Becky with the Good Launch

The 2018 HAB team, Disco Becky 44, has logged a successful launch and recovery!

Thursday night we spent a late night in the DSBF putting the finishing touches on the payload with the goal that we'd be able to roll up in Hickory, hit a switch, and be ready to go.

Alas, the best laid plans. We weighed out payload to get a quick final mass and submit our CDR and we were gloriously and inexplicably overweight! We couldn't figure out what we'd done wrong and doublechecked our previous mass budget. All was accounted for except....tape.

Somehow we'd put 270 g of tape on the payload.
Oops.

Somehow we managed to pack up everything in the DSBF and get on the road by 12:30. We had a two color tote packing system:

Pink for all the things we knew we'd need.

Clear for weird stuff we might want to grab in a hurry.

Blue for if things went horribly wrong.

After getting into the hotel to freshen up we went to CVCC for the banquet and our FULL ENGINEERING CHECK-IN that this time we were ready for. The judges, some familiar faces, didn't go easy on us but every Becky did her best!

Man, the judges look extra smug this year. Where do they find these guys?

Wake Tech had some technical difficulties so we stepped in to go early. We ALSO had some technical difficulties but Memes is a champ and just kept the witty banter going until it was resolved.

I know I'm a total pageant mom but they nailed their presentation. They also asked GREAT questions when the other teams presented. 

After the presentations we were free to go with only a tiny bit of work between us and sleep! We stopped in to buy the essentials: snacks, hotdogs and a tarp.

Then we all got back to work. It seeeeemed like our GPSs weren't working. Now, this is a big deal because even if you successfully send something to space you kinda wanna be able to get it back. Dan and Shakeia worked on the Big Red Bees while Seth waited for the go ahead to mount them. Destiny and Ruthie went over the balloon fill checklist one last time. Kevin and Oliver got sent out into the rain for a few hours to walk around with the GPS units and try to get signal. Citllali stayed up to offer moral support because all of her work was done.

We could read the GPS on the Kenwood but it wasn't on APRS. We were connecting with the SPOT but it wasn't staying connected to track. At one point everyone was googling.

At about 1:30 AM, with bellies full of miraculous hashbrowns from Ollie, we all went to bed.

Meanwhile....SOME people were having a better night. 

We were told to be at CVCC at 7 AM OR ELSE so every Becky had to be checked out and in the lobby by 6:40 AM or else they were going to live at the Sleep Inn forever. Everyone was in the minivan by 6:45 and we got to the Tarleton center and it was a GHOST TOWN. The lights were on but no one was home. 7:00 AM comes and goes...then finally people start trickling in!

We took a group photo and then it was time to get down to business.

Our payload this year has some great features. First of all one easy access switch turns on the whole thing and one green LED tells us if it's all working. The Canon was hacked to record photos and video. The TTL camera was terrible so I don't care about it. Our SPOT GPS dangles from the payload in a smaller box called Space Cat. In it is a 3D printed gyroscope that Seth designed to hold the SPOT in the perfect position. No matter how we land Space Cat always lands on her feet. Our secondary science was the BABI from GOAT with some power upgrades to make her into the BECKI. We were all a little curious to see if it would work. It worked in testing!

We were super excited when we realized our lane for filling was under a DISCO BALL! 

After one last check in we were ready to fill the balloon. Ruthieruthieruthieruthie rockin' everywhere read off the Balloon Fill Checklist and we checked our supplies.

Then it was time for the rubber (latex) to hit the  road (payload.)

Two exciting things happened while we were filling.

1. The balloon popped off the nozzle because it was WEIRDLY floppy compared to our regular balloons and Dan straight up caught it like he was a ninja Batman.

2. Our balloon was filling v-e-r-y-s-l-o-w-l-y.

Which resulted in us chilling out and telling campfire stories until we realized it was because our tank was running out of helium! 

But then finally the balloon was up and the payload was slathered in balloon tape and we were ready to rock.

The Tarleton Center is a relaxing place to fill a balloon when the weather isn't ideal but it's always stressful making that last crawl out the door with all of the pointy bits.

The rest of the launch was smooth like butter. Everyone teared up a little when we saw our little payload zipping off into the clouds!!

Luckily (?) for us our GPS issue was that our hotel was in a dead zone and all of our telemetry performed perfectly on launch day. It seems like all of the balloons popped pretty low this year. Our payload decided to conveniently land on our route home. The Womeninstemmobile followed the SPOT to the site and rejoined the Despacitowagon for the recovery. I saw the chute in the trees immediately so we knocked on a few doors until we got permission to check out the back yard and then LO AND BEHOLD THE PAYLOAD WAS JUST SITTING THERE.

