UpLift-1 Launch (Archives)

UpLift-1 Takeoff 28th Dec 2011.

UpLift-1 launch weatherBefore we even left home we needed a massive list to make sure that we did not leave anything behind. After all, a 600km / 400 mile trip for nothing would not be a lot of fun. It was a huge list for such a small balloon and payload. It included the balloon, parachute, payload, helium, spare balloon, test equipment, hoses, cameras, tripod, 2-way radios, tracking radios, decoders, computer, USB cables, mobile phones, car chargers and much, much more. But this is not about that story, this is launch day! We traveled to West Wyalong in NSW (Australia) and spent the night in a great little hotel ready for an early morning departure. We still had 100km / 60 miles to drive to the launch site. The first thing was to check the weather. We had already looked at a long distance forecast before setting the date as the Civil Aviation Safety Authority (CASA) in Australia have to issue an alert to pilots for our balloon. CASA have been wonderful UpLift-1 Launch site with Jason Brand age 9and amazingly helpful. A peek out the door reveals a perfect day for a balloon flight. The photo on right shot outside my hotel room reveals a brilliant day with little wind early in the morning. We packed the car and headed to Rankins Springs near Goolgowi. I had fallen in love with this little town in the middle of nowhere. With about 50 people living in town, it was just a speck on the map at the intersecting of some sealed main roads. What struck me was that it was a place that people cared about. The public places were clean and the grass cut, perfect for preparing a balloon flight.

We found a clear grassed area next to an old Railway water tank used for filling steam engines. The contrast was great – the old and the new. This story is going to be a bit instructive so lots and lots of pictures. First I had my son Jason (9) laidUpLift-1 fill - Latex Gloves out the clean plastic sheet for the filling operation. We placed items in the corner in case a breeze kicked up the corners and destroyed the balloon. We also used Latex gloves to stop acids and other oils from transferring from our hands to the balloon and potentially causing an early failure of the balloon when the UV and other chemicals in the air act on it. We could also have used clean cotton gloves. The problem there was two fold. Sweat from our hands filled the gloves and needed to be changed occasionally to prevent and drops from landing on the balloon. The second problem was that every time we wanted to use duct tape, our gloves stuck very well to the tape! That is me on the left taping the hose to the balloon to protect it and getting the gloves stuck to the tape. There were cable ties under the tape and I used the tape to protect the balloon from sharp edges. The cable ties held the balloon to the flexible PVC tube. I also had the other end of the tube over the balloon fill regulator on the helium tank. That was just sealed with duct tape.

It was then time to prepare the payload. I had decided to block off one of the port holes for the video camera as I wanted this balloon to rise quickly. I was also going to overfill the balloon above specifications to ensure that it would explode a bit earlier than normal. All precautions for a first flight. While we were preparing for the flight, Wally, one of the locals came by on his ride-on mower and remembered me calling in at the petrol / gas station a month earlier. He was excited that we had chosen his town for the launch and APRS Tracker being wrapped in bubble wrapwent off to find the kids in town so that they could join in with all the excitement. Wally was the unofficial “mayor” of the town! A lovely character that obviously cared about kids. The photo on the right shows me preparing the GPS transmitter (Amateur Radio APRS). I am wrapping it in bubble wrap as a thermal insulator to protect it from the cold at the outside air temperature at times during the flight will be between -40 (-40F) and -50C (-58F) or possibly even lower. The capsule is also made from Polystyrene so that too will provide some protection from the cold, but with openings for the camera, there will be some cold air entering the capsule. Care was taken to ensure the dipole antenna (the two gold wires) was mounted vertically in the capsule in the correct place and the small GPS receiver was on top so that it would get a strong signal from the GPS satellites orbiting the earth. The balloon was on a 10m (30ft) cord so that the antenna had no chance of puncturing the balloon. The final benefit was that the capsule would never land upside down so the GPS receiver would always be able to receive satellite signals and report its position once on the ground. Lots to consider. The batteries were also the best that we could buy. Failure was not an option and the cold can kill batteries. We also wanted UpLift-1 Tracker competethe transmitter to last for as long as it took to recover the balloon. The unit was switched on and the receiver in my car was used to checked it was operational and all systems working. The unit reported position, altitude, atmospheric pressure, payload temperature and battery voltage. All parameters where checked and normal. APRS normally will allow you to see the track on the Internet, but we were too far away from any receivers to register. That would only happen when the flight was high enough for the distant receivers to “see” the balloon – once it was high enough to overcome the radio shadow caused by the curvature of the earth, allowing “line of sight” radio signals to be heard. Similarly when we landed, we would lose the signal close to the ground. We were going to rely on the receiver in our car to pick up the transmitter signals and read the location. This would be super important in a couple of hour. More on that later. The photo at right show the transmitter with one layer of bubble wrap. Two more were added with the GPS receiver wrapped to the top – above the side that you can see the unit with care taken to get it the right way around.

