 
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The new Aeroacoustic and E-Engine Center (AEZ) starts operations at the BMW Group's Research and Innovation Center (FIZ). The building consists of two halves: In addition to a multifunctional part with workshop, testing and measurement equipment as well as a prototype for high-voltage batteries and inverters, the AEZ is home to a technically unique wind tunnel. With a length of almost 100 m, a height of 45 m and a width of 25 m, it is the world's largest vertical acoustic wind tunnel and at the same time the quietest.
Downloads.
13.12.2024 | ID: PF0009855
The new aeroacoustics and E-engine center.
The new Aeroacoustic and E-Engine Center (AEZ) starts operations at the BMW Group's Research and Innovation Center (FIZ). The building consists of two halves: In addition to a multifunctional part with workshop, testing and measurement equipment as well as a prototype for high-voltage batteries and inverters, the AEZ is home to a technically unique wind tunnel. With a length of almost 100 m, a height of 45 m and a width of 25 m, it is the world's largest vertical acoustic wind tunnel and at the same time the quietest.
Automated Driving In-Plant (AFW)
 
Εργοστάσια παραγωγής
·
Εργοστάσια, εγκαταστάσεις
 
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Downloads.
26.11.2024 | ID: PF0009838
Automated Driving In-Plant (AFW)
The MINI John Cooper Works Family.
 
MINI Aceman
·
MINI Electric
·
MINI John Cooper Works
·
MINI Countryman
 
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MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E). MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F). MINI JCW Countryman ALL4 (fuel consumption combined: 8,2 – 7,8 l/100km according to WLTP; CO2 emissions combined: 186 – 177 g/km; CO2-class: G). MINI John Cooper Works Electric (electricity consumption combined: 15,6 – 15,3 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 371 – 363). MINI John Cooper Works Aceman (electricity consumption combined: 16,4 – 16,0 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 355 – 344).
Downloads.
13.11.2024 | ID: PF0009824
The MINI John Cooper Works Family.
MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E). MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F). MINI JCW Countryman ALL4 (fuel consumption combined: 8,2 – 7,8 l/100km according to WLTP; CO2 emissions combined: 186 – 177 g/km; CO2-class: G). MINI John Cooper Works Electric (electricity consumption combined: 15,6 – 15,3 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 371 – 363). MINI John Cooper Works Aceman (electricity consumption combined: 16,4 – 16,0 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 355 – 344).
MINI John Cooper Works.
 
John Cooper Works
 
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MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E).
Downloads.
23.10.2024 | ID: PF0009800
MINI John Cooper Works.
MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E).
MINI John Cooper Works Models.
 
John Cooper Works
 
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MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E). MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F). MINI JCW Countryman ALL4 (fuel consumption combined: 8,2 – 7,8 l/100km according to WLTP; CO2 emissions combined: 186 – 177 g/km; CO2-class: G).
Downloads.
23.10.2024 | ID: PF0009799
MINI John Cooper Works Models.
MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E). MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F). MINI JCW Countryman ALL4 (fuel consumption combined: 8,2 – 7,8 l/100km according to WLTP; CO2 emissions combined: 186 – 177 g/km; CO2-class: G).
MINI John Cooper Works Convertible.
 
John Cooper Works
·
MINI John Cooper Works Convertible
 
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MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F).
Downloads.
23.10.2024 | ID: PF0009798
MINI John Cooper Works Convertible.
MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F).
The MINI John Cooper Works Family.
 
John Cooper Works
 
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MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E). MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F). MINI JCW Countryman ALL4 (fuel consumption combined: 8,2 – 7,8 l/100km according to WLTP; CO2 emissions combined: 186 – 177 g/km; CO2-class: G). MINI John Cooper Works Electric (electricity consumption combined: 15,6 – 15,3 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 371 – 363). MINI John Cooper Works Aceman (electricity consumption combined: 16,4 – 16,0 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 355 – 344).
Downloads.
23.10.2024 | ID: PF0009797
The MINI John Cooper Works Family.
MINI John Cooper Works (fuel consumption combined: 6.8 – 6.5 l/100km according to WLTP; CO2 emissions combined: 154 – 147 g/km; CO2-class: E). MINI John Cooper Works Convertible (fuel consumption combined: 7.1 – 6.8 l/100km according to WLTP; CO2 emissions combined: 161 – 155 g/km; CO2-class: F). MINI JCW Countryman ALL4 (fuel consumption combined: 8,2 – 7,8 l/100km according to WLTP; CO2 emissions combined: 186 – 177 g/km; CO2-class: G). MINI John Cooper Works Electric (electricity consumption combined: 15,6 – 15,3 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 371 – 363). MINI John Cooper Works Aceman (electricity consumption combined: 16,4 – 16,0 kWh/100 km according to WLTP; CO2 emissions combined: 0 g/km; CO2-class: A; Range in km according to WLTP: 355 – 344).

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