By Vince Huegele
We don’t get many requests for launch demonstrations after Thanksgiving, but that’s when Lincoln Academy called us to help them with their Spaceweek. They had heard there was a rocket club in town and found our website. Read more
By Vince Huegele
We don’t get many requests for launch demonstrations after Thanksgiving, but that’s when Lincoln Academy called us to help them with their Spaceweek. They had heard there was a rocket club in town and found our website. Read more
Greetings members and friends. First, thank you Ray for your years of service as HARA President. Secondly, thank you David, Bill, Josh, Vince, and Fred for volunteering as officers for 2013. We are already hard at work preparing for the upcoming flying season. I want to share some news with you from the Officers. Read more
by Bill Cooke
Mention Estes to a rocketeer these days, and you usually get a smirk; they are famous for Ready-To-Fly (RTF) and other easily built low power kits. Not much thrill to many in flying birds using 13 mm, 18mm, and 24 mm motors (1/4 A to E impulse). But that’s changing… Read more
by Bill Cooke
TARC is like the real world of rocket design in that the teams must resort to design/simulation software to help flesh out the initial concept, making sure it can meet the goals before pressing on to actual construction/testing. Here the vendors have come to the rescue in providing three outstanding packages, any one of which can be used to design a winning TARC entry. Read more
by Bill Cooke
NAR and the AIAA have just released the objectives for the 2013 TARC season. In brief, they are
At first glance