BMW Tower.BMW Welt.Exterior Shots of the BMW Research and Innovation Centre in Munich.Project house(part of the Researchand Innovation Centre).

BMW Dingolfing plant.BMW Regensburg plant.BMW Munich plant.BMW Berlin plant.BMW Spartanburg plant, USA.BMW Hams Hall engine plant.Oxford plant (England). Production of MINI.World map with BMW Group production sites. (english version)Entrance Body Shop.Joining and spot-wleding of platform.Welding underfloor.Outer body skeleton: joining of side frames.Application of adhesive to side frame.Installation of roof.Decree: spot-welding side frames.In-line Messung measurement of body shells with robots.Body store: Storing od body shells.Pretreatment of the body.Cathodic immersion painting (prime coating of the body).Water-based filler paint is applied in an electrostatic charging process.Filler paint line.Applicationof clear paint.Final inspection of coating surface.Measurement of coating thickness.Slewing assembly:Installation of cable harness.Fully automated installation of insrtumental panel.Drive line pre- assembly:placing engine and axles upon a carrier.Slewing assembly: Seats installation.„Marriage“: automatic insertion and joining of the drive line to the body.Wheel installation.The car i sput on the ground fort he first time.Roller test rig: testing programm (final check).Final check, checking coating surface.Attachment of the BMW emblem.Finished car stand for the extradition (Sunset).BMW Spartanburg plant: Landfill gas line

Hydrogen 7.Flight from outer space towards the EarthWater (surf, streams)Blue sky with rapidly moving cloudsAerial Shots of the car driving on the Great Belt Bridge. (Denmark)Rear views of the car in front of the sea.Interior design H² DisplayView of engine compartment, engine is started.CEP (CleanEnergy Partnership) TOTAL filling station in Berlin.Animation, edited with live footage. Aspect ratio: 4:3 Letterbox.The car is filled with a user-friendly hydrogen nozzleAfter locking the nozzle, the fueling line is released for fillingLiquefied Hydrogen sprays into the tankInside the tank, a layer of gaseous hydrogen can always be found on top of the liquefied hydrogenWhen the filling process is finished, the nozzle is released in reverse orderWhen the car is started, the engine is supplied with gaseous hydrogenGaseous hydrogen flows at ambient temperature into the H2 engineIn the intake manifold, the gaseous hydrogen is mixed with oxygen from the airIn the H2 combustion engine, this mixture is burnt and converted directly into mechanical energyThe engine can be switched trouble-free between H2 mode and petrol mode (bivalent operation)The combustion of hydrogen and oxygen produces water vapourWater vapour flows through the exhaust systemWater vapour emerges. The cycle "water-hydrogen-water" closesStudio shots: Hydrogen tank in the car.H² tank lid opens.View of H² tank from inside the car through rear seat backrest.BMW H2R Hydrogen Race Car. Record run in Miramas, France (2004).Hydrogen extractionElectrolysis: animation: water is dissociated into oxygen and hydrogen by means of electric current. The energy required is delivered by a solar power plant in the desertElectrolysis: animation; more abstract vizualisationElectrolysis: experimental set-up with a photovoltaic panel connected, delivering the electric currentHydrogen liquefaction plant of Linde AG in Ingolstadt, GermanyBMW Concept X6 ActiveHybrid.Driving scenes, several takesFront, BMW kidney, writingAnimation.EfficientDynamics.Various driving scenes. Country roadDisplay close. Showing fuel consumptionDisplay close. Showing Energy-Recuperation when brakingFoot of driver when braking and acceleratingAnimated Graphics. Showing Brake-Energy-Recuperation and Intelligent Alternator ControlBMW 3.0-Litre Straight-Six Gasoline Engine with Second-Generation Lean-Burn Direct Fuel Injection.Engine-Parts. Valves, pistons, injection, exhaust.Engine. Studio. Various shots.Direct Fuel Ignition. Different components.Aluminium-Magnesium-Crankcase.Animated Graphics: Lean-Burn Fuel Direct Injection 2nd Generation.BMW 3.0-Litre Straight-Six Gasoline Engine with Twin Turbo and High Precision InjectionEngine. Studio. Various shots.Aluminium-Magnesium-crankcaseHigh Precision Injection. Components.Weight Comparison.BMW Straight-Six-Engine, steel-crankcase. 48,48 kg.BMW Straight-Six-Engine, Aluminium-crankcase, 28,16 kg.BMW Straight-Six-Engine. Crankcase Aluminium-Magnesium. 23,60 kg.BMW 530d saloon, 2006 model und predecessor with identic equipment drive on weighing machine to compare the weight. Predecessor weighs 1,79 to. including driver. 2006 model weighs 1,75 to. including driver. Various shotsWind tunnel. BMW 6series convertible underlay aerodynamic-check. Various shots.

