Monday, February 26, 2018

2018 Yuma Aeromodelers Airshow

Yuma CAP Team 508 volunteers at Yuma Aeromodelers Air show on Feb. 10, 2018

Yuma CAP composite squadron 508 senior and cadet volunteers helped make this year's Yuma Aeromodelers Air show a successful event. Just a few weeks ago Yuma Aeromodelers made their airfield, Contreras Field, available for our model rocketry rocket launch.
Group Photo Team 508
Busy cadets take a break from dusty parking lot
Cadet leadership during a break
We wanted to thank them for their generosity by helping out at the air show. We arrived in the CAP van about an hour before the event was scheduled to start. We set up tables and chairs for our base of operations. The aeromodelers offered some bagged breakfasts for sustenance. Many of us then set out to help direct traffic and automobile parking for the event. That was a lot of dusty work with over 900 vehicles counted passing through the admission area.
Impressive Crowd for air show
 We were not so busy that there was not time to watch some of the air show. Pilots showed their mastery of the model airplane world with a variety of demonstrations. The parachute drop was particularly successful this year. Model aerobatic displays were also impressive.
Aircraft staged to fly

Acrobatic maneuvers with Foothills in background
 Major Smith, our unit commander, oversaw all of our activities during the air show. Major Haskell did his usually excellent job of managing coms. Major Dickerson orchestrated the lunch run for 3 dozen tacos and sodas to wash it all down.


Senior Staff confer

Major Haskell distributes radios
Cadets and seniors enjoyed the beautiful if breezy day. I think we firmed up our relationship with Yuma Aeromodelers by our excellent volunteer work, keeping parking chaos to a minimum. We look forward to working with this local group again in the near future. The field is a good site to hone our skills with the quadcopter and should provide a nice area for stargazing as we ramp up our astronomy program.
Flags fly proudly

Tuesday, February 20, 2018

Revised Squadron 508 AE Agenda for February 2018

Yuma CAP Composite Squadron 508
Aerospace Education Agenda February 28, 2018
Revised

1845       AE Updates
                        CP Review, Recruiting 2018-2019, Training Plans
                        Yuma Aeromodelers CAP Day
Control Tower Tour
Model Rocketry Badge winners
1855       AE Links
1905       Break
1910       Video: Science of Flight-Rocket science and evolution of the launch
1940       Images from Model Rocket launch and Yuma Aeromodelers Air Show
2000       Video: Using drones to view and study marine mammals
2010          Adjourn

Monday, February 19, 2018

CAP Squadron 508 Model Rocketry Badge award winners 2018

Yuma Composite Squadron 508 cadets qualify for Model Rocketry Badge


I am extremely pleased to announce that nine cadets from Squadron 508 have qualified for the Model Rocketry Badge. This is a great accomplishment because few CAP cadets complete all the requirements to earn this award. Many of those who receive the award participate in concentrated activities during an encampment opportunity. Our cadets are to be admired because their efforts were made through persistent, dedicated work at the unit level over an extended length of time.

The current awardees are:

Kenneth Burkart
Emily Curtis
Tyler Erickson
Jacob Meinders
Tristan Obregon
Elena Paz
Antonio Santos
Brandon Sarrasin
Hans Schmidt


Badges and embroidered patches have been ordered from Vanguard. Formal delivery of awards will be made during a squadron meeting in the near future.

Results for launch heights for model rocketry launch February 10, 2018

Results of Altitude Measurement from Model Rocketry launch for Yuma Squadron 508 on Saturday February 10th, 2018

Many thanks to the cadets who helped measure the altitudes reached by our rockets during the recent rocket launch. Cadets used a sighting protractor to measure the angle to the apogee of each rocket launch. We know that they were located 500 feet from the launch pads. Through the use of simple trigonometry tables for the tangent function we were then able to calculate the launch altitudes for each rocket.

CAP Model Rocketry- Results Altitude Measurements February 10, 2018





Engine
Measured angle- °
Launch Height-ft.






B6-4
9
80


Unk
65
1,070


B6-4
30
290


C6-5
55
715


A10
19
170


B4-4
60
865


B6-4
50
595


B4-4
49
575


C6-5
41
435


C6-5
64
1,025


B6-4
32
310


B4-4
40
420


C6-5
49
575


C6-5
61
900


C6-5
62
940


B6-4
41
435


C6-0
12
105
Single stage of 2 stage rocket

C6-5
69
1,305


C6-5
40
420


C6-5
49
575


B6-4
52
640


C6-5
65
1,070


C6-5
70
1,375
*Highest launch

C6-0
42
450


C6-5
30
290


B6-4
43
465


B6-4
62
940


B6-0
63
1,070


B6-4
60
865


Unk
65
1,070




Saturday, February 17, 2018

Aerospace Education Links for February 2018

Aerospace Educations Links February 2018

Gravitational Lensing and Hubble Telescope View of Ancient Nascent Galaxy

Specialized C-130 aircraft deployed to Korea-has cyberwarfare capabilities

Chile soon will provide more than just winter fruit. New telescope in Andes nearing completion is scheduled to go online in 2019.