Something had cut out during flight or landing so we weren't able to get all of the data we wanted. We're going through the rest.

 Another interesting science fact? We hid a hotdog in our payload by our pump. It got so hot that it COOKED and it was STILL BLAZING HOT when we got to DSBF. We cut it into sections and ate it. SPACE HOT DOG.

Another interesting thing that wasn't really all that surprising? Our pump sucked moisture into the BECKI.

And we're still really pleased with our cooler. Everything came out intact with not even a dent in the thing.

I am super duper proud of my Beckies. They were sweet to each other and patient with one another all weekend. They worked hard, followed instructions, exceeded all expectations, and kept a great attitude even during the most stressful bits.

Balloon fill checklist check

HAB launch on Saturday!

She ain't purdy but she's sturdy.

That's a terrible rhyme and I apologize.

Spencer, our machinist, has finished the payload frame and she's a tank!

He's pretty proud of it.

After a discombobulated month of ballooning, rovers, videos, visitors, weddings, and general chaos we finally all got back together 

We were concerned that March would be a stagnant month for production because of other obligations but we actually had a very productive month. Dan and Jimmy vacuum tested a lot of our new cameras and servos and we're happy to report that everything works!

Murr was not pleased that her camera wasn't talking to the computer the way it's supposed to. 

But then she got it to work!!!

Landon and Memes are doing robotic kinematics the old fashioned way. (Good luck to Landon on his upcoming FRR.)

And we have the (final?) revision to our robotic arm and Spencer will start machining it next week! 

In the month ahead we have a HAB launch and a week at Kennedy Space Center. 

HAB 2018

Here's why we use coolers for our payloads. Everyone swears that tiny bit wouldnt've come off if I hadn't put a rock in the payload unsecured. (But I'm glad I didn't leave the Canon in!)

Swarmathon Code is in!

Two weeks ago we had some decent code. Last week it turned into promising code. This week we have something worthy of the competition. 

Testing was challenging again this year. The team worked within the bounds of the time we were allowed to be on campus. Obstacle avoidance takes on a new meaning when you have high winds, snow, and a severe lack of power cords in your testing arena.

Man's not hot (never hot) but he was pretty chilly on the last day of testing. Nothing like some late March snow/sleet to get the blood pumping for Swarmathon!

The team was caught unaware by a sudden cold snap and had to wear all of the coats I had been hoarding in my office.

Our final code was submitted at 11:58 pm. 

Now all we have left is the video, technical report, and outreach report!

Yee! Yee! 

Skkkkrrrrrrt. Pop! Pop! Pop! Pop! Pop! 

Swarmathon: Deadlines soon!

Don't disturb the Dan.

Space: the Vinyl Frontier

We spent a small amount of our hard-earned 'extra' money (read: from chopping Dan's hair off) on a photo backdrop that we can use as a stage piece for our outreach, as a super-authentic vignette for our team pictures, and as a general morale booster in these weeks of frustrating testing:

(Viewers should not be alarmed by the lack of EVA suits on our team; Julie has been properly trained and equipped, and is safe from both depressurization, hypoxia, and cosmic rays.)

SUBLIMINAL MESSAGE: EVERYONE COME TO OUR FUNDRAISER THIS SATURDAY 24 FEB. ALL YOU HAVE TO DO IS BUY BEER AND THEN DRINK IT.

We isolated the issue with our first servo test (we're convinced that we were just asking too much, mechanically, of our servos) and have Ol' Foamy ticking happily along, as you can see in the video below:

More like a FUN-raiser

Resting Our Eyes

Generally speaking, testing days are some of the least fun and most necessary parts of the work. It's never as quick as one hopes, often fraught with nested, independent hurdles, and any progress we do make seems vastly disproportionate, in the bad way, relative to the effort required.

Ol' Foamy (sans eyes). Also n.b. the egregious amounts of caffeine and junk food that fuel serial Saturday workdays.

Ol' Foamy's job is to hold everything in place while we test two of our servos. We installed a wooden arm on each, to which weights can be attached so we can get a baseline idea of how they perform in vacuum while under load. Note the successive layers of tape; this is rapid prototyping at its finest. Handsome Dan did a great job whipping together the original test stand in an hour, and we've been improving on it every test day.

Documentation! is! important!

