Changes for page Aouda Test Campaign 17A

Last modified by Barry Bishop on 2017/02/26 11:27

From version < 22.1 >

edited by Barry Bishop
on 2017/01/15 22:41

To version < 3.2 >

edited by Barry Bishop
on 2017/01/01 16:44

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  * **Identify the need for follow-up evolutions** of the Aouda spacesuit simulator in hindsight of the AMADEE-18 mission
  * Provide a **training opportunity** for students to be part of a structured test campaign and **share the fascination of Mars exploration** with a wide audience.
--11 different tests will take place between the 2nd and the 6th of January 2017 in Seefeld and Innsbruck, Tyrol. Due to some software programming that might not be finished by January, tests 06, 08, 10, 12, 13 and 14 are planned for February.
++The following tests have been scheduled:
--The tests were executed according to the following schedule schedule:
--
--|= |=02-Jan|=03-Jan|=04-Jan|=05-Jan|=06-Jan
--|Aouda.X|AM T9 Ergonomics
--PM T3-A Sensors|AM T3B Sensors
--PM T3C Sensors, T16 Tesla coil|T4 Radiation|T5 Connectivity|AM T2, T7 Thermal
--PM T1AB Humidity
--|Aouda.S|T09 Ergonomics| |AM training
--PM T1C| |
--|Unsuited|T11 Glove dexterity|T11 Glove dexterity|T11 Glove dexterity|T11 Glove dexterity|T11 Glove dexterity
--
--The following table details the tests that will be executed:
--
--|=Test|=Description
--|[[01 Humidity Test>>doc:.17A-01 Humidity Test.WebHome]]|Demonstrate that the suit performs nominal under humid or light rain conditions.
--|[[02 Head-up Display / HMI>>doc:.17A-02 Head-up Display - HMI.WebHome]]|Functionalities implemented in summer 2016 should perform nominal and show up on the head-up-display and be commanded by the analog astronaut.
--|[[03 Sensor Validation>>doc:.17A-03 Sensor Validation.WebHome]]|The sensors shall demonstrate their performance under various environmental conditions.
--|[[04 Radiation Signature>>doc:.17A-04 Radiation Signature.WebHome]]|This test measures the suits electromagnetic emission spectrum.
--|[[05 Connectivity>>doc:.17A-05 Connectivity.WebHome]]|The range of the suit’s communication system is tested
--|06 Battery|Battery characterization. In this test the batteries connected to the suit will be tested.
--|[[07 Thermal Heating>>doc:.17A-07 Thermal Testing.WebHome]]|A cryo/heat-test shall evaluate the suits performance between -110° to 35° Celsius.
--|08  |
--|[[09 Ergonomics>>doc:.17A-09 Ergonomics.WebHome]]|The ergonomic capabilities of the suit and its comfortability are measured-
--|10  |
--|[[11 Glove Dexterity>>doc:.17A-11 Glove Dexterity.WebHome]]|Evaluate the prowess and dexterity of the Aouda gloves.
--|12  |
--|13 CWS|Caution and Warning System Validation
--|14 Mass budget|Mass Budget and CG
--|[[15 Exoskeleton Stress Test>>doc:.17A-15 Exoskeleton stress test.WebHome]]|This test analysis the ergonomics of the exoskeleton for its next generation version.
--|[[16 Tesla Coil>>doc:.17A-16 Tesla Coil.WebHome]]|A tesla coil will be deployed to test the vulnerability of the Aouda suit to lighting produced by Martian dust devils.
++* Test 01: Demonstrate that the suit performs nominal under humid or light rain conditions.
++* Test 02: Functionalities implemented in summer 2016 should perform nominal and show up on the head-up-display and be commanded by the analog astronaut.
++* Test 03: The sensors shall demonstrate their performance under various environmental conditions.
++* Test 04: This test measures the suits electromagnetic emission spectrum.
++* Test 06: Battery characterization. In this test the batteries connected to the suit will be tested.
++* Test 07: A cryo/heat-test shall evaluate the suits performance between -110° to 35° Celsius.
++* Test 09: 3d performance envelope determination
++* Test 13: Caution and Warning System Validation
++* Test 14: Mass Budget and CG
++* Test 15: This test analysis the ergonomics of the exoskeleton for its next generation version.
++* Test 16: A tesla coil will be deployed to test the vulnerability of the Aouda suit to lighting produced by Martian dust devils.