Tag Archives: MIT

August 2018 meeting

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The Reaction Research Society (RRS) held it’s monthly meeting on August 10, 2018 at the Ken Nakaoka Community Center. We were very well attended with four new people including returning member, Jim French. I was unable to attend the meeting, but other council members gave me their notes.

The RRS meeting got a late start at 8:00pm. (Our starting time is supposed to be 7:30pm.) The agenda items were not covered in order, but the list of topics to be covered were as follows:

[1]
This was to be a discussion of the 2018-07-21 launch event that the RRS held at the MTA with LAPD CSP and the student group at Watts. The event was successful with both the student alpha launches and a few RRS member alphas with payloads. The event was summarized in a previous article. A few things could have been done better which will make future events go more smoothly.

[+] A single, simpler briefing to the kids would have been more effective. The kids in the student classes do pay attention at the events (which is great) but the RRS is giving a lot of redundant information and a more concise presentation delivered by only the pyro-op will be far better than having three people talking at the same time.

[+] Also, every person conducting a launch or hot-firing at the MTA must submit a detailed proposal to the pyro-op for review at least a week in advance and gain the RRS and pyro-op’s approval PRIOR to coming to the event. The RRS used to be even more stringent on this requirement. The use of the RRS standard record form is required to be filled out by the experimenter for review by the pyro-op. The RRS requires advance preparation and there is no reason why this can not be done by all participants.

In recent times, our pyro-ops have been very casual about this requirement and have been kind enough to review things on the spot, but this was always at the pyro-op’s discretion. The pyro-op is the single and solo authority for what is and isn’t done at the launch event. The pyro-op should be the most informed individual about what is going to be attempted at the MTA.

The RRS has a Standard Record Form available on this website under the Membership tab of the Homepage and under the subheading of Forms. This downloadable document gives members a basic framework for the detailed information they must provide to the pyro-op describing their project and its goals. The RRS encourages members to present their proposed projects at the meetings and be very detailed in any reports submitted to the pyro-op and RRS president. The RRS wishes to keep good records to benefit the society and future projects.

RRS – Membership / Forms / Standard Record Form

[+] In future events where we have the student launch event conducted first, we should not plan nor conduct any events before the student launch. Getting back to an earlier point, having launch and hot-fire events declared, reviewed and scheduled days in advance will help make RRS events go more smoothly and safely. Years of experience at the MTA has shown that tasks ALWAYS take longer than planned and too much waiting can make coordination of large groups unnecessarily difficult. Therefore, having our coordinated events go off first without distractions from other planned activities will make it easier for our pyro-ops to conduct their duties and make our participants be more organized in their projects.

[+] The extreme heat of mid-July made it very difficult to conduct operations but having the motorized cart to shuttle the pyro-ops to and from the launch site made a critical difference. Bringing ice in the summer is a necessity. Having everyone well prepared for the hot weather continues to be the best advice.

[2]
Chris Kobel who is a member of Rocketry Organization of California (ROC) shared some advice for pyrotechnic operators (pyro-op). Chris has been a pyro-op for over 10 years and is pretty active with amateur rocketry. Safety was the primary emphasis of his presentation. He also mentioned a key point of contact at the Office of the State Fire Marshall (OSFM) of California, Tom Campbell. Mr. Campbell is very important authority at the California State Fire Marshall’s office who can answer important questions. Chris and the other pyro-op members at ROC were also willing to counsel RRS members interested in becoming pyro-op’s.

The RRS was glad to have Chris give our membership a wealth of information. We look forward to working more with Chris and ROC in the near future as the RRS is expanding our roster of pyro-ops for our growing events.

[3]
Osvaldo’s flight telemetry from his alpha flight on 2018-07-21 was briefly mentioned at the meeting. It was good that the flight was successful that data was taken. Given the time constraints, he’ll give more details at the next month’s meeting.

[4]
Progress on the RRS alpha parachute systems and future attempts was to be detailed by both Osvaldo and Larry who each attempted a unique recovery system built into the small confines of the alpha payload tube. Again, insufficient time was available at this meeting and this event can move to next month.