UpLift-1 CapsuleThe camera batteries were charged the night before and the camera then required special care. We had it in a sealed box with desiccant overnight to ensure that there was as little moisture as possible in the camera. This would otherwise cause condensation during the flight and fog the images. It was inserted quickly into the housing and the almost closed housing was flushed with helium from the filler hose. This ensured that water in the air was removed and the housing was sealed. The camera was turned on and set to commence taking photographs – the counter on the front began incrementing every 30 seconds. Both the camera and the transmitter were mounted in the capsule. The picture shows the camera in place secured with blocks of polystyrene  and the transmitter in place with the GPS receiver at the top. The payload bay was covered and sealed with duct tape and the capsule was ready to fly. All that waited was to fill the balloon.

UpLift-1 Balloon FillWe had brought a large bed sheet to hold over the balloon in case the wind was too strong for a simple fill. The wind was light and we did not need this, but if we had we would have asked volunteers to hold each corner down while we filled the balloon. The balloon fill was simple, but we needed to measure the diameter to get the fill right. If we under filled the balloon then it might never burst or even rise fast enough and drift long distances before popping. Either way I had made a decision to lighten the payload UpLift-1 measuring the diameterby leaving out the video camera and to overfill the balloon slightly. It was, from the manufacturer’s specifications meant to be 1.2m (3.937ft) in diameter.  I was going to fill it to 1.35m (4.43ft). Since the day was sunny, it was easy to accurately measure the diameter. We simply used a tape measure across the centre of the shadow – perpendicular to the rising sun. This meant that any stretch of the shadow from the angle of the sun would not affect the measurement. In the picture at left you can see that the sun is behind me and Jason is in the right place. The local that was helping just needed to move the measure up closer to the camera to get the final measurement (the photo was a few seconds early). We had the right diameter now and were ready to remove the hose and secure the payload. The helium tank valve needs to be shut off at this point in case the hose gets pulled and the tank either topples or adds more helium to the balloon. If the tank falls, then you could damage the regulator.

This next operation was the most difficult part of the procedureUpLift-1 Securing the neck and the payload. We had already wrapped a cable tie in duct tape to lower the chance of tearing the balloon when inserted. it would secure the nylon cord that secures the parachute and payload. First though, we needed to cut away the cable ties securing the balloon to the hose – all without cutting the balloon. The protective duct tape was peeled away and side cutters were used to sever the heads of the cable ties. This kept sharp edges away from the balloon. That is me on the right cutting the cable ties away (sorry no close-ups). Once the hose is removed then the balloon needs to be sealed and secured. I have no photos of this but the fill tube of the balloon is folded once and then a second time (4 folds thick). The cable tie with duct tape that was prepared earlier was inserted in the middle of the bottom folds ready to secure the payload. I then secured the balloon and and its UpLift-1 ready to launch with help from the locals at Rankins Springsgas with three cable ties above that making them tight around the fill tube. It must be tight to keep the gas in during the flight, especially as the outside pressure gets down to a few percent of sea level and the inside pressure remains the same. I cut the loose ends of the cable ties and used duct tape to keep them from touching the balloon. The cable tie that secured the payload was looped and the payload tied to the balloon. Again duct tape was used to secure the knot holding the payload to the balloon. Nothing was left to chance. The knot used was a bowline and few half hitches – sufficient if you have the duct tape to stop them unraveling. We were ready to launch. The local mission control countdown team were assembled (all but one shy kid and a few adults) and provided the all essential countdown – that’s Wally in he green/yellow safety shirt.

