Podcasts about polycarbonate

Aaron Moncur interviews Dylann Ceriani about her career in mechanical engineering and medical devices. They discuss prototype injection molding, material selection, 3D printing applications, and advice for young engineers.Main Topics:Career journey from biomechanics to founding ProtoShopDifferences between production and prototype molding  Cost considerations and timelines for prototype toolingAdvances in medical device development and regulationsTips for minimizing molding costs and selecting materialsAdvice for advocating for yourself and learning from all experiencesAbout the guest: Dylann Ceriani is a distinguished figure in the field of mechanical engineering and the co-founder and principal mechanical engineer at Protoshop Inc. With a rich background in biomechanical engineering from the University of California, Berkeley, Dylann has carved a niche in the medical device industry, showcasing her expertise in product development, particularly in in-vitro diagnostics (IVDs) and orthopedics. Her career spans over 25 years, marked by a deep commitment to innovation, quality, and efficiency in engineering design. At Protoshop, Dylann leads the charge in revolutionizing prototype tooling, emphasizing the replication of production mold quality in prototypes. Her hands-on approach and strength-based leadership have not only advanced medical device product development but also inspired a generation of engineers. Links:Dylann Cerian - LinkedIn ProtoShop Inc WebsiteAbout Being An Engineer The Being An Engineer podcast is a repository for industry knowledge and a tool through which engineers learn about and connect with relevant companies, technologies, people resources, and opportunities. We feature successful mechanical engineers and interview engineers who are passionate about their work and who made a great impact on the engineering community. The Being An Engineer podcast is brought to you by Pipeline Design & Engineering. Pipeline partners with medical & other device engineering teams who need turnkey equipment such as cycle test machines, custom test fixtures, automation equipment, assembly jigs, inspection stations and more. You can find us on the web at www.teampipeline.us

This episode is devoted to plastics invented or commercialized in the 1950s. Our first stop is carbon fibers, which started with Joseph Swan in the 19th century, but came of age in the late 1950s with Roger Bacon. Polyurethanes were finally commercialized in the early 1950s by B.F. Goodrich and Baeyer. Polyimides, though invented in 1908, weren't sold as products till the DuPont version, Kapton, in the 1950s. Poly(vinyl)alcohols came of age in 1950s as well, first by Japanese firm Kuraray in 1950, and now are ubiquitous in our society. Acrylonitrile-butadiene-styrene, or ABS, and similar copolymers, are also well-known from the 1950s onward--including the famous LEGO block. Spandex, or elastane, from DuPont in the 1950s, is popular in clothing as an improvement to latex rubber. Polycarbonate, first created in 1898, re-emerged in the 1950s jointly by General Electric and Baeyer. Polyacetals, from DuPont in the 1950s, are now found in kitchenware, car parts, and medical devices. Fluoroelastomers, elastic molecules with fluorine atoms, also date from the 1950s.Support the show Support my podcast at https://www.patreon.com/thehistoryofchemistry Tell me how your life relates to chemistry! E-mail me at steve@historyofchem.com Get my book, O Mg! How Chemistry Came to Be, from World Scientific Publishing, https://www.worldscientific.com/worldscibooks/10.1142/12670#t=aboutBook