[5]
Sam Austin gave a presentation of MIT’s solid rocket launch and his upcoming liquid rocket hot-fire. Sam is here in Los Angeles for the summer on his internship, but managed to find time to launch his rocket from the FAR site on the same day the RRS held our launch event on 2018-07-21. The MIT team’s custom-built solid rocket motor (O4000) made from scratch reached an altitude of 33,132 feet as confirmed by dual altimeters. The vehicle weighed 121 lbm at liftoff and reached a peak velocity of Mach 1.8.

MIT’s rocket launch from FAR on 2018-07-21

MIT team poses with their rocket, 2018-07-21

Sam described a rough order of operations for their solid rocket grain making process and detailed their recovery. The rocket touched down safely 2 miles away and was fully recovered. The MIT team was elated and attributes their successful launch to careful design, many hours of testing that went into every component. The RRS is happy for MIT’s success and hopes they will test at the MTA with their next rocket.

[6]
There will be a liquid rocket hot fire testing on August 18th at both the Friends of Amateur Rocketry (FAR) site and the RRS MTA. Sam Austin has been working on his liquid rocket motor to test at FAR, next door to the RRS MTA site. Richard Garcia has built a small liquid motor for what could become the RRS standard liquid rocket design. Our two members have agreed to share resources and the hot fire events will take place on 2018-08-18.

Both projects will use a nitrogen K-bottle as their pressurization source and will share a liquid oxygen dewar to provide the oxidizer to both of their engines. Richard’s and Sam’s liquid rocket motors will use kerosene as a fuel. Richard’s design is a 1000-lbf thrust design with an assumed chamber pressure of 300 psig.

Sam and Richard have put a lot of work into these projects and we hope they have success. I plan to go out there to help document the event for a new posting to come shortly after.

[7]
The meeting was to discuss upcoming RRS launch events including the next one with LAPD. Frank has said that the next event with the LAPD CSP will be with the Boys and Girls Club. LAPD CSP is also working on setting up another school group in Watts for an RRS event. Specific dates were not yet set, but that information will be coming soon. We will post announcements of forthcoming launch events in the “Forum” section of this webpage.

[8]
RRS Instagram and YouTube account guidelines have been generated by RRS treasurer, Chris Lujan, and are now being reviewed by the RRS executive council. The idea of creating an RRS media manager position was proposed and accepted by the council. The RRS is considering offering this new position to RRS members, Bill Janczewski and Alastair Martin, who both have put forth a great deal of excellent work for the society. The RRS executive council will vote soon to better our social media presence to help our outreach efforts and give our followers a better view into the society.

Richard Garcia shared access information with the executive council on the existing social media accounts that the RRS has including Facebook and YouTube.

The RRS executive council now has access to Instagram and will be sharing photos from events more easily and quickly with our public audience. I have already begun to load photos I’ve had from recent events. More of the RRS will be posting to Instagram very soon.

Subjects not on the agenda included:

[BONUS 1]
The RRS will start to hold special Saturday morning seminars for special topics that can be covered in more depth outside of our monthly meeting. These bi-monthly sessions will take some work to coordinate, but should allow more of our membership to enjoy the quality of talks that we have been privileged to enjoy. Jim French agreed to give the first of the RRS Saturday seminars at a date to be determined very soon. Jim was a member of the RRS 25 years ago and we’re happy he’s come back to join us.

book by RRS member, Jim French

James R. “Jim” French also has the distinction of being a rocket engineer for over 60 years and worked at TRW on the Apollo program. He wrote a book about his experiences called “Firing a Rocket”. This first RRS Saturday seminar will be a great presentation to start this series. The date will be announced soon.

[BONUS 2]
I have been able to get the top and bottom plates made for the RRS ballistic evaluation motor (BEM) which will be a key part of the SuperDosa project and the RRS having the ability to take accurate burn rate measurements at the MTA for future motors. I am thankful to Matt Moffitt of CNC Specialty Machining in Huntington Beach. I hope to have the cylinder piece in the RRS BEM machined soon. This will likely require lathe work. Osvaldo is also looking into getting this part made. It is my hope the RRS BEM can be completed by the next quarterly update of the SuperDosa project in October 2018.

Top and bottom plates for the RRS BEM just back from the mill.

I have heard that Jack Oswald is trying to get into testing his large solid motor with an improved design. The RRS may have more to present next month on this subject.

[BONUS 3]
I wanted to bring a special device I bought from Additive Aerospace called a fly-away rail guide. I was introduced to this device by David Reese of ROC. Although the RRS has a very effective box-type rail launcher at the MTA site which will remain our standard technique, I decided to attempt a new method of launching an alpha just to get a longer guided path on launch.

