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2. Mazda6 - Wikipedia

   en.wikipedia.org/wiki/Mazda6

   The 2006 Mazdaspeed6 (known as Mazdaspeed Atenza in Japan and Mazda6 MPS in Europe, South Africa and Australia) is a high-performance version of the first generation Mazda6. Its mission statement was written with the help of Peter Birtwhistle, chief of Mazda's advanced design studio in Germany at the time.

3. Ford Duratec V6 engine - Wikipedia

   en.wikipedia.org/wiki/Ford_Duratec_V6_engine

   Ford EcoBoost engine (Mazda MZI 35, Mazda GY) The Ford Duratec V6 , is an aluminum DOHC V6 engine with a 60° bank angle introduced in 1993 with the Ford Mondeo . The primary engineering came from Porsche , [ 1 ] who was developing this engine before selling the engineering to Ford, and Cosworth , who helped with cylinder head manufacturing. [ 2 ]

4. List of Mazda engines - Wikipedia

   en.wikipedia.org/wiki/List_of_Mazda_engines

   Mazda's strength since the 1960s has been in its line of Inline-4 engines. Beginning with a tiny 358 cc kei car engine, one of the smallest ever made, Mazda continues to this day to be a leading developer of this type of engine. OHV engine – 358 cc–1.2 L OHV I4 (1961–1974) xC engine – 1.0 L–2.0 L SOHC I4 (1965–1983)

5. Veilside - Wikipedia

   en.wikipedia.org/wiki/Veilside

   Veilside Co., Ltd. (ヴェイルサイド株式会社, Vueirusaido kabushiki gaisha, officially stylized as VeilSide) is a Japanese aftermarket automotive company which initially sold suspension and engine tuning parts, and now sells interior as well as body parts for aerodynamic and aesthetic enhancement of the vehicle.

6. Mazda diesel engines - Wikipedia

   en.wikipedia.org/wiki/Mazda_diesel_engines

   The Mazda Y6 engine (called 1.6 MZ-CD or 1.6 CiTD) is a rebadged PSA DV6 engine, produced in the PSA engine plant in Trémery and the Ford engine plant in Dagenham. This 1.6 L (1,560 cc) DOHC 16-valve turbo diesel engine has a bore and stroke of 75 mm × 88.3 mm (2.95 in × 3.48 in), and a compression ratio of 18.3:1.

7. Pressure wave supercharger - Wikipedia

   en.wikipedia.org/wiki/Pressure_wave_supercharger

   One, that the exhaust gases intermingle with the fresh air needed for combustion, leading to some recirculation of burnt gas. Secondly, this co-mingling also raises the temperature of the intake gas. Both of these are much less of a problem in a diesel than a petrol engine, hence the Comprex's rarity in petrol-engined applications.