How to get into space for $250 a week

HOW TO GET INTO SPACE FOR $250 A WEEK Space used to be seen as the final frontier - something that could only be experienced by astronauts and cosmonauts. Now though,thanks to NanoSatisfi and their nanosatellites, all you need is some basic hardware and software knowledge and you too can reach out and touch the stars... vs. THEN NOW Size : Various Size : 10cm cube Old satellite NanoSatisfi satellite Weight : 500kg+ Weight: 1-10kg Monolithic Constellation Standard (based on a Cubesat) Non-standard Expensive $100,000,000+ Cheap $100,000 Wait time - 3-6 months Wait time - 3-6 years Decades in orbit Replaced annually Almost anyone Degree needed NanoSatisfi iPhone 5 satellite can do it NO MOORE'S LAW MOORE'S LAW Actual size to scale: THE EQUIPMENT INSIDE ·ACCESSIBLE TO EVERYONE - Technological tools available to everyone Accelerometer Using Kickstarter, almost 700 backers raised more than $100,000 to help fund the ArduSat project, meaning affordable space exploration is open to everyone, and funded by everyone. O Gyroscope A Geiger Counter Infrared Thermometer Open-source hardware Open-source software O Light Sensor O Sun Sensors (Photodiodes) Arduino ww Spectrometer 00000000 Includes: O Camera Microcontroller (Arduino) TM 1.3 Megapixel, 6mm lens with approx.60 viewing angle. From its altitude, it will have an approx.4ookm field of view, ON Magnetometer open source WHERE NANOSATISFI SATELLITES ARE LOCATED LEO Zone (Low Earth Orbit) 0 - 2,000 km MEO Zone (Medium Earth Orbit) 2,000 - 35,786 km HEO Zone (High Earth orbit) 35,786km + Towards the moon Sputnik 1 (1957-58 First artificial satellite) Galileo satellites Solar activity monitoring satellites Many weather & Most weather & science satellites communications satellites Glonass satellites International Space Station First satellites from NanoSatisfi will be brought to ISS as a part of resupply NanoSatisfi GPS satellites satellites mission APPLICATIONS LAUNCHES THE FUTURE O Education & science 2 satellite launches in 2013: We can increase our food supply ten-fold through precision NanoSatisfi began with a simple idea: access to space should be simple and widespread. agriculture that monitors crops, 1 from Japan We've been growing steadily, and want to get + Microgravity access soil and weather conditions on 25,000 kids into space by 2014, which will the ground and from above. And require at least four satellites. Defense & security we can improve earthquake early warning systems by Projected Nano/Microsatellite launches correlating seismic and storm data with human and animal Agriculture 80 70 behavior. What we are building 1 from USA 60 is a platform in space where 50 £ Economic activity 40 anyone can innovate upon and 30 develop applications to collect data and generate insight. 20 10 Weather & climate 2010 2011 2012 2013 2014 Sources: nanosatisfi.com | forbes.com en.wikipedia.org/wiki/File:Voyager_Program_-_spacecraft_diagram.png | clker.com/cliparts/8/0/8/8/11954442741685556874johnny_automatic_soyuz_rocket.svg jaxa.jp | upload.wikimedia.org/wikipedia/commons/8/82/Orbitalaltitudes.jpg | en.wikipedia.org/wiki/ List_of_orbits I sei.aero/eng/papers/uploads/archive/SpaceWorks_NanoMicrosat _launch_22Nov2011_revA.pdf Find us on: @GrishinRobotics @NanoSatisfi Wogr8 L GRISHIN ROBOTICS NanoSatisfi Affordable Access to Space