Additive Aerospace – fly-away rail guides

This device allows a rocket to be fired from a extruded aluminum rail launcher such as the one we have at the RRS MTA, but without having to permanently attach the round launch buttons to the rocket itself. A spring-loaded clampshell piece goes around the rocket with a launch button on either side such that the clamp is closed when the rocket is on the rail. As the rocket takes off, the fly-away rail guide goes with the rocket along the rail launcher until the buttons clear the rail and swing open releasing it from the rocket as it speeds away.

Fly-away rail guide from Additive Aerospace; custom-built for an RRS standard alpha rocket, shown in the open position.

These devices are intended for common model rockets of the standard metric sizes (38mm, 54mm, 76mm, 98mm). I had this rail guide customized to fit an RRS standard alpha rocket which is slightly smaller than the 38mm size at 1.25 inches in diameter. I hope to demonstrate the fly-away rail guide device with a loaded RRS alpha from the 12-foot rail launcher at the RRS at the next event. I will relay my findings to the society and back to Additive Aerospace who is very interested to see how their design can work with the RRS micrograin rockets.

[IN CLOSING}

Meeting adjourned at 9:16pm which isn’t too bad. Our hosts at the Ken Nakaoka Community Center continue to graciously allow us to finish up despite the center’s closing at 9:00pm on Fridays. The RRS should seek to better finish on time as the staff at the center need to go home.

The next meeting of the RRS will be held on September 14, 2018.

For questions, contact the RRS treasurer, Chris Lujan.
treasurer@rrs.org

June 2018 meeting

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The RRS held its monthly meeting for June 2018 on Friday the 8th at the Ken Nakaoka Community Center in Gardena. We were well-attended but got a late start on the agenda items. Wilbur Owens came back to see us again and has decided to become a member. Mohammed Daya who has joined the RRS also was able to stop by before the meeting started just to say “hello”. We were also glad to have Sam Austin back in town. Sam is a student at MIT interning at SpaceX this summer. He also paid us a visit both at the MTA on June 2nd and at the meeting tonight to discuss the liquid motor he built. There was lots to talk about at this June meeting between our outreach events and the hot fire valtrex testing.

RRS discussing things before the June 2018 meeting starts

A lot to talk about at the June 2018 meeting

[1] The RRS event at the Two-Bit STEAM Circus in Hawthorne was quite a success. The RRS was a bit short-handed, but we have great volunteers that stayed busy the whole time. The air rocket launcher was one of the big hits at the Circus event and we have been invited back for the next event in September. Frank made some improvements to the paper rocket template that is cut, folded and secured with tape to make the narrow tubes with attaching fins that comprise a paper rocket for the pneumatic launchers we have. The build process can be challenging for some, but it always is satisfying to see the finished product fly. The RRS is glad to have these events and we will surely do more.

Here’s some photos that Osvaldo took at the event.

RRS at the Two-Bit Circus STEAM Carnival in Hawthorne, CA. Frank works with kids to make the paper rockets for the RRS air launcher.

The air launcher is made ready to fire a paper rocket.

On a side note to this topic, USC is having a CRASH STEAM Carnival in 2019. We were invited to attend this year’s carnival, but the RRS is shorthanded and couldn’t support. We hope to expand our society to be able to come out for more events across the great city of Los Angeles. We’ll have more information on this event later.

[2] UCLA held their launch event at the MTA on June 2nd. The event was two-fold, it was the final project for the UCLA rocket propulsion class taught by Dr. Spearrin. It was also an opportunity for the UCLA Rocket Project team to static fire their hybrid motor. The event was a success for the class with the winds being nearly calm for most of the day. The small hobby rockets with F-sized motors reached good heights without being carried too far by the winds. Each had an altimeter and a hard-boiled egg as a payload that had to be safely recovered. Most were successful, but others not so much. A full write-up was done on an earlier RRS posting.

RRS MTA launch event – 2018/06/02

As a further note, UCLA was using a Jolly Logic Altimeter 3 model in their hobby rockets. These devices used by UCLA have proven to be very reliable and easy to use. The RRS will acquire some of these to fly in the payload tube of an alpha rocket to see what heights we reach in this micrograin mainstay rocket of our society.