UpLift-1 Launch with Jason BrandIt was a great moment. Rankins Springs’ first near space mission. The countdown proceeded with the kids leading the chant. At zero, my son Jason released the balloon and it was away. Note the old steam engine water tank behind Jason – the old and the new. At about 270 metres the distant APRS receivers saw the balloon’s transmissions and we breathed a sigh of relief that we would be able to track and recover the balloon. We saw the updates every 20 seconds on our smart phones with all the details of the flight. We watched as the balloon stayed in clear view right up to 5km. We kept losing site of the tiny white dot, but the odd reflective glint from the shiny black duct tape brought our eyes back to the tiny 1.35m (4.5ft) white dot up in the clear blue skies of central NSW.  It should be noted, that none of these photos have been altered. They are directly from a number of cameras. The colours have not been corrected! The final job was to pack the car and chase the balloon.

It was serendipity that the first photo snapped by the payload camera at around 270m (900ft) was of the town itself. A wonderful memento of the occasion.

Below is the photo from Rankins Springs. You can click on most of the photos above and below to see a large version of the image (requires that you click through an intermediate page). I have uploaded the image of the town in the highest format possible.

UpLift-1 Rankins Springs 60 seconds after launch

60 seconds after release (below). This photo looking east above Rankins Springs:

Success – UpLift-1 Recovered (Archives)

*** Retrieved from Archives *** Success – UpLift-1 Recovered

UpLift-1 Flies to 26.161km Altitude

A quick update to tell you of our success. My son Jason (9) and I did it – 26km up – 15 miles – For 15 minutes we probably had the highest thing on planet earth. We got about 1/4 the way to space! In the photo at right, that is Jason in the field with the balloon about to launch.

The weather was clear and the skies almost clear of clouds when we launched the UpLift-1 weather balloon from Rankins Springs near Goolgowi in central NSW (Australia). We were an hour late but had about 20% of the town out to help! I think that we were told that the area had about 120 people and Rankins Springs has about 50 residents.

The flight lasted about 2 hours 40 minutes and landed about 4 fields from the road and we had great difficulty in driving to the landing site.

During the flight, the electronics got to -12C (12F) and the outside temperature got down to about -50C (-58F). As it climbed out of the Jet Stream, the atmosphere warms up to a balmy 5C on a good day. The low temperature caused the battery voltage to drop to 5.2v on the normally 5.8v battery. After it warmed up on the ground, the battery voltage returned to 5.8 volts.

The maximum recorded altitude was 26.181km – 85896 feet – 16.2681 miles. More in a couple of days. Some photos below for hold you over until the full story can be posted. The tracking worked perfectly.

Launch Site:

Launch Site - Rankins Springs


UpLift-1 Fulll Path

Landing site (X):

UpLift-1 Landing site


UpLift-1 Recovery

Rejoicing with a ginger beer (soda/soft drink):

Jason and Robert Brand Recover UpLift-1

One of the recovered photos:

UpLift-1 Camera view

More in a couple of days…

The Space Show (Archives)

David Livingston*** Retrieved from Archives ***

Robert Brand – Guest on The Space Show

Robert Brand was a guest of Dr David Livingston on the Nov 1st 2011 edition of The Space Show. The program disussed Do-It-Yourself Space and was well received by all that heard it. The WotzUp website and the various missions were discussed at length during the broadcast.

The program can be hear by Click Here to Listen 

The Space Show page for the show archive can be viewed by Clicking Here to View

The page details are as follows:

Guest: Robert Brand.

Topics: Australian space history, Save Our Space Systems, old style radio dish antennas, space education outreach in Australia. You are invited to comment, ask questions, and discuss the Space Show program/guest(s) on the Space Show blog, http://thespaceshow.wordpress.com. Comments, questions, and any discussion must be relevant and applicable to Space Show programming. Transcripts of Space Show programs are not permitted without prior written consent from The Space Show (even if for personal use) & are a violation of the Space Show copyright. We welcomed Robert Brand as our guest to discuss space advocacy, space interests, education, and projects in Australia. I suggest you visit and have available the following websites while listening to this program: 1) http://wotzup.com. This site has the tabs and pages for many of the programs discussed by our guest. 2). http://echoesofapollo.com. 3) http://pluscomms.com. Click on the Space-Comms tab. In our first segment, Mr. Brand began by talking about the Global Space Network he was creating by utilizing outdated equipment such as 30 meter dishes that have been abandoned. He described his concept in detail, including costs and the likely customer base. Later in this segment, we took several calls from listeners such as the one by Roger that commented on the outstanding space education outreach projects undertaken by Mr. Brand so we moved along to the topic of kids and space education. Robert talked about 3D lunar photography from Apollo and some of his Middle School outreach projects. Later, Monroe called in to mention Team Prometheus and their satellite project as well as the N-Prize. You can learn more about Team Prometheus at www.teamprometheus.org. Kimberly emailed in requesting Robert share his vision for 21st century space awareness. Robert replied saying “making space everyday for everyday people.” Trent called from Australia to ask Robert what he thought were the greatest space needs for Australia. Robert talked about the need for disaster recovery information, data, facilities, etc. using real time space resources. In the second long segment, Robert directed us to his various websites listed at the start of this summary. We talked about Moon Bounce and Space-Quest, amateur radio , the UpLift project with balloon launches, and more. Robert went through the other programs on www.wotzup.com site including SugarShot, MissionTrax, Kidz-In-Space, and we talked about cubesat swarms and owning your own personal satellite. Later, he told us about his building a satellite tracker in his basement, he talked about holding workshops in his area to promote space education and personally owning a satellite, plus getting kids to take ownership of the technology, research, and data which inspires them with the projects, all of which is part of Do-It-Yourself-Space. Later, we talked about Australian space interests, the Australian space program, and space awareness in Australia. During the last few minutes of our two hour discussion, we talked space history, the Apollo program, the Parkes Radio Telescope, Honeysuckle Creek, the Challenger disaster, Robert’s leaving the industry and then his return to promote space education among kids. You can email Robert Brand at Robert.Brand@pluscomms.com

