ABSTRACT
In the earlier days, vehicles such as Motorbikes hardly had Mechanical support in all
concerns, in the recent past the development in Electronic devices in Motorbikes are
evolving, with components such as E-breaks, Digital speedometers, etc. and most interesting
from an engineering point of view, dealing with motorcycle dynamics is more complex than
it is for four wheeled vehicles. In four-wheeled vehicles, electronic stability control (ESC)
was introduced in the recent past to improve passengers’ safety in critical driving conditions
and it is now part of most commercial cars. For two-wheeled vehicles, the design of such a
control system is an open problem, and it constitutes quite a challenging task due to the
complexity of two-wheeled vehicles dynamics and to the strong interaction between the
vehicle and the driver, so to encourage this scheme I am Designing an advanced electronic
active stability control system with ABS assistance for e-bikes providing the much needed
vehicle roll stability control in situations such as high speed cornering etc. Designing a
system that, in any case of emergency situation such as crashing, will send the bicycle
accident location to nearby hospitals/emergency services with the assistance of GSM
The main aim of our project is to lock/unlock two wheelers using password. It’s
highly safe control of Bike from other person. Due to rapid development in the field of
science and technology, Approach: Using the technology of mobility, In the evolution of
automobiles, so many have contributed their innovation as a part of introducing new engines
and designs and so we would like to contribute our part as engineering students by
introducing “Ultimate Digital Lock for Two Wheelers” Description about the innovation
developed: Working: microcontroller receive the signal as input (password) and verify it with
stored password.