Pour ce mois d'août 2022, nous faisons une pause avec les Hebdoxytudes, nos podcasts hebdomadaires sur l'actualité des nouvelles technologies et de l'accessibilité. Mais pour vous faire patienter, nous vous proposons un jeu concours qui se déroule sur les 4 vendredis de ce mois d'août. Il s'agit de 4 énigmes qui sont proposées chaque vendredi de ce mois d'août 2022. Les lots en jeu Les société Accessolutions et Didactiweb, les formations adaptées aux déficients visuels ont répondu à notre proposition de sponsoriser le jeu et elles offrent les lots suivants : Accessolutions Hable One, télécommande et clavier braille de poche pour iOS et Android. Valeur : 269 €. Tape King, mètre enrouleur parlant. Valeur : 195 €). Le site de Accessolutions. Didactiweb Au choix du gagnant : Soit 1 an d'abonnement, donnant accès à l'ensemble des formations en ligne. Valeur : 120 €. Soit 3 heures de formation à distance sur n'importe quel sujet en lien avec les formations en ligne (Android, iPhone, DBT et applications bureautiques sous Windows). Valeur : 105 €. Les 3 heures de formation seront à prendre dans les 12 mois suivants le résultat du tirage au sort du gagnant. Le site de Didactiweb. Le jeu Chaque vendredi du mois d'août 2022, une énigme sera proposée sur le site, elle sera également disponible en audio dans notre flux de podcasts. Pour soumettre une réponse, il faut remplir le formulaire ci-après avec nom ou pseudonyme, adresse email et la réponse à l'énigme de la page. A noter qu'une seule réponse par adresse email et par énigme sera prise en compte. Il sera possible de répondre aux différentes énigmes jusqu'au 31 août 2022 inclus. A la fin des 4 semaines, pour attribuer les lots, un tirage au sort sera effectuer parmi les personnes qui auront résolut le plus d'énigmes. Ce tirage au sort sera réalisé lors de l'Hebdoxytude du 1er ou du 8 septembre 2022, en fonction des disponibilités des membres de l'équipe. Enigme 3 - Technologie Je suis né d'un mariage batavo-nippon au début des années 1980. Je suis composé de Polycarbonate ainsi que d'd'or ou d'aluminium. Même si je suis plus compact et plus durable que mes ancêtres, ma qualité de restitution est moindre. J'ai été conçu pour le bonheur de vos oreilles et mon potentiel a été développé pour le bonheur de vos données. Qui suis-je ?

Polycarbonate or CR-39? Do I need hi- index lenses for my prescription? Transitions lenses, are they polarized? Horizontal wavelengths & glare, what is the right lens choice for you? Lined bifocals or no line progressive lenses, what is the right choice? We're talking about peripheral swim & intermediate vision. Come on, guys. It's the glasses episode. Come on. I'm licensed. Get it & keep it. Use it or lose it.

Hydrocarbon Processing continues its History of the HPI series with major technological developments in the refining and petrochemical industries during the 1950s. These included the discovery of polyethylene derivatives, polycarbonates, the first use of computers in refining operations and the advancement of rocket fuels.

Transmission 447 Revolver – Isobel Campbell & Mark Lanegan 1 – Squarepusher My Sister and her Books – Plantman Fight War, Not Wars (Dub Revolutions) – Crass Doomsday -Discharge Lean On Me – Beth Orton feat. Terry Callier Lessons From What's Poor – Bonnie ‘Prince' Billy The Wig He Made Her Wear – Drive By Truckers The Killing Season – Mark Lanegan Silver Raven (Acoustic) – Gene Clark Renegade Grinder – Johnny Know & Hi-Test Wiggle Stick - The Rev Horton Heat Mushaboom – Feist Middle Saxon Town – Alan Tyler & the Lost Sons of Littlefield Whole Wide World (Acoustic) – Wreckless Eric America  - B.J. Snowden Florida – Grandaddy Where the Walls Are Made of Grass – Feregus & Geronimo Wild – The Butterflies of Love Rome Wasn't Built in A Day – Nick Lowe Milton Keynes – Wild Willy Barrett Nothin' In the World Can Stop Me Worryin' ‘ Bout That Girl – Mark Lanegan Whatevershebringswesing – Kevin Ayers Claudette – Robert Marlow I Wish That I Could See You Soon – Herman Dune In the City – Nodzzz Tropical Yeti – The Pharmacy The Impeccable Dandy In White – Peter Blegvad and Andy Partridge Red Cabbage – Peter Jay & the Jaywalkers Grey Hairs – Darren Hayman

