BAJA SAE Alumni

Who are we

BajaTutor is a group of ATV enthusiasts, most of whom are BAJA Alumni and some have been involved in organization of SAE BAJA previously. It is a non-profit group to support and assist aspirants of BAJA. BajaTutor was established in 2014 by a group of BAJA Alumni, who in their experience felt the sting of […]

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Sell your ATV Part

Do you have that vehicle component which is not in use anymore, and you want to help your fellow BAJA Participants. Here is the chance, Fill this form – Click Here

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Buy ATV Parts

In case, you are finding difficulty in procuring BAJA ATV parts, do let us know via this form. We will help you to get products delivered in subsidized rate.   Loading…

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A motivation to look on Vehicle dynamics

As the name suggest, we study about vehicles and its motion. When we talk about vehicle no of things come to our mind first thing that come to mind is the part of the vehicle. What constitutes the vehicle? The components that are going to be used in Vehicle dynamics study are divided into three […]

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CVT Calculation for a Baja car

CVT in a BAJA car As none of us are going to design and fabricate this complicate design, this section deals with the tuning of CVT rather than its design. In this discussion we focus on a particular type of CVT and try to tune it, taking into account all the required parameters. Though other […]

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MASISIVE ONLINE OPEN COURSE

MASISIVE ONLINE OPEN COURSE a free MOOC (Massive Online Open Course) ON Next Monday, April 28th that in a fun way teaches . fluid mechanics, . CFD, . wind-tunnel testing and its application to sports and building aerodynamics goes live. It is a collaborative effort between TU Eindhoven and ANSYS. Several people might find the […]

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Static Dynamic Forces and acceleration

Static Loads Wfs= Wc/L Wrs= Wb/L Wfs = Static weight on front axle Wrs = Static weight on rear axle Dynamic Loads Grades (θ) Wf = Wfs – Whθ/L Wr = Wrs + Whθ/L Wf = Dynamic weight on front axle Wr = Dynamic weight on rear axle Accelerating Wf = Wfs – Whax/(Lgc) Wr = Wrs + Whax/(Lgc) […]

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