Citizen scientists with access to Kepler satellite data discover planetary system.

Testing and qualifications for SLS and Orion capsule seem endless. Engineers will be busy in 2018 and 2019.

The causes for Zuma satellite failure remain elusive. Major contractors SpaceX and Northrop-Grumman questioned by Congressional committee. NASA also an interested party.

NASA experiments with new alloys that efficiently change wing shapes in flight.

Tour the nation’s newest aircraft carrier
Video of SR-71 incident over N. Korea in 1981. History reverberates as tensions on the Korean peninsula escalate. Pilot testimonial.

SpaceX Falcon heavy cleared for launch, perhaps as early as the first week of February.

Hard times for Russia’s heavy launch vehicle, the Proton rocket

Night sky highlight: Blue Moon and total Lunar eclipse coming up this month

A brief history of Russia’s historic launch complex Baikonur

European Space Agency settles on two satellite designs to study dark side of the moon

***See amazing Mars panorama taken by Curiosity rover and check out its 5 year journey

Blue Origin test fires its new powerful rocket engine again-successfully. First launch of heavy lift rocket scheduled for sometime in 2020.

The longest walk-for Russian cosmonauts on ISS

The most powerful US launch hardware-how do the rockets stack up?

Damaged but still flying-Check out this story of flying heroics over Iraq
New Space clock to be tested soon. How accurate is it?  How does it work?

***Video of Falcon Heavy launch

***Amazing video of Falcon Heavy booster paired landings

Dream Chaser craft gets ISS resupply mission in 2020

***Watch deployment test of solar panels of the next Mars lander scheduled for launch in May from Vandenberg AFB, CA

***Cassini captured two of Saturn’s largest moons in tandem neatly overlapping

Milky Way and Andromeda galaxies set to collide in 2 billion years. What happens then?

No funding for ISS in Trump budget proposal past 2024 may have an untoward affect on international partners



Saturday, February 10, 2018

Yuma 508 Model Rocket Launch

Second Annual Rocket Launch

 Yuma Squadron 508 held its second annual model rocket launch today at Contreras Field in Yuma. Fifteen cadets and senior members participated in the event. We had 12 rockets to work with this year, including one two-stage model and another with a payload capable compartment. The team recorded 39 individual launches. A number of cadets attended as their final requirement for the CAP Model Rocketry Badge. This award is relatively rare among CAP cadets and we congratulate our dedicated cadets for their outstanding achievement.
Mission Control
 
2 Rockets ready to go on the pad

Fearless leader on the radio

Speeding out of the frame

On its way

Ditto

Chute deployed

Coming in for a safe landing

How to grab a rocket by its tail

Contemplating what could have been

The team hard at work
Weather conditions could not have been better. There were clear blue skies and calm to light winds. The launchers were adjusted to compensate for anticipated wind drift. Almost all the rockets landed within the boundaries of Contreras Field. Failure of chute deployment was one of the more common problems with this year's hand-build rocket kits. We recorded one dramatic nosecone first impact. It is a good thing our safety officers took their responsibilities seriously.


I boiled up a few large grade AA eggs for our cargo launches. It was a good thing the eggs were hard boiled because all landings featured cracked shells. One egg was splattered all over the pavement a la humpty dumpty.

Down range we had a pair of cadets taking angular measurements to the apogee of each rocket flight. Then they used the trigonometric tangent function to calculate the altitude reached by each rocket launch. The winner this year flew to a record 1,375 feet using a C6-5 engine.
Maiden Flight

Ground Check of the controls
Also, the quadcopter we built from a STEM kit provided by the Air Force Association flew for its maiden flight. Our experienced pilot had little trouble controlling the craft. Unfortunately we do not have tandem control capability so first flights by cadets were bound to be rocky. In a short period of time we registered two crashes. Luckily a NTSB investigation will not be necessary. The quadcopter is relatively hardy. It will need to go back to the drone hospital for some minor repairs however before we can give it another try. A trip to Lowe's for small zip ties is on the agenda. It was amazing to see the quadcopter fly for the first time after all the hours of effort that went into the build, battery charging, and controller programming.


All in all, I would say that we had an extremely successful model rocket launch. Everyone involved seemed to have a good time. The number of launches in just a few hours was impressive. We would like to express our gratitude to Yuma Aeromodelers for letting us use their airfield and displacing their usual fliers on a Saturday morning for this impressive event. Hope you all enjoy the attached images.

