Category Archives: DIY space

New space Kickstarter: Pocket Spacecraft on a Mission to the Moon

Here’s another space Kickstater getting started: Send your own Pocket Spacecraft on a Mission to the Moon! by Pocket Spacecraft — Kickstarter

Here’s a press release:

Sending Your Own Spacecraft to the Moon Just Became a Reality

Thursday June 27th, 2013: A new project to give thousands of people the opportunity to design, build and launch personalised spacecraft and send them to the moon has begun.

Now anyone can become a citizen space explorer and take part in a mission to send their own Pocket Spacecraft to the moon. At a cost of just GBP 99 (~EUR119/JPY15499/USD159), explorers who back the project will be able to personalise their own spacecraft by adding a picture or message direct from their favourite social media or game profile or create their own unique design. They can do this from their smartphone or web browser and will be able to monitor progress throughout their mission with their own Pocket Mission Control app. Users will be able to track the progress of their spacecraft as it is designed, built in the lab and travels through space. More technical explorers will be able to write software and even customise the on-board hardware enabling them to conduct their own unique experiments whether mapping the solar wind or playing laser tag – in space!

Pocket Spacecraft are disks with flexible electronics, smaller than a CD and as thin as a piece of paper, that will be loaded into an Interplanetary CubeSat mothership to hitch a ride into space on a commercial rocket. The mothership will then set off to the moon and when it arrives many months later, the fleet of Pocket Spacecraft will be photographed as they are released to land on the moon to complete their mission.

Anyone can take part in the mission via the crowd-funding site Kickstarter (search for ‘Pocket Spacecraft‘ or visit PocketSpacecraft.com ). Since launch in 2009, Kickstarter has raised more than $500 million for various projects from over 3 million individuals. Pocket Spacecraft only needs support from 2000 or more people to allow the mission to go ahead.

The global team of scientists, engineers and designers behind Pocket Spacecraft have already created two dozen open space projects for the mission since 2009, supported by more than a hundred volunteers from twenty countries (and counting) led by co-ordinators in Europe (Bristol, UK) and America (Pasadena, CA, USA).

Michael Johnson, founder of Pocket Spacecraft, co-created the first space mission funded on KickStarter (KickSat – due to be launched by NASA later this year), and influential workshops such as the Interplanetary CubeSat Workshop at MIT, and the Keck Institute for Space Studies Small Satellites: A Revolution in Space Science workshop at Caltech.

“By backing this mission people will revolutionise space exploration and space science” enthuses Michael. “By democratising interplanetary space exploration we will create a generation of young explorers who can use the same affordable methods to explore Mars, Venus and beyond. We’re building tools so that one day every child will be able to send their own spacecraft on a robotic field trip in space”.

The campaign will run for 60 days and end on August 26, 2013. Detailed information regarding the campaign is available on the KickStarter website:

http://www.kickstarter.com/projects/1677943140/send-your-own-pocket-spacecraft-on-a-mission-to-th

Copenhagen Suborbitals: Sapphire launch report

The Copenhagen Suborbitals team is thrilled by yesterday’s successful launch and flight of the Sapphire actively guided rocket : Launch Success of Active Guided Rocket Sapphire – Next Stop Space – Wired Science/Wired.com.

The parachute deployment problem is understood and the sinking of the rocket into the ocean is a minor cost for the main goals of the project.

sapphire_launch_850_bt_500x294

Update: A video with multiple views of the launch:

Copenhagen Suborbitals: Sapphire flight a success but recovery fails

Copenhagen Suborbitals launched their Sapphire rocket today from the sea off Denmark and the active guidance system successfully kept it on a straight vertical trajectory to the expected 8 km altitude. Unfortunately, on the return the parachute system did not work and the vehicle was not recovered. However, the primary goals of the test were achieved: Huge Success: Rocket flew vertically to over eight kilometers – The Engineer/ing.dk (Google Tanslate)

Will post a video of the launch when available. See descriptions of the event a t

Update: Trent Waddington has posted this screen capture of the on line webcast of the launch:

Copenhagen Suborbital: Sapphire rocket prepared for launch on Sunday

Copenhagen Suborbitals gave this update on preparations for the launch on Sunday 11AM CEST (5 am ET, 9 am GMT) of their Sapphire actively guided rocket:

T minus 2 days and we are still go for launch.

Today mission control Vessel Vostok and crew arrived in Space Port Nexø carrying the Sapphire rocket and the last materials and supplies. Tomorrow Saturday 24th launch preparations will continue. The rocket will be stacked and fueled and we will go through the entire checkout sequence for all systems. Hopefully everything will work according to plan. If so flight director Kristian Von Bengtson will give the final “GO” and we will head out to the launch area early sunday morning.

Live coverage

Today the StreamTeam has been working on setting up the link antennas. Since we are launching 15 miles of shore getting the output of 8 HD cameras to the internet is a bit tricky, yet the solution is surprisingly simple. At the top of Vostoks masts we have attached a modified WIFI antenna on a rotatable platform. The platform is computer guided and always point at the same point ashore. Approximately 1 mile inland we have placed a 2 foot disc antenna that acts as a internet acess point. This way we are able to sustain a 5-10 mbit internet connection.

The camera signal are then sent to our facility in Copenhagen. Here our producer and  to commentators can see a mosaic of all cameras. The signals are them mixed with audio and broadcasted to Youtube.

The livestream is now avalilable on our website – and we will begin broadcasting approximately 2 hours before launch.

Watch it here: http://www.copenhagensuborbitals.com/

Metal vanes in the nozzle outlet will control the rocket’s direction:

Copenhagen Suborbitals: Sapphire launch update

Kristian von Bengtson of Copenhagen Suborbitals  writes about the status of the launch of the Sapphire active guided rocket: T minus 3 days – Sapphire Rocket Facts and Nerdy stuff to Know –  Wired Science/Wired.com