Thank you for listening!We all know that exercise is good for us but how good is it for our immune system?Is it completely necessary or could we do without? What about less intense physical activities such as walking or cycling? Do they influence our immune system? How active should we be?Watch the full episode on YouTube: https://youtu.be/-9dpM2hjrc0Affiliate links to help you stay active :)1. Comfortable aerobic shoes - https://amzn.to/2Rg1QBd 2. Organic yoga mat - https://amzn.to/3wy1pSN 3. A sturdy door pull-up bar - https://amzn.to/2PyYA3y 4. Martial arts instructional work out from Bas Rutten - https://amzn.to/3cXXOG9 5. Simple but effective leg stretcher - https://amzn.to/3wANziM 6. Jump rope - https://amzn.to/3dKX9Hj 7. Classic game of Twister! - https://amzn.to/39OvKml 8. Comfortable headband - https://amzn.to/3mBLgYh 9. Safe grip socks - https://amzn.to/3fIJuTE 10. Versatile alarm clock for during workouts and cooking! - https://amzn.to/3dK6tLi 11. Water bottle with motivational phrases on it - https://amzn.to/2Oq2Wcs 12. Polycarbonate snow shovel to get your winter garden workouts - https://amzn.to/39RHggO 13. Handy workout gloves - https://amzn.to/3mpXPWk 14. Fitness journal with inspirational quotes - https://amzn.to/3votgnwFollow us @dietizers on Twitter, Facebook, LinkedIn, and PinterestLet's chat: contact@dietizers.comTimestamps:00:00 - Introduction01:22 - Chapter 1 - Can I work out every single day?02:23 - Chapter 2 - Would walking impact the immune system in any way?03:29 - Chapter 3 - How much should you walk every day?05:23 - Chapter 4 - What are the Benefits of Walking?09:15 - Chapter 5 - Walking and joint health11:43 - Chapter 6 - Physical Activity and Energy Levels12:17 - Chapter 7 - Is being Sexually Active considered being Active?16:14 - Chapter 8 - Companies use Walking to Stimulate the brains of employees17:56 - Chapter 9 - How to be more active during Quarantine?19:07 - Chapter 10 - Yoga is good for you!20:26 - Chapter 11 - Calisthenics is good for you!21:44 - Chapter 12 - Martial Arts is good for you!23:00 - Chapter 13 - Twister as a Physical Activity?26:02 - Chapter 14 - Being ACTIVE while working from home29:12 - Chapter 15 - Drinking water is good for you!30:24 - Chapter 16 - Gardening is good for you!33:19 - Chapter 17 - Outdoor Activities are good for you!34:17 - Chapter 18 - Can being Active help your immunity?

A Review of the Best Earplugs For SnoringIf a snoring partner or honking horns keeps you awake all night, you already know what scientific research has confirmed — noise can adversely affect your sleep and overall health. Sleep deprivation can even heighten susceptibility to diabetes or Alzheimer's, prematurely aged skin, and lower libido. The list goes on. Studies show that the bed partner of a snorer wakes up an average of 22 times per hour. We understand how frustrating it can be.What Are QuietOn Sleep Earplugs?QuietOn Sleep Earplugs by ZQuiet are innovative noise-canceling earplugs, ultimate in comfort, specifically designed to reduce snoring sounds and other annoying environmental noises significantly.Its manufacturer claims that theses innovative earplugs are four times more effective at reducing snoring and environmental noises than regular foam earplugs. The device produces no Bluetooth rays, not even need an app to run it, and thus highly safe for use.QuietOn Sleep Earplugs (Quick Summary) Device Type: Active Noise Cancelation Device (Latest technology in the world)Material: Plastic (Polyamide, Polycarbonate, ABS), Silicone, Polyurethane Rubber, Stainless Steel, and Gold.Sizes: 3 different sized changeable ear tips for different sized ears Pros and ConsProsEasy cleaning and maintenanceSuper soft, and highly comfortableCE certified for safety Comes with a 60 days money-back guaranteeComes with a user guideSmall and lightweight (highly portable)Having mode switch button (silent and hearing modes)Having USB charging cable, easy to plug in the charging case from numerous power sourcesHaving a Storage/ Charging case that conveniently charges the earplugs when not in useNo Bluetooth raysNo App needed20 hr battery life per chargeConsNon-refundable shipping charges for product returnsThe device is tricky to figure outFor proper working, the device needs to be in the correct position in earsActual Feedback from Users“These little earbuds are incredible. I almost returned my pair because I thought they weren't working well enough, but I called customer service and realized that I wasn't using them correctly. You have to get a good seal in your ear to work, which means inserting them correctly and using the right-sized tip. There's also a little button on the side that switches between hearing and quiet mode, and those both have to be switched on. Once I got the hang of it, they are working SO well to quiet my boyfriend's snoring! I can still hear a little bit of snoring, but it's nothing compared to the roar of my nights without them.” – Jenna WagnerConclusion and RecommendationIf you notice, most of the QuietOn Sleep Earplugs' users were happy and very satisfied with the results. Some of the common benefits that users claimed are its latest sound-canceling technology, ease of use, comfortable texture, and ability to switch the silent and hearing modes, comparable to the silicone earplugs, Apple Airpods Pro, soft foam earplugs and Sony WF-1000XM3.If you're really looking for the most effective and safe noise-canceling technology, then give a try to this incredible pair of earplugs and allow yourself, your friends, and families to enjoy a quiet, peaceful, and quality sleep. Support the show (https://wellawaresystems.com/)

Cleatech's 2100 Series plastic laboratory Glove boxes available in Acrylic, Polycarbonate, PVC and ESD safe material . lab glove boxes provide low-humidity.