Jolly Logic Altimeter 3 – manufacturer’s site

After UCLA’s static firings of their hybrid motor, the RRS flew an alpha rocket with a parachute system. This is a first in a long time. Osvaldo’s design had a safety switch to engage the battery only when the rocket is loaded to prevent it from getting depleted in waiting for launch. The parachute system also had a pull pin to start the timer circuit when the rocket lifted out of the rails. Osvaldo did bring another prototype of the alpha parachute system to discuss its features at the meeting, but we didn’t have enough time.

Osvaldo’s parachute deployment circuit that fits in a standard alpha rocket

After the June 7 launch event at the MTA, Osvaldo managed to find an RRS standard beta launched by UCLA last year. Although the payload segment sheared off in the extraction process, the nozzle is the precious part that can be http://pted.org/Propecia.php cleaned up and reused.

RRS standard beta recovered from the RRS MTA; payload segment was not recovered

Osvaldo was also kind enough to make the adapter piece necessary for testing the RRS standard alpha second-stage solid motor I designed in the horizontal thrust stand at the next event. With this simple doubled-ended adapter that goes in place of the nose cone, the second stage motors once finished can fit into the load cell adapter and the RRS can get thrust measurements. Chris Lujan is working on a sucrose-KN solid grain and Larry Hoffing is working on an AP/HTPB/Aluminum motor grain. I have done the preliminary calculations for both and pressures should be appropriate for the 1.75″ aluminum payload tube. More discussion on this topic in future posts.

RRS alpha second-stage load cell adapter piece for the horizontal thrust stand. It goes in place of the nose cone.

[3] The next RRS build event with the LAPD CSP officers will be with another group of kids in the Jordan Downs housing projects of Watts. We’ll get started next week, 6/15/18, and run six educational sessions on Friday’s and Saturday’s until the launch event at the end of the program at RRS MTA. This will take place on July 21, 2018. This had to be re-scheduled due to the extreme heat predicted for the original date of July 7th.

The students will paint and assemble a set of RRS standard alpha rockets. More alpha rockets means more fun for our guests and also more opportunities for our RRS members to try payloads. It’s my hope we can demonstrate another (https://openoralhealth.org/ativan-lorazepam-without-a-prescription/) one of Osvaldo’s parachute systems and fly an altimeter chip if we can secure one in time.

Richard Garcia said that he already has an Eggtimer Quark chip which has an altimeter. I had the chance to meet Cris Erving of Eggtimer Rocketry at the last Rocketry Organization of California (ROC) launch event in Lucerne Valley on June 9, 2018. I hope we can get an altimeter payload ready to fly in a standard alpha payload tube by the July 7th launch.

Eggtimer Rocketry

Rocketry Organization of California

[4] The new RRS membership card design has been finished. Many thanks to Bill Janczewski for pulling this together. We have had a few requests for membership cards from members and the RRS has agreed to produce these only on demand.

Jim Gross will be the first recipient of this new style of RRS membership card. This year’s design has the 75th anniversary watermark on it.

The new 75th anniversary RRS membership card

There was some general discussion about the payment of dues. Even as we are growing in membership in our society, the RRS has not been collecting dues on a regular basis. We’re content to primarily use the honor system and gentle reminders to our membership to pay their annual dues of $40 per year or student memberships at $20 per year. It is this small revenue that helps the RRS stay on top of our bills. Student memberships are good as many university projects can require multiple tests at the RRS MTA which is covered with signing the RRS indemnification form and paying membership dues to the RRS.

All membership applications must be sent to the RRS president and approved by the RRS executive council.
president@rrs.org

Payment of RRS dues ($40) and the added cost of a membership card ($5) can be done by check and through the Paypal donation button we have on the RRS.ORG website. It’s important to make a note on Paypal that you’re paying your Membership Dues. The extra price of $5 for membership cards is pretty small and compensate for the cost of low-volume production as most members may not opt to get one. To those desiring a membership card, please contact the RRS secretary.

secretary@rrs.org

For all of our regular membership, I had proposed that the RRS return to using membership cards which were used in the past in the society. Membership cards were issued to all members upon payment and re-payment of their annual dues. This provides a physical mechanism to verify that each member is in good standing with dues paid. The membership cards would have their name and an expiration date that says when annual dues must be paid again.

