The Aquarius (LM) is a trailer, pulled by the Odyssey (CM) to a designated deployment area. It will serve as a means of transporting all the tools and infrastructure while travelling from one location to another and as a combined workspace/habitat for hackerspace/fablab operation.
The Aquarius is still not yet obtained/built! We need more support to get/build something like this in order to get the show on the road. If you want to help this mission to fly, please consider donating, so that we can get this trailer.
All tools and machines will have to fit in the Aquarius, so special consideration needs to be taken into account for weight and volume distribution. To make matters even more complex, it needs to be a bit like a transformer, so that the crew can change it to given tasks i.e. when people are working, the places to sleep need to be hidden in order to make room for people to work. It also has to sustain harsh weather conditions and also offer good insulation, in order to minimize the amount of energy needed to keep the climate within the LM at a friendly/tolerable level for human beings.
The Trailer should be within the following specs:
|Manufacturer||Model||Box L||Box W||Box H||Payload Capacity||Tyres|
|WM Meyer||AZ 2745||4.5m||2m||2m||1.8T||10”|
|Woermann||Cargoliner 3050/201 HL||5m||2m||2m||1.9T||14”|
Other trailer manufacturers in Bavaria, found on http://www.pkw-anhaenger.com/hersteller.php :
For its mission tasking, the Aquarius must be able to operate fully self-sustainable even to the point, where it can offer infrastructure services for its surrounding area (i.e. power, local telecommunications, (wireless) network access, data storage, long-range communication, environment monitoring). Many of the components built for the Odyssey should be compatible/interchangeable between the two modules in order to have a somewhat redundant system that can be quickly replaced when the module is not needed in the other system. This will help to prevent problems like on Apollo 13, where the CO2 filters of the CM didn't fit into the mounts of the LM (how do you get a square pig into a round hole?)
|1||Starboard side-door (60cm)|
|3||Hardware Workbench (Solder/Mechanic/CNC machinig)|
|4||Double full height aft doors|
|5||2nd convertible Bunk/Desk in Desk Mode|
|6||1st convertible Bunk/Desk in Bunk Mode|
Test/Prototype components have been deployed and are being tested at the launch site for a couple of months now. Components have been selected with focus on flexibility and resilience.The Cooking fields have a ceran surface for easy cleaning and the dual gas/induction combo gives maximum flexibility for any kind of deployment or cooking scenario. The sink is mineral-casted and very sturdy.
Unfortunately, Siemens has a long history in all of the old economy workflows and dealer network dependencies, which makes them kind of slow to adapt to the 21 century. Neither in the manual nor in the shop is any information about the Nozzle Kit (probably this info goes only to “approved dealers”. However, when you search for Siemens HZ298010 you'll find a couple of sources offering them in Online-Shops, it's a complete set with nozzles and air supply modifications (in case it is needed, it was not for the EH375ME11E when using a 30mbar nozzle) for many different types of Gas sources and pressures.
To change the nozzle, just unscrew the grey gas/air mix chamber and you will have access to the nozzle from the top (no need to open the backside). Once released a pair of pincers was used to safely unscrew and pick it up (there is risk that you drop it into the case :/) and select/insert the new nozzle according to the datahsset that comes with the Nozzle Kit.
Arduino/SparkCore/Raspberry controller. Since gas is a nice, alternative energy carrier and offers another option in case of infrastructure outages, this setup is much more resilient against utility failures/unavailability. However, gas leaks might be a risk, so sensors are deployed, to manage that risk autonomously.
|MQ7||CO||Carbon-monoxide (Combustion product)||Top/Ceiling|
|MQ4||CH4||Methane (Natural Gas)||Top/Ceiling|
|MQ2||C3H8||Propane (Camping Gas Mix)||Bottom/Floor|
|MQ2||C4H10||Butane (Camping Gas Mix)||Bottom/Floor|
Small area but enough to take a shower.
To be determined after vehicle is available
To be determined after vehicle is available
Based on tankless Water Heater Eccotemp CE L5 (LPG 30mbar/5kW) which will supply warm water for the galley and the wet cell. It needs a little hacking in order to get rid of the battery power supply of the Eccotemp (ignition) and will also get TEGs (Thermo Electric Generators) to convert exhaust heat into electricity for battery charging as well.
Flojet 3526-144A, 3.4 Bar, 12 Volt
80x190cm Bunk Size
60x190cm Desk Size
Phillips V6500 VoIP WLAN Phone
ICOM IC-756 PRO III
The End-Fed Multiband by DL7AB made it onto the cover of the Rothammel antenna book, which is somewhat of a reference around HAMs when it comes to antenna theory. This antenna was chosen as it seemed to be the best compromise between length, intrusiveness and workable bands. Other HAMs have also successfully used and tuned this antenna type in mobile setups.
The wires were specifically selected according to the following parameters:
500-600W PV Panels on the roof
C-Rotor prototype VAWT 1.5m diameter on-site deployment
Small creeks with high hydrostatic pressure (low volume)
Pico Pelton-Turbine → 3.5kW generator (direct)
Rivers with low hydrostatic pressure (high volume)
Water-Wheel → 1:X transmission → 3.5kW generator
Real-World prototyping and testing of Helios
In case of higher energy demands or energy shortages the Auxiliary Power Unit will kick in.
Votronic MobilPOWER Inverter SMI 1000 ST-NVS
Votronic Automatic Charger Pb 1240 SMT 3B