Posts with Keyword “engine”

Cover for post Evolution of the Toyota / Lexus Petrol V8
21 Dec 2024
Evolution of the Toyota / Lexus Petrol V8
Today, I go over the evolution of six Toyota / Lexus V8s over two generations in terms of construction, performance, reliability, and applications. In the end, I rank them into three tiers.
Cover for post Evolution of the BMW Petrol V8
18 Dec 2024
Evolution of the BMW Petrol V8
BMW has always made some performant and characterful, if fragile, V8s. Today, I go over the evolution of seven BMW V8s over four generations in terms of construction, performance, reliability, and applications. In the end, I rank them into three tiers.
Cover for post Evolution of the Mercedes Petrol V8
12 Dec 2024
Evolution of the Mercedes Petrol V8
In this blog, I go over the evolution of eight Mercedes V8s over seven generations in terms of their construction, performance, reliability, and applications. In the end, I will rank them into three tiers.
Cover for post BMW N63 vs N63TU vs N63TU2 vs N63TU3: Evolutions of the Bavarian Hot-V8
24 Jul 2024
BMW N63 vs N63TU vs N63TU2 vs N63TU3: Evolutions of the Bavarian Hot-V8
Today, I delve into the mechanical evolutions of the BMW N63 hot-V8 biturbo engine by highlighting the most consequential changes in 6 areas from the original 2008 N63 to its three subsequent updates in 2012, 2016, and 2018.
Cover for post Mercedes M279 vs BMW N74: Comparing German V12 Biturbo Engines
15 Jul 2024
Mercedes M279 vs BMW N74: Comparing German V12 Biturbo Engines
Today, I compare the design of two German V12 biturbo engines, the Mercedes M279 and the BMW N74, along 7 aspects.
Cover for post BMW N74 vs N74TU: Bavaria’s Modern Classic Biturbo V12 Engine
15 Jul 2024
BMW N74 vs N74TU: Bavaria’s Modern Classic Biturbo V12 Engine
BMW’s N74 is the most technologically advanced V12 engine in a road car. BMW has kept it in production with exactly one technical update, the N74TU. Today, I briefly examine the changes made in the N74TU in five areas.
Cover for post Dynamic Fuel Management in LT Engines Is the Most Advanced Cylinder Deactivation Technology Today
04 Jul 2024
Dynamic Fuel Management in LT Engines Is the Most Advanced Cylinder Deactivation Technology Today
Today, I briefly cover how GM’s Dynamic Fuel Management (DFM) system works. It should then be obvious why it is superior to conventional cylinder deactivation technologies.
Cover for post EA824 vs EA825: Comparing Two Generations of the Audi / Porsche 4.0 TFSI Engine
30 Jun 2024
EA824 vs EA825: Comparing Two Generations of the Audi / Porsche 4.0 TFSI Engine
Consumers commonly confuse the VAG EA824 and EA825 engines with each other. However, the Audi-designed EA824 and the Porsche-Audi EA825 are fundamentally different. Today, I compare the two across eight aspects.
Cover for post Cadillac Escalade: Mechanical and Design Evolutions Over 5 Generations
29 Jun 2024
Cadillac Escalade: Mechanical and Design Evolutions Over 5 Generations
Today, I briefly go over the mechanical and design evolutions of the Cadillac Escalade over its first five generations.
Cover for post Porsche Cayenne: Mechanical and Design Evolutions Over 3 Generations
28 Jun 2024
Porsche Cayenne: Mechanical and Design Evolutions Over 3 Generations
Today, I briefly go over the mechanical and design evolutions of the Porsche Cayenne over its first three generations. Emphases will be given to drivetrain and engine choice.
Cover for post Nikasil, Alusil, Lokasil, and Silitec: Cylinders in liner-less aluminium engine blocks
15 Jun 2024
Nikasil, Alusil, Lokasil, and Silitec: Cylinders in liner-less aluminium engine blocks
Today, we briefly examine the three main types of liner-less cylinder treatment methods that originated from Germany, Nikasil, Alusil, and Lokasil, and their variants.
Cover for post Nissan VR38DETT vs Alfa Romeo 690T (Quadrifoglio): Iconic Designs Compared
25 May 2024
Nissan VR38DETT vs Alfa Romeo 690T (Quadrifoglio): Iconic Designs Compared
Today, I compare the design of the Nissan VR38DETT found in the R35 GT-R and the Alfa Romeo 690T found in Quadrifoglio models along six aspects: engine block, bank angle & crankshaft, oil pump, displacement & stroke ratio, fuelling, and valve timing.