Although some felt the idea had merit, others felt that we should continue to have the council take the initiative to track payments and remind members to pay their dues as we have been doing. Since members join at different times in the year, this can get complicated but we will rely on members to stay on top of this.

It was a good discussion that also raised issues about what constitutes “active status” in RRS membership and our broader membership policies including corresponding membership for those who live outside of the Los Angeles area but want to remain a part of the RRS in some capacity. It was agreed to revisit this broader topic in the July 2018 meeting as some of our newer members may not be familiar with the past and current membership policies at the RRS.

[5] Sam Austin gave his presentation the Hercules Rocket Engine project at MIT. His liquid rocket propellants are LOX and kerosene. Sam was kind enough to bring his liquid motor that he is finishing. It’s a 500 lbf, 600 psi LOX-kerosene engine with an unlike impinging injector. His stainless steel chamber with a graphite nozzle insert ought to hold up to short burn durations. Everyone was able to inspect the injector, chamber and nozzle parts that Sam made at the MIT machine shop. The delicate work to get a clean injector pattern was impressive. He’ll be water flow testing the injector soon to verify that everything looks right.

The RRS recommended Specialized Coatings, a ceramic coating vendor in Huntington Beach, that we have used with success in the past on alpha and beta nozzles.

Specialized Coatings – Huntington Beach, CA

Sam Austin’s liquid motor nozzle with graphite throat

Sam Austin’s injector assembly for his liquid rocket

Sam is still working on the propellant feed system. He already has a pair of liquid carbon dioxide vessels that are of the right size. After safely removing the original valves and getting the rest of his control plumbing, he will hopefully have what he needs to conduct testing at the RRS MTA or at FAR next month in July 2018.

There were a few questions about different features of Sam’s liquid motor, but overall it looks like it should work. Sam is getting prepared to finish the propellant supply system for a static fire of this rocket motor. With luck, he should be able to get into hot-fire at the RRS MTA or FAR site next month and hopefully before he returns to MIT in the fall. We are glad that Sam has decided to join the RRS as a student member.

The RRS membership had a few suggestions for improvement and a few recommendation for low cost regulators, ball valves and relief valves that have been used in other amateur and professional projects.

[+1] We managed to talk about one bonus topic by showing the video from the vertical static fire of the vehicle-sized solid motor by Jack Oswald and his team at the RRS on Thursday, June 7th. The video clearly shows a nozzle failure after two seconds from start, but it seemed that there may have been grain fracture leading to a partial blockage of the nozzle and then the resulting pressure surge shattered the nozzle. We may upload the video to our YouTube channel once we ask Jack and his team. Hopefully, Osvaldo can extract a few still photos from his footage. I think some of those stills will show an impressive start followed by a change in the flow pattern and abrupt failure with ejecting fireballs of propellant that followed. The RRS works safely and are glad to have our own remote testing site like the MTA to do these larger projects.

Sam’s presentation was very engaging, but we ran out of time before the Community Center closed at 9:00PM. We did not address all of our main agenda items or some of those added at the last minute. We will roll these topics to the July 2018 meeting.

* Osvaldo’s alpha parachute system and the video of its launch on 6/2/2018 at the MTA
* Getting a sign at our first metal gate as you reach the MTA
* Saturday morning seminars for members and how to get those started
+ Richard’s progress with the RRS standard liquid rocket
+ Discussion about the 2019 symposium

+ We did agree to discuss the topic of RRS membership policy and what constitutes being an active member.
+ Also, on the meeting agenda for July 2018 is the quarterly update on the SuperDosa project. I hope to have something ready to present by July 13th.

If there is anything I have missed or misstated, please let me know:
secretary@rrs.org

Again, we will have another launch event at the MTA on July 21th with the LAPD CSP program and member projects to be discussed later.

The next monthly meeting will be July 13th at the same place and time (7:30PM).

July 2017 meeting

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The RRS held its monthly meeting last night on July 14, 2017 at our usual spot at the Ken Nakaoka Community Center in Gardena, CA. We got started a little late, but we covered all of our agenda items.

We have two new members, Drew Cortopassi and Alastair Martin, joining the RRS. Both were in attendance at the meeting and we were glad to have them join us.

