The rumoured compression ratio engine loophole adopted by Red Bull and Mercedes has been dismissed as only a "clever ...
motorsport.com on MSN
F1 2026 engine loophole won't be resolved before Australian GP
A meeting of Formula 1's engine manufacturers failed to reach accord on alternative means of measuring compliance with new ...
A clever compression ratio trick in Formula 1's 2026 power units is the topic of discussion between teams and the FIA on ...
Strictly defined, compression ratio is the total volume above the piston at bottom dead center (BDC), divided by the total volume above the piston at top dead center (TDC). First, let's look at the ...
The debate centres on the mandated reduction in compression ratio from 18:1 to 16:1 for the new power units, and ...
Andy Cowell knows better than most how Formula 1’s next great power struggle begins – because he’s been on the winning side ...
A gasoline piston engine that can dynamically change its compression ratio —that is, the amount by which the piston squeezes the fuel-air mixture in the cylinder—has long been a holy grail of engine ...
PlanetF1 on MSN
Why Red Bull Powertrains believe 2026 compression ratio intrigue is ‘noise about nothing’
Red Bull Powertrains' Ben Hodgkinson is confident of having a fully legal engine in 2026, amidst speculation regarding ...
As a concept, the internal combustion engine is as old as dirt. To our luck, the ICE is still relevant nowadays thanks to engineering developments such as direct injection, cylinder deactivation, stop ...
Infiniti introduced the world's first variable compression-ratio engine, a technology it claims to have been working on for two decades, at the 2017 Los Angeles Auto Show. A variable compression-ratio ...
Nissan's Infiniti division will present its first Variable Compression-Turbocharged (VC-T) engine at the Paris Motor Show next month. This technology took them more than two decades to perfect, and ...
Strictly defined, compression ratio is the total volume above the piston at bottom dead center (BDC), divided by the total volume above the piston at top dead center (TDC). First, let's look at the ...
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