Cleatech&s 2100 Series plastic laboratory Glove boxes available in Acrylic, Polycarbonate, PVC and ESD safe material . lab glove boxes provide low-humidity.

It habitually happens that people are uninformed of the poles apart terminologies and products like Polycarbonate sheets. Let’s look at some differences of polycarbonated Sheets and Acrylics.

Ohio becomes the first state to pass a law stating plywood is not to be used for securing vacant houses. Polycarbonate manufacturer offers his "services"... after donating $20,000 to law makers. For show notes, visit http://noteinc.com/16 Articles mentioned: [HousingWire] Ohio Becomes First State to Ban Plywood for Vacant Homes [Foreclosurepedia] Gov. Unable to Answer Clear Boarding Requirements

The accumulation of plastic debris in the environment has been recognized as a matter of international concern. A minimum of 5.25 trillion plastic particles were estimated to float on the surface of the ocean which is due to a low amount of recycling (37 %) and mismanaged waste that enters into the environment. Large plastic debris can lead to suffocation and death after entanglement or ingestion. Small plastic items like microplastic (< 5 mm) and nanoplastics (< 100 nm) can harm organisms on the cellular level since their small size enables them to pass cell boundaries and enter surrounding tissues. The amount of microplastic, and potentially nanoplastic, is increasing due to their release to the environment and the breakdown of larger plastic items in aquatic ecosystems. Microplastic has been observed to enter into the circulatory system of mussels inducing inflammatory reactions and granulocytoma formations. A facilitated uptake of nanoparticles into the cells and an interaction with the immune system is enhanced due to their small size and their specific surface characteristics. Therefore, the health hazards of nanoplastics on aquatic organisms that are potentially chronically exposed to these compounds were assessed. The hypothesis tested here is that that polycarbonate (158.7 nm) and polystyrene (41.0 nm) nanoparticles impact the immune system of the freshwater fish fathead minnow (Pimephales promelas, Rafinesque 1820) which is as a model fish organism frequently used for toxicology tests. The size of the particles was measured in plasma and in vitro neutrophil function assays were used to assess the effect of polystyrene and polycarbonate nanoparticles (0.1 µg/µl) on the innate immune system of fathead minnows. The exposure of neutrophils to the particles revealed a significant increase in oxidative burst activity, release of primary granules and release of extracellular nets release (NETs) compared to a non-treated control. The results underline the stress response of the fish innate immune system to polystyrene and polycarbonate nanoparticles and highlight their potential to interfere with the disease resistance in fish populations.