Tuesday, February 6, 2018

Aerospace Education Agenda for February 2018, Tips for rocket launch 2 10 18

Yuma CAP Composite Squadron 508
Aerospace Education Agenda February 28, 2018
1845       AE Updates
                                CP Review, Recruiting 2018-2019, Training Plans
                                Yuma Aeromodelers CAP Day
Control Tower Tour
1855       AE Links
1905       Break
1910       Video: Science of Flight-Rocket science and evolution of the launch
1940       Images from Model Rocket launch and Yuma Aeromodelers Air Show
2000       Adjourn

Model Rocket Launch Saturday February 10, 2018
Be sure to sign up for event on eWing website. Bring any rockets that you have been working on at home please. Personal rockets may be launched on time available basis.
Muster at CAP hangar at 0700, van will leave at 0715. Plan first launch no later than 0800.
Estimated return to hangar 1230
Checklist: Eat a good breakfast, hydrate before leaving home, and get a good night’s sleep. Senior staff will provide: cold water, snacks, and paper goods. Parents are welcome to attend. Location is off State Route 95 at Rifle Range Road: Contreras Field see Google maps https://www.google.com/maps/@32.7085645,-114.42758,1952m/data=!3m1!1e3
Head cover
            Sun screen
            Drink container
            Camera
            Sunglasses
            Folding chair
Please help leave the field cleaner when we leave than it was when we got there.


Saturday, February 3, 2018

NIST Publication on Cybersecurity excerpt

Below is an excerpt from a recent government publication. I have read the entire document. I think that even novice cybersecurity participants would be able to read and understand the information presented. I will include it in our CyberPatriot reading list. Here is the link: NIST document on cybersecurity

Draft NIST Roadmap for Improving Critical Infrastructure Cybersecurity Version 1.1  December 5, 2017

4.3. Cybersecurity Workforce
A skilled cybersecurity workforce is needed to meet the unique cybersecurity needs of
critical infrastructure. There is a well-documented shortage of cybersecurity
practitioners;15; there is an even more serious shortage of qualified cybersecurity
practitioners who also have an understanding of the unique challenges facing critical
infrastructure owners and operators. As threats, vulnerabilities, and technology
environments evolve, the cybersecurity workforce must continue to adapt to design,
develop, implement, maintain and continuously improve the necessary cybersecurity
practices within critical infrastructure environments.

Various efforts, including the National Initiative for Cybersecurity Education (NICE), are
fostering the education and training of a cybersecurity workforce for the future and
establishing an operational, sustainable and continually improving cybersecurity education
approach to provide a pipeline of skilled workers for the private sector and government.
Organizations must understand their current and future cybersecurity workforce needs
and develop hiring, acquisition, and training resources to raise the level of technical
competence of those who build, operate, and defend data, systems, and networks
delivering critical infrastructure services.

Building on several years’ work with the Department of Defense (DoD) and the Department
of Homeland Security (DHS), and via extensive public-private partnerships, NIST has
published the NICE Cybersecurity Workforce Framework (NICE Framework).16 The NICE
Framework provides a fundamental reference resource for describing and sharing
information about cybersecurity work roles, the discrete tasks performed by staff within
those roles, and the knowledge, skills, and abilities (KSAs) needed to complete the tasks
15 [LINK] http://cyberseek.org/ - Interactive jobs heat map and career pathways portal
16 [LINK] https://doi.org/10.6028/NIST.SP.800-181
7 DRAFT
successfully. The NICE Framework provides a common lexicon to categorize and describe
cybersecurity work, improving communication about how to identify, recruit, develop, and
retain cybersecurity staff.

Many of the outcomes described in the Cybersecurity Framework Core are directly related
to the roles, activities, and responsibilities of organizational personnel. The NICE
Framework provides a complementary approach, describing the work roles that support
accomplishment of the Cybersecurity Framework outcomes. In using the Cybersecurity
Framework’s steps to develop a measurable action plan, organizations can identify the
specific tasks and KSAs needed by those who will fulfill the functions, categories, and
subcategories described in the Cybersecurity Framework Core. Appendix D.1 of the NICE
Framework includes examples of this integration.

Through NICE, NIST promotes cybersecurity workforce development activities via a public
working group structure.17 These activities may include further definition of how NICE
Framework work roles, tasks, and KSAs help to fulfill Cybersecurity Framework objectives.
Additional future activities are expected to include:
Continue to extend and integrate NICE activities across critical infrastructure
sectors to raise awareness of workforce development tools;
Emphasize coordination of K-12, higher education, and local employers in regions
across the nation;
Identify and support applied research opportunities in areas including
cybersecurity education, training, and workforce; and
Convene conferences, workshops, webinars, and other events that support the
development of cybersecurity education, training, and workforce resources; and

Evolve NICE publications and resources as informed by the above activities.