After you have listened, please post a comment on the following blog for The Space Show:


UpLift-1 Science Questions (Archives)

Balloon Testing UpLift-1InnerwestCourier 20111110_p07*** Recovered From Archives ***

Students get Busy with UpLift-1

We are now well engaged with one Primary School and a 3 campus college. We are hoping for more schools to come on board, but so far the results are more than satisfying.

The senior students at Leichhardt Primary School in Sydney are having a naming contest for the capsule. Y3-6 will be involved and the teachers will pick the winning student. Their picture will be placed in the capsule and sent skyward.

The students at Sydney Secondary College’s Blackwattle Bay campus have already begun to build the capsule and have participated in a workshop with me. They have also been doing some science experiments to test the materials that we will be using. More on that below.

The students at Sydney Secondary College’s Leichhardt campus will meet with me shortly for their first workshop.

The workshop outline the mission and allow students to begin with science experiments to find out what will happen during the flight and what might cause problems.

The experiments that have already been conducted at Blackwattle Bay are:

  • Testing bubble wrap at 1/100th the sea level air pressure (our thermal payload blanket)
  • Testing Styrofoam for slow decompression (for a 2 hour ascent) and then a more rapid compression (over a 30 minutes descent).
  • Testing a jig and hot wire cutter for the Styrofoam for the capsule
  • Testing a suitable glue for Styrofoam

These high school students will be making up our mission team and the Leichhardt campus will be holding a special science workshop during the morning so that student swill be able to monitor the progress of the flight and doing the science experiments on the day. There will be discussions on the tracking system and returned data. They will also get video updates on the mission before and during the flight.

I would encourage students to estimate the burst altitude from information available on the web for a Kaymont 350 gram balloon from Totex and the conditions on the day. Lower temperatures will keep the balloon aloft longer.

UpLift Weather Balloon Series (Archives)

Balloon*** Recovered From Archives ***

Posted By On 22 Aug 2011.
My name is Robert Brand and I am involved in space missions and Balloon Flights to the upper atmosphere. I don’t just read the space news and I like doing things, so Do-It-Yourself (DIY) Space was a natural. Unfortunately high altitude weather balloons don’t get into space, but they do get a long way up. Many make it over 20 miles / 30 kms and the atmosphere is so thing that it is getting close to space. My son Jason (age 9) will also be a big part of tracking and recovering the craft

The UpLift series is a record of my personal weather balloon launches in Blog form. Here you will find everything that you ever wanted to know about high altitude balloon flights, but in more of a blog form – I simply do not have the time to make it a reference site. I will try and not miss anything important and I expect that for the Australian enthusiast, there will be enough detail to even know how to approach CASA (Australia’s Civil Aviation Safety Authority) for a permit to fly. Some flights may occur outside of Australia, but if they are launches instigated by me, they will still carry the name.

The series will be numerically numbered so UpLift-1 is the first flight.

The flights will normally originate from a point in central New South Wales (NSW). They will use amateur radio tracking and where possible they will involve schools and other educational opportunities. They will carry as much scientific payload as possible and the data will be available on these pages. This will include full flight information, time, height, atmospheric pressure, etc as well as photos and videos.