new episiode early feb          Transatlantic crossings         History[edit] Packet ships (1812–1838)[edit] The England, a packet ship of the Black Ball Line The modern era of "liners" was established by the Black Ball Line which began operation in 1818. The packet ships were contracted by governments to carry mail and also carried passengers and timely items such as newspapers. Up till this point there were no regular passages advertised by sailing ships. They arrived at port when they could, dependent on the wind, and left when they were loaded, frequently visiting other ports to complete their cargo       Paddlers     The Sirius is considered the first Blue Riband holder for her 1838 voyage to New York at 8.03 knots (14.87 km/h). In 1843, Great Western recorded a Blue Riband voyage of 10.03 knots (18.58 km/h). In 1832, Junius Smith, American lawyer turned London merchant, published the idea of building a line of transatlantic   Single srew     Single screw steamers (1872–89)[edit] White Star's Adriatic by George Parker Greenwood. She was the first screw liner  to    win the Blue Riband with an 1872 run at 14.65 knots (27.13 km/h)   In 1845, Brunel’s Great Britain became the first iron-hulled screw liner on the Atlantic. Starting in 1850, the Inman Line built numerous reduced versions for the steerage trade      Cunard's Etruria of 1885, averaged 19.56 knots (36.23 km/h) on an 1888 Blue Riband crossing                                                                                 Inman's City of Paris broke 20.01 knots (37.06 km/h) in 1889                                                                                                                                 Double screw  streamers 1887  1907      Cunard's Mauretania held the Blue Riband from 1909 to 1929 at 26.06 knots (48.26 km/h   Cunard White Star's Queen Mary regained the Blue Riband at 30.99 knots (57.39 km/h) in 1938.     The United States won the Blue Riband at 34.51 knots (63.91 km/h) in 1952. Formally, she still holds the title     cables   When the first transatlantic telegraph cable was laid in 1858 by businessman Cyrus West Field, it operated for only three weeks; subsequent attempts in 1865 and 1866 were more successful. Although a telephone cable was discussed starting in the 1920s[citation needed], to be practical it needed a number of technological advances which did not arrive until the 1940s.[citation needed] Starting in 1927, transatlantic telephone service was radio-based.[1] TAT-1 (Transatlantic No. 1) was the first transatlantic telephone cable system. It was laid between Gallanach Bay, near Oban, Scotland and Clarenville, Newfoundland between 1955 and 1956 by the cable ship Monarch.[2] It was inaugurated on September 25, 1956, initially carrying 36 telephone channels. In the first 24 hours of public service there were 588 London–U.S. calls and 119 from London to Canada. The capacity of the cable was soon increased to 48 channels. TAT-1 was finally retired in 1978. Later coaxial cables, installed through the 1970s, used transistors and had higher bandwidth     HMS Agamemnon                                                     vessel Niagara     1. Polyethylene 2. “Mylar” tape 3. Stranded metal (steel) wires 4. Aluminum water barrier 5. Polycarbonate 6. Copper or aluminum tube 7. Petroleum jelly 8. Optical fibers [source]  In March 3013, Scientists working at the University of Southampton discovered a new way to push data using a special hollow fibre optic cable capable of transferring speeds of 73.7 Tbit/s on a single cable. The elimination of glass as a barrier, in combination with improved hollow cables, has helped to nudge speeds up to very impressive levels; in this case, the data packets were being transferred at 99.7% of the speed of light, increasing the data throughput of the cable accordingly.    Atlantic licghts  The idea of transatlantic flight came about with the advent of the balloon. The balloons of the period were inflated with coke gas, a moderate lifting medium compared to hydrogen or helium, but with enough lift to use the winds that would later be known as the Jet Stream. In 1859, John Wise built an enormous aerostat named the Atlantic, intending to cross the Atlantic. The flight lasted less than a day    Atlantic flying from the U.S. to Newfoundland, then to the Azores and on to Portugal and finally the UK. The whole journey took 23 days, with six stops along the way   The possibility of transatlantic flight by aircraft emerged after the First World War, which had seen tremendous advances in aerial capabilities. In April 1913 the London newspaper The Daily Mail offered a prize of £10,000   On 14–15 June 1919, British aviators Alcock and Brown made the first non-stop transatlantic flight.[4] During the War, Alcock resolved to fly the Atlantic, and after the war he approached the Vickers engineering and aviation firm at Weybridge, who had considered entering their Vickers Vimy IV twin-engined bomber in the competition but had not yet found a pilot. Alcock's enthusiasm impressed the Vickers' team and he was appointed as their pilot. Work began on converting the Vimy for the long flight, replacing the bomb carriers with extra petrol tanks.[5] Shortly afterwards Brown, who was unemployed, approached Vickers seeking a post and his knowledge of long distance navigation convinced them to take him on as Alcock's navigator.[6]   Alcock and Brown made the first transatlantic flight in 1919. They took off from St. John's, Newfoundland       Bronw and Alcock taking off newoundland     Alcock and Brown landed in Ireland 1919. Their flight paved the way for commercial transatlantic aviation         Commercial airship flights[edit] Flown picture postcard from the "First North American Flight" of the D-LZ127 (1928) On 11 October 1928, Hugo Eckener, commanding the Graf Zeppelin airship as part of DELAG's operations, began the first non-stop transatlantic passenger flights, leaving Friedrichshafen, Germany, at 07:54 on 11 October 1928, and arriving at NAS Lakehurst, New Jersey, on 15 October.    Between 1931 and 1937 the Graf Zeppelin crossed the South Atlantic 136 times   The Short Mayo Composite project, co-designed by Mayo and Shorts chief designer Arthur Gouge,[21][22] comprised the Short S.21 Maia,[23] (G-ADHK) which was a variant of the Short "C-Class" Empire flying-boat fitted with a trestle or pylon on the top of the fuselage to support the Short S.20 Mercury(G-ADHJ).[23][24] The first successful in-flight separation of the Composite was carried out on 6 February 1938, and the first transatlantic flight was made on 21 July 1938     The Yankee Clipper's inaugural trip across the Atlantic was on June 24, 1939. Its route was from Southampton to Port Washington, New York with intermediate stops at Foynes, Ireland, Botwood, Newfoundland, and Shediac, New Brunswick. Its first passenger flight was on 9 July,             .        