***

Larry gave us an update on the RRS alpha build event we’re doing with the students of Jordan Downs in Watts. John Mariano gave his presentation last week and Larry has started the build event portion. This event has been sponsored by the Los Angeles Police Department’s Community Safety Partnership (CSP) which will be bringing a lot of talented kids from the inner city of Los Angeles. Local television crews filmed the event and the final day of painting of the student rockets is happening today. We hope to have the video spot on our YouTube channel very soon.
propecia

Jordan Downs build event with the RRS

LAPD CSP – About Us page

The students from Jordan Downs will launch 10 alpha rockets with one more alpha launched by LAPD. It will be a great day next Saturday, July 22nd, at the MTA.

Jordan Downs alpha rockets painted and ready

To any school or private group that would like to conduct a rocket build event with the RRS, please contact us at:
events@rrs.org

I will be launching an alpha of my own at the event with a PVC payload section. Our director of research, Richard Garcia, and RRS treasurer, Chris Lujan, were helping me with some payload issues I’m resolving.

Dave Crisalli has also been working with students at the Chaminade College Preparatory School in Chatsworth, CA. They have built a solid rocket motor to test at the MTA on the July 22nd event. Dave was a graduate of Chaminade and has been our pyro-op on many MTA launch events.

Chaminade College Preparatory School

Our discussion moved to the details of managing the upcoming launch event at our Mojave Test Area (MTA) on next Saturday, July 22nd. This is a private event, but we host these with many students, universities and private individuals with our membership.

We had discussed how the launches should be conducted as early as possible to avoid what will likely be an oppressively hot summer day for our young students. All of our invited attendees should make an extra effort to be at the MTA by 10:00AM, which means leaving the city before 7:00AM. There were also concerns related to safety once we get into launch mode. Once the safety briefing is conducted (likely around 11:00AM) and all people are moved into the observation bunker, the roads will be closed to traffic. No one will be allowed in or out until the last volley is fired as is our policy.
order xanax
Attendees at the MTA are recommended to wear hats and sunscreen at all times. Bring as much ice and water as you can. And most importantly…drink this water and fluids as often as possible. Many people don’t know they have become dehydrated until after the ill-effects set in (then its too late). Drink often even if you don’t feel like it.
https://wichitaorpheum.com/flagyl-online/
***

I gave a short update on the SuperDosa project. We have decided to build a ballistic evaluation motor (BEM) to have the ability to conduct propellant evaluation tests. There are a few different approaches to getting accurate burn rate data, but I felt that the BEM approach would be the most beneficial despite the added complexity. Osvaldo has the plate and round stock I bought for this small but tough little test rig. Richard Garcia is working on the dust recovery and ducting to restart his graphite machining capabilities. I hope to get a few nozzle pucks made and hopefully begin testing this fall.

RRS ballistic evaluation motor design concept

More work in trajectory and performance modelling needs to be done. The details on the initial SuperDosa design are still a bit in flux. Neither Richard nor I had any progress to report on this front.

The discussion moved to propellant procurement. We are looking at acquiring some AP oxidizer which shouldn’t be a problem. The HTPB binder chemical, however, has really climbed up in cost. PBAN is another option we’re considering. Someone mentioned asphalt was used in the early days, but it’s not clear what the disadvantages are.

We had briefly discussed making rocket candy just for the initial samples to test and qualify the BEM test rig. It was decided that Chris Lujan would cook a small batch of sugar/KNO3 at the MTA and pour into some 3/4″ PVC sample cases. I hope to be able to document the process and present this in a report. This is a common mixture, but the purpose is to help more people become better at this task. Many of our members have experience in making the rocket candy mixture, but it helps to standardize the process and always watch out for safety issues.

MIT student, Sean Austin, was in attendance at the meeting. He had mentioned his university lab had built a strand-burner to test propellant samples. They had a lot of issues getting reliable test results, but he was happy to share their design with the RRS. A strand burner design is simpler to make and if the RRS has the right materials and tools, we may build a strand burner to supplement our BEM.

Richard Nakka’s rocketry page has a lot of great details on this subject of solid propellant burn rate testing methods and data collection.

strand burner
Nakka – strand burner test rig

ballistic evaluation motor
Nakka – BEM concept illustration

solid propellant, burn rate testing, in general
Nakka – burn rate testing in general

***

Four members from the UCLA IREC team came to present their results from this year’s competition at Spaceport America north of Las Cruces, New Mexico. The rocket launch competition is supported by universities across the country and the event is managed by the Experimental Sounding Rocket Association (ESRA).
2017 IREC competition – Spaceport America

I had asked UCLA to come show us the fruits of their team’s hard work done at the RRS MTA. UCLA had some issues resolved, but ran into other problems at the launch site. Heat was a factor which resulted in the payload computers not working. A great deal was learned and UCLA will surely leverage these lessons into next year’s build.

