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The Spark-Renault SRT_01E, also known as the SRT01-e (since the 2015–16 season) or the Spark Gen1 (after the introduction of the successive Gen2 chassis), was an electric formula race car designed for the inaugural season of Formula E, in 2014–15.
Spark Racing Technology (SRT) is a motorsport manufacturer specialized in the development and engineering of high-performance electric vehicles and modules. The company was founded by Frédéric Vasseur to become the sole chassis supplier for the FIA Formula E Championship but is now involved in other projects as well.
The car is the successor to the SRT05e, and is constructed by Spark Racing Technology. It is used as the base car for all manufacturers and teams from the 2022–23 Formula E World Championship onwards. The upgraded Gen3 Evo is set to be used from 2024–25 season onwards. It is the first ever Formula E car with all-wheel drive to race ...
The Alfa Romeo Modular Inlet Manifold is a variable intake system fitted to the later CF2 1.8 and 2.0 litre Twin Spark engines. [citation needed] It operates by switching between two separate air intake runners of different lengths (one pair for each cylinder) to either shorten or lengthen the path from the end of the intake runner (within the plenum) to the inlet valves.
Performance tuning of an engine can involve revising some of the design decisions taken during the development of the engine. Setting the idle speed, air-fuel ratio , carburetor balance, spark plug and distributor point gaps, and ignition timing were regular maintenance tasks for older engines and are the final but essential steps in setting up ...
The Spark SRT05E, also known as the Spark Gen2 (or the Spark Gen2EVO for the unreleased upgraded chassis that was set to be introduced in the 2020–21 season but eventually cancelled) was an electric formula race car designed for use in the FIA Formula E Championship.
Car tuning is the modification of a car to optimise it for a different set of performance requirements from those it was originally designed to meet. Most commonly this is higher engine performance and dynamic handling characteristics but cars may also be altered to provide better fuel economy , or smoother response.
This page was last edited on 14 February 2023, at 13:40 (UTC).; Text is available under the Creative Commons Attribution-ShareAlike 4.0 License; additional terms may apply.