The Ancients referred to the 5 points/aspects as the Human Experience, and in Latin it was called 'Citius, Altius, Fortius, Socius, Moneta'. The Olympic moto of today is made up of the 5 rings which mean Citius (Swifter Mentally), Altius (Higher Emotionally) Fortius (Stronger Physically) Socius (Gave us legs to stand on), Moneta (Trust of Relationships). Money in the Ancient time was called 'Moneta' and literally means the Trust of Relationships. Don explains how when Gold was fired it became more Pure, Valuable, became the new way of trust in relationships and how Tested relationships are much more Strong and Valuable than ones that have not been tried or tested. Gold could only be found where Water existed, or once existed, the gold nuggets would Deposit in the Banks of the river.  When they built the buildings to house what would represent the Collective Trust, they called them the 'Banks'. Now there are over 80 words dealing with money at the International level of what we call 'banking' today that sounds just like we're talking about water. The Ancients knew that if a wilted plant that was dying, you added water, it would thrive and come back, and in relationships if trust is broken and if you put trust back in that relationship, it thrives and comes back. These 5 shapes have brilliant definitive meanings and all the foods on the earth came from 1 of those 5 patterns.  They represented the Health, Stability and the Electrical force that we call life. An Atom, Heart, Liver, Molecule, Protein, Body, Earth, everything is Electrical Matrix, Positively Charged Space. If you get into your car and your water is hot from sitting inside something, don't drink it. The polymers of dioxins will bleed off into the water and your going to do yourself more damage than good! If you heat Plastic in Microwave ovens your going to have some real problems in the nervous system and brain function. Get rid of other plastic Appliances and use Glass, if your blender is plastic make sure its a Polycarbonate or switch to a glass one. Your Behaviours on a daily basis over time add up to a certain Result, either Health or Interference of health. Only buy Nappies, Pads and Tampons that are Unbleached and are made out of Natural Material, even if it is inconvenient to you, Support the Companies that care about this and are trying to get these to you. How many women wind up with Ovarian Cysts, Endometriosis and all kinds of other problems simply because of the pads and tampons they've been using. Artificial Colours, Flavours, Synthetic Processed Meals, Perfumes etc are all made of Dead Animals and bird beaks. Most people have no clue what their Bathroom Soap is made of = 95% of all bar soap is made from dead animal parts. Try to find some that is just made from Vegetable Glycerin, the way that certain cultures have done it for thousands of years. Don't have Fluorescent Bulbs in your home or office, get full Spectrum Lighting, it will do you damage if you don't. Just recently it has been Uncovered that the Beef Industry, funded by the Pharmaceutical Industry that controls the Agribusiness and the raising of the Beef and the Chemicals that they shoot in these animals, have actually been hiring people to take little spray containers of Salmonella and E.coli, to go into farmers markets and spray it.  So they can Attack certain Whole foods at Peak Harvest. They've done it now to Onions, Tomatoes and are doing it to Bell Peppers right now. Don't fall for this as E.coli can't grow on tomatoes, because it only grows in Intestines. By Washing any fresh organically grown Produce, or any regular produce for that matter, in Apple Cider Vinegar for 30 seconds and rinsing it with Clean Water will take off any pesticide, fungicide etc. Everything will be washed off in the Acids, so don't be Afraid, just be Aware of what needs to be done before Consumption. There's not enough Money or Support behind Fruits and Vegetables, unlike the Meat Industry.

With the holiday season upon us, it's time to tackle the big question. What do I get the person that's interested in the R/C hobby?  Give it a listen and share your ideas too! Update 12/11/12: Thanks to Josh Howard for the tips on #RCStockingStuffers! @rcnewb Setup sheets, sharpies, tire glue, and toothbrushes for cleaning nooks and crannies. #RCStockingStuffers — Josh Howard (@JHowardDesign) December 5, 2012 @rcnewb Shoe Goo, body clips, Wheel nuts, Polycarbonate safe paint, and AA's for radios also are great. #RCStockingStuffers — Josh Howard (@JHowardDesign) December 5, 2012   @rcnewb Another excellent idea... GEARS. Equipment to re-gear is cheap and easy to find. #RCStockingStuffers — Josh Howard (@JHowardDesign) December 5, 2012