UCLA presents IREC results to the RRS

UCLA presents IREC results to the RRS

The RRS would like to thank UCLA students, Nakul Gupta, Caleb Lessard, Edward Shen and Nick Knenning for presenting. The RRS looks forward to continuing our support of UCLA and other universities as they advance their rocket projects.

The UCLA Rocket Project will conduct more cold flow testing of their liquid rocket systems at the RRS MTA at the July 22nd event, but priority will be given to the student alpha launches to conduct the events as early in the day to avoid the hottest hours at the site.

Also, in attendance at the meeting was MIT student, Sam Austin. Sam is in Los Angeles this summer on an internship with Northrop Grumman. Sam was part of the MIT team at the IREC competition and related some of his team’s results. MIT did well taking 2nd place, but as always, there are new things to learn or things to do better. Sam had indicated interest in attending the upcoming launch at the MTA. We hope he’ll become a student member of the RRS to do so.

***

The RRS history project continues as our current membership has been reaching out to our founders and other members from the earliest days of the society. We hope to share some of this with our readers and members very soon. Frank had found another set of RRS newsletters from 1989-1991 which he gave to Richard Garcia, our director of research, for scanning and archiving.

As always, if anyone has any RRS or related literature that they would like to offer to be scanned for the society, please let Richard know:
research@rrs.org

***

I had presented the general topic of how to generate more revenue for the society. The RRS is funded by our membership in the form of dues, donated time to support events, monetary and material donations and such. I wanted to solicit ideas about how the RRS can pursue other avenues to bring in more funds to better support the programs we have and the new programs we hope to do soon.

One classic idea is to produce RRS-logo branded things like T-shirts, coffee cups, even metal rulers. I have seen older RRS branded items in the past and although the profit margins can be thin, it’s a fine fund-raising idea to consider. John Mariano had a few other ideas for fund-raising he brought up in a previous meeting this year.

The RRS is looking at grant programs both in the private sector and with government agencies. The RRS is a 501(c)3 educational non-profit group which has had success with several schools already and we intend to expand our outreach as we find schools and organizations able to help us bring the joy of rocketry. Donations from private companies and individuals is another avenue we’ll pursue. If anyone has any specific programs or ideas in mind, please contact the RRS vice president, Frank Miuccio.
vicepresident@rrs.org

One idea I had which was accepted was to publish an issue of the RRS Astrojet newsletter on our 75th anniversary on January 7, 2018. Although the RRS has not published a paper newsletter in quite some time, it was a popular item in its day. The newsletter would be the same 12 page format used throughout our history with articles from many of our members including George James, George Dosa and others as we bring this idea home. The 75th anniversary Astrojet newsletter will only be available in print and delivered by mail for a nominal price ($10?) to help fund the RRS’s growing activities.

Another idea put forth was to attempt the rocket mail flights done in the early days of the society. More thought and discussion would be necessary to see how feasible this would be, but I liked the idea?

The RRS may look to have some corporate sponsorship of the 75th anniversary symposium if this is possible.

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Frank made the announcement of the upcoming 75th anniversary RRS symposium on April 14, 2018. This will be a public event at the Ken Nakaoka Community Center where we will have speakers from universities, government agencies and private companies.

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Frank also mentioned that he’ll be taking a trip to JPL with RRS founder, George James, later this month. Besides a tour, the RRS hopes to have a conversation with the K-12 education outreach coordinator at JPL on this visit. Frank will post an update on the website after this event.

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We adjourned late, 9:20PM, well after the 9PM closing time, but we covered a lot. If there is anything I missed or misstated, please contact me at my RRS email below.
secretary@rrs.org

For those desiring to apply to join the RRS, either as full members or as student members, download our RRS membership application form from this website and send it to the RRS by email or our post office box in Los Angeles.
president@rrs.org

Reaction Research Society
P.O. Box 90933
Los Angeles, CA, 90009-0933

Our next meeting will be August 11, 2017, at the Ken Nakaoka Community Center.

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