Test platform apparatus

A test platform apparatus to test materials in a space setting, the system comprising:

• a lower member;
• an upper member;
• a plurality of rear support members extending between the upper member and the lower member,
• a plurality of medial support members extending between the upper member and the lower member;
• a plurality of front support members extending between the upper member and the lower member;
• a plurality of side members extending between the lower member and the upper member;
• a plurality of attachment members carried by an external surface of the lower member and configured to connect to a portion of an external platform;
• a plurality of mounting members carried by an internal surface of at least one of the lower member and the side members;
• a plurality of heatsinks connected to the internal surface of the lower member;
• at least one material tester configured to be connected to at least one of the mounting members;
• a power supply;
• and
• a power distribution board in connection with the power supply;
• wherein the material tester is least one of a square material tester, a bonded material tester, and an organic and ceramic material tester;
• wherein the lower member has a plurality of heatsink receiving holes formed therein;
• wherein each of the plurality of heatsink receiving holes are adapted to receive portions of the heatsinks to connect the plurality of heatsinks to the internal surface of the lower member;
• and
• wherein plurality of heatsinks are configurable and moveable on the internal surface of the lower member.

A test apparatus system to test materials in a space setting, the system comprising:

• a lower member;
• an upper member;
• a plurality of rear support members extending between the upper member and the lower member;
• a plurality of medial support members extending between the upper member and the lower member;
• a plurality of front support members extending between the upper member and the lower member;
• a plurality of side members extending between the lower member and the upper member;
• a plurality of attachment members carried by an external surface of the lower member and configured to connect to a portion of an external platform;
• a plurality of mounting members carried by an internal surface of at least one of the lower member and the side members;
• a plurality of heatsinks connected to the internal surface of the lower member;
• a power supply;
• a power distribution board in connection with the power supply;
• a communication system connected to the power distribution board and comprising a wireless transceiver device, a data transfer device and a data storage device;
• a sensor system connector member connected to and extending outwardly from at least one of the side members and the lower member;
• a sensor bracket connected to the sensor system connector member;
• an upper sensor connected to an upper portion of the sensor bracket;
• a lower sensor connected to a lower portion of the sensor bracket;
• and
• wherein the upper sensor and the lower sensor are in communication with the power distribution board and the communication system;
• wherein the lower member has a plurality of heatsink receiving holes formed therein;
• wherein each of the plurality of heatsink receiving holes are adapted to receive portions of the heatsinks to connect the plurality of heatsinks to the internal surface of the lower member;
• and
• wherein plurality of heatsinks are configurable and moveable on the internal surface of the lower member.