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					<h1 class="h1 fontHeading" style="font-size: 60px; color: black; ">Our Pod</h1>
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								<p style="text-align: center"><span class="fontBody500">"One small step for man, one giant leap for mankind"</span>
			<br>                    	
			<span class="fontBody" style="color: #e00122;">Neil Armstrong</span>
			<br><span class="fontBody">Former professor at the University of Cincinnati</span></p>
                    	 <br><br>
                    	 <p class="fontBody">Keeping these historic words in mind, we respond to the need for a revolution 
                    	 in the transportation industry. We are a team of motivated students who plan to bring the future to you. Our concept is not limited by the 
                    	 scope of the competition, but is modular and scalable to a full model which can be used for 
                    	 transporting passengers. The modularity of the design will be beneficial in repair and maintenance 
                    	 of the subsystems while in operation. Musk himself has noted the importance of feasibility. 
                    	 To make the Hyperloop a reality we constantly orient ourselves towards a design that is efficient, 
                    	 scalable, cost-effective, and safe. 
            <br><p style="text-align: center; " class="fontBody"><span style="color: #e00122">WE ENGINEER BETTER </span> isn’t just our motto, it’s our call to action.</p>
                    	 		
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	<article id="aerodynamics">
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				<h2>Aerodynamics</h2>
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			<h2>Aerodynamics</h2>
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								<p class="fontBody">USP and key details: Counter rotating fans (CRfan)  
								bypass flow through the pod while balancing torque, providing a higher pressure ratio, 
								lesser power requirement and lesser weight. The flow is bypassed through a partial 
								annular nozzle which keeps the flow attached while providing a flush finish on the pod floor. 
								The cold air from the nozzle is used to cool the braking system.<br><br>

								CR fan configuration with the partial annular nozzle will be looked into more detail in future
								 development. 
								For the competition in June, a simpler design which can be easily manufactured is being worked 
								on with inputs from SpaceX about safety and design simplifications. This modification will 
								reduce the pod weight further which will reduce the cost.
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				<h2>Structures</h2>
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			<h2>Structures</h2>
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								<p class="fontBody"> This hyperloop pod design has a modular structure with a 
								disjoint engine and payload area. The payload structure is strong enough to sustain the 
								crash loads while the engine structure is designed to buckle and act as an impact 
								attenuator during a crash thus protecting the payload.
								 The crash criteria is assumed considering the g forces that a human body can tolerate 
								 during a crash.
									A common mount is designed for the levitation and its fail safe that prevents the levitation device from ever crashing on the track.
									<br><br>
							Modular structure with engine area and passenger area being separate. The passenger area designed for strength while the engine area has been designed for lower buckling strength and hence acts as crumple zone in case of crash. 

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	<article id="electronics">
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					<h2>Electronics</h2>
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								<p class="fontBody">Our transponics system is responsible for the design and 
								development of levitation, electrical and electronic systems for the pod. These include 
								electromagnetic, electric circuit, sensor integration and embedded software sub-systems. 
								Magnetic levitation is achieved using the Arx Pax hover engines. Military grade Inertial 
								Navigation Systems (INS) is used to obtain the attitude of the pod. Other sensors such as 
								laser range finders, temperature, pressure, battery and optical sensors are also used in 
								our pod sensor suite.
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						<h2>Dynamics and Controls</h2>
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									<p class="fontBody">We understand the dynamics of the pod and building 
									mathematical models of the pod. Using these models, we develop the brain or the 
									control system for the pod. The control system takes inputs from the sensors, 
									processes them and provides necessary control outputs to actuators that ensure 
									the stability of the pod, levitates and propels it as desired.

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