Exterior view of the RDC in Lohhof near Munich, BMW Group pylon.Signs outside the RDC building: "Recycling and Dismantling Centre" and "Reception of End-of-Life Vehicles".Racks with cars to be dismantled, outside RDC.By means of "weighing forks" the car's weight is determined. No need to take each load to the weighbridge. The data are transmitted by wireless LAN to the software that controls and monitors the operations.The truck driver scans a bar code label on the car, thus loading the car data onto his computer terminal on the fork lift truck. The dismantling job is transmitted by wireless LAN to the individual work stations.Preparations for deploying the airbags: laptop computer is connected via the on-board diagnosis connector to the car's airbag controller.Laptop computer with neutralisation program: car model selection, start of program.Interior of the car: ignition of pyrotechnical devices.Car data and the dismantling job appear on a touch-screen display at the operating fluids removal rig. Each step in the operation is documented immediately.MINI is lifted onto the operating fluids removal rig by a fork lift truck.Opening all filler caps in the engine compartment.Drawing off the windscreen washer fluid.Draining the coolant.Draining the engine oil.Draining the gear oil.For removing the fuel, the car's front is lifted hydraulically to make sure, the fuel tank is drained completelyRemoving fuel by tapping the fuel tank, suction implement with integrated drill.I nside the RDC: dismantling of scrap and test vehicles on dismantling work bays.Catalytic converter is cut out of the exhaust system with hydraulic scissorsDatabase system for recycling companies with graphic charts, material, tools and dismantling information from all major car manufacturers. Various information on pyrotechnical components and removal of operating fluids of the BMW 6 Series are displayed on a PC work station in the workshop.Animated graphics: European map with overlayed rotating recycling arrows (symbolizing the BMW Group's pan-European network of end-of-life vehicle take-back points)Collection bins for various kinds of waste in a BMW service workshopProduction residues (trimmings, punched-out areas, rejects) are delivered in coarsely ground form to a BMW processing partner.In several separating process the parts are broken down into their three original plastics with the aid of grinders and air supply (carrier granules, skin and foam powder.BMW supplier: grinding up PUR foam parts (offcuts, production waste.Ground PUR is baked to form large blocks.Blocks are cut into slices.Adhesive-free pressing of a rear window shelf consisting of PUR core, PP+GF exterior layers and decorative fabric.Animated graphics: structure of the rear window shelf (German and English).Alloy wheels are dismounted from a BMW 3 pre-series car at the RDC. The work is documented at a touch-screen display.Used cylinder heads are loaded into the smelting furnace.Foundry: molten aluminium.Casting of new cylinder heads at the BMW Landshut plant.Aluminium cylinder heads on the assembly line at the BMW Hams Hall engine plant.The light fraction from the shredder is separated in this plant. A system of looseners, riddles, pneumatic sifters, and magnetic separators sorts the shredded particles into various categories.Heavy material (is separated further together with the heavy fraction from the shredder).The resulting mixture of metals passes to a flotation plant. The aluminium floats to the top

Exterior view of the Centre for vocational and further training.Trainees on their work station.

Impressions of Early Learning Centre Rosslyn, children singing and playing, several takes.Impressions taken from Medical Station and from the health and wellness center.Board: Soshanguve community center.Mail serving counter.Interior view of the community center.SEED project in South Africa.Exterior view SEED school, several takes.Class room.Girl ironing.Pupils determining plants.Vegetable patches.Impressions of school show.MINI Traffic Education.Driving Theory classes.Reception of the kids on the outside.Driving-shots of the kids in the MINI Cooper S Convertible.