Project on Pulsar 150 CC Engine Modifications for Race Purpose

Unmesh Hariyan, Shubham Bhatkhore, Shubham Bhaye, M. B. Sorte

Abstract


The Bajaj Pulsar is the ultimately popular 220 cc. The Baja pulsar 135/150/180/220cc are depended on the previous design which has been in motorbikes owned by Bajaj Auto situated in India. Currently there are eight unique variants available, with engine capacities of 125 cc, 150 cc, 160 cc, 180 cc, 200 cc, and production since its development in 2001, while the Pulsar 160/200 cc are based on a platform. It was mention that they make a Pulsar 200 dts-i which was in production for a small period of time. In 2012, it was marked the introduction of the all new Pulsar platform and the Pulsar 200NS was showcased. However, the production of Bajaj Pulsar 200NS was then discontinued (redeveloped in early 2017 with the all new norms of BSIV and was named as 200NS). The average month sale was around 86,000 units in 2011, Pulsar developed a 2011 market share of 47% in this segment. By the time of April 2011 a 5 million units were sold. In 2018, Bajaj auto celebrated a total sale of over 10 million units of their all new bike and were set on a path that the predetermined. 


Keywords


Pulsar, engine, motorcycles, IC.

Full Text:

PDF

References


Faraday M. LXIV. On the diamagnetic conditions of flame and gases. The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science. 1847;31(210):401–21.

Wakayama NI, Sugie M. Magnetic promotion of combustion in diffusion flames. Physica B: Condensed Matter. 1996;216(3–4):403–5.

Park KS, Park J, Kauh SK, et al. Modulated fuel feedback control of a fuel injection engine using a switch type oxygen sensor. Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering. 1997;211(6):491–7.

Govindasamy P, Dhandapani S. Experimental Investigation On The Effect Of Magnetic flux To Reduce Emissions And Improve Combustion Performance In A Two-Stroke, Catalytic-Coated, Spark-Ignition Engine. International journal of automotive technology. 2007;8(5):533–42.

Al-Dossary R. The effect of magnetic field on combustion and emissions (Doctoral dissertation, King Fahd University of Petroleum and Minerals) 2009.




DOI: https://doi.org/10.37628/jiegt.v6i1.1060

Refbacks

  • There are currently no refbacks.