Keeping in mind that this is essential to the project's success is sometimes difficult. We occasionally take breaks, though, to shore up morale. Today we rested our eyes a bit; we've been selecting googley eyes that are right for "Ol' Foamy", our test stand, so that its constant shaking and gyrations will be more amusing. (I forgot to take pictures of the end result, but will post them later.)

Here are a couple photos from today's break. I decided not to try it as a selfie for reasons that may be apparent:

No hard feelings!

Soham cut off Dan's much beloved man bun today. More on this story in a bit!

Disco Beckies Pass Their PDR

Yesterday was a big day for the Disco Beckies because they had their first PDR for the HAB project. 

They'd been working on getting things up and running and feeling pretty good about their prototyping and design, but still, the PDR is always the true test.

Things were pretty tense during the teleconference but Dan, Seth, Kevin and Oliver did a great job when it was their turn to speak.

The judge liked our designs and offered some feedback to help us improve our power management and water resistance.

Everyone was giddy with excitement when it was over and Seth and Oliver took the opportunity to give an impromptu hull bongo performance.

Oliver got his shirt in the mail! It's incredible!

NASA Spotlight: Interview with Peter Sooy

Images courtesy of NASA Satellite Servicing Projects Division

Last Tuesday, Julie, Jimmy, Dan D., and I attended a meeting at Goddard where members of the Satellite Servicing Projects Division met with industry partners to discuss private sector uses for their technology. There's not a whole lot we can tell you about what we learned, but I can say that yet again everyone at NASA was wonderful, welcoming, and incredibly helpful and that we gathered some information that will be  useful as we start testing our robot arm and refining the design. We even got to have lunch with Zakiya, who gave us the tour of SSPD in December, and peppered her with questions about interning and why not to use certain types of grippers on our arm.

During our time there, I was able to sit down with Peter Sooy, the Education and Public Outreach Coordinator for SSPD. He was generous enough to let me interview him about life at NASA and to provide some advice for people who want to join the agency.

What is your position with NASA and what does it entail?

My official title is Education and Public Outreach Lead for the Satellite Servicing Projects Division. So what does that entail? Interacting with student groups, so that’s the education part. I give tours to students of all levels of our robotics operation center. I just counted up- in 2017, we had 239 tours that we gave to 3,002 people. And I don’t know how many I gave, but I probably gave 50 in a year and all the other ones I coordinate. I do all the scheduling and coordinating tour leaders, so that’s the education part.

The public outreach part is going to events and running a booth or exhibitions. We go to, like, three to six events a year. They're either local, like in DC, or national. We’ve been to SXSW, we’ve traveled to other places. We run a booth and I coordinate the volunteers then ship everything out and run the booth. It’s a way to promote our office, to promote satellite servicing, and if along the way we meet a young engineer and they say, “You know, I love this and I love you guys!” we always say, “Yes, please!” I give out my card and if they're willing to travel to DC we try to accommodate student groups as much as we can.

What is your educational background?

I have a Bachelor’s degree in Journalism from University of Maryland just down the road. I graduated in 2009.

What are your favorite parts of your job?

I’d have to say the pace of it, being able to be at an event like this today where I can talk to a bunch of professionals from industry and then the next day give a tour to a bunch of 8-year-olds.  It’s just having a lot of different things to do and its exciting, fast paced, and different. It’s not the same task everyday so it doesn’t get boring.

What are some perks of working at NASA that we might not know about?

There are perks! In addition to going to events, which are very cool, sometimes you get to see exhibits or famous people. Going to launches, I’ve only been to one, but it was really cool. That was a really cool perk. Last year we had a project go up to space station that launched from Kennedy. It was a SpaceX launch from Pad 39A, which is where Buzz Aldrin went to the moon. They brought him to the launch and I got to meet him which was an additional perk. When I started working here, I never thought I’d get to meet Buzz Aldrin, so that’s an easy perk to pick out.

What are some challenges you face at work?

Staying focused and keeping a broad vision, not getting tunnel vision on one event for one day and keeping everything moving with a lot of different tasks going on at once. Sometimes that can be problematic for me, where I focus on one task and then something that I’m not focusing on can have the ball dropped. So staying on track and organized and aware.

What surprised you most about working at NASA?

I don’t know about for all of NASA, but definitely for this division it’s the people. I expected, even as a kid, the people at NASA would be smart, but I’ve worked in other industries with smart people but they haven’t been nice to work with, they were difficult and mean and rude. The people here are very nice. So in addition to being highly intelligent they’re nice to work with and I’ve really run into few people that are hard to work with which is rare.

What is the most expensive thing you’ve touched?

Um…to be honest they don’t let me touch a lot of things, I’m not an engineer. But we have some expensive stuff in our robotics facility that needs to be covered up to be photo safe, so nothing sensitive is showing. The other week I did go in and cover up out robotic arm, our cutting-edge robotic arm, under supervision of our engineer. I wore my little gown and wrist strap and I covered it with safety bags. I didn’t get to touch it, but it does cost upwards of $5 million so…that was expensive!

What is your favorite thing in the cafeteria?

Not very exciting but the Subway. The Italian BMT is my favorite thing.

What advice do you have for students that want to join NASA?

I get asked that a lot, so I always tell kids to pursue what you enjoy. If that’s engineering, that’s great. Truthfully, most people who work at NASA are engineers. But if it’s your dream to work here and you’re not an engineer, just keep trying. This is a big agency there’s almost 100,000 people at all of NASA so to keep all that working you need more than engineers, you need business people, you need communications people, you need human resources people. I always tell people to keep trying, to not give up on their dreams. If you really want to work here, you can in some capacity. So you may not be the one touching the hardware but you might be the one helping write the contract for publicizing the hardware. It takes a village to make this all work.

Which NASA center is the best?

Oh man! I think Goddard is. For work-life balance, I’d say Goddard is. I’m an East Coast person, I’m local to the area so I like being near D.C. but being out here with all the green space is kind of like Mayberry, very nice.

If you’re going for mission and all that …I’ve been down to Kennedy and I did like Kennedy. It’s in the middle of nowhere in Florida. For a day trip? I’d say Kennedy, that was nice. I’ve been to JPL, LA is hard to beat but I like Goddard.

Thanks, Peter, for letting me pick your brain and thanks SSPD for having us. We hope to see you again soon!

We're in!

Without further fanfare, we've been fully accepted to the HASP 2018 flight.

This is exciting for many reasons:

1. we were competing for one of the coveted 4 large payloads (HASP features 12 total seats, 4 large and 8 small)
2. we're going back to space (and, by extension, NASA facilities in New Mexico, Texas, Maryland, and Virginia)
3. our payload proposition is much more ambitious this year, and much closer to state-of-the-art than our tamer atmospheric experiment, GOAT
4. WE WERE FULLY ACCEPTED on the first try with ZERO NEED FOR REVISIONS. For contrast, our proposal for GOAT came back with 4 pages of comments and to-dos, which turned into a solid month of work.
5. Not only do we have ZERO REVISIONS, the comments were utterly glowing:

This is particularly validating, as we have always striven for excellence in our technical writing. We put a lot of time into our paperwork, since we believe that strong communication is particularly essential in the world of grant-funded, public-outreach-oriented science. Our HAB team was awarded "Best Documentation," something we're still proud about years later. Making our way onto HASP's website as an example has been our ambition from the get-go. (We'll see if we actually get there, but even being recommended for it is high honor.)

Thanks to all the reviewers and administrators of the HASP program: y'all do a lot of work for us students, and we deeply appreciate it. Project-based learning like this is excellent experience for life.

Those of you watching from home may recall our earlier post about what our project actually is: we're flying a robot arm of our own design & manufacture.
During flight, the arm will be autonomously running through repeated dexterity exercises, using its own on-board camera 'eyes' and computer 'brain' to flick switches, press buttons, turn knobs, and grasp and move blocks.
We'll be measuring its performance to see how well it holds up over the entire flight, since [near-]space is a harsh, harsh place even for handsome robots:

• heat can build up, especially with the sun hitting us full-blast, 
• electronics might misbehave, and 
• our semi-liquid lubricants will exposed to an environment that really doesn't encourage anything staying as a liquid. As anyone who's read or seen The Wizard of Oz can attest, machines with moving parts really don't work well without lubricants.

Now we've got to go actually try and build this thing. We're only a month or so behind, so stay tuned for some high-quality panicked flailing.

Spotlight on HAB

One of the other science teams at Durham Tech is working on a project called High-Altitude Ballooning, or HAB. These crazy kids are hard at work right now on their Preliminary Design Review. The team is lead by Dan K., also of the Unacceptable Risks and Durham Programmabulls. Spencer is the mechanical engineer, Oliver the camera guy, Ruthie is tackling documentation, Chris is the parachute guy, Citlalli and Kevin are the wind trackers, and Destiny the social media rounds out the bunch. Stay tuned for more news from the HAB team as they tackle this project!