The primary mirror is designed to have curvature on both vertical and horizontal directions. Horizontal curvature is caused by the folding flaps and mirror mounts. Vertical curvature is caused by mirror mounts.
The secondary mirror is a convex mirror with a radius of curvature around 20cm. The radius of curvature is determined to best gather light and reflect light from the primary mirrors onto the pylon sensor.
The secondary mirror is was finalized utilizing a CNC turning machine. The material utilized was Aluminum and was polished to a mirror finish to achieve the desired reflection of three sets of lasers. As demonstrated in the figure to the right.
The primary mirror mount is designed to provide degrees of freedom for rotation, and also a sturdy design to hold primary mirrors.
The secondary mirror gantry is machined using CNC with aluminum. It is a smooth polished surface that reflects light from the primary mirrors onto the light sensor. The secondary mirror holder connects the secondary mirror to the fixed support to ensure the rigidity.
Primary and Secondary Mirror stand 1.67 m away from each other.
Manufactured and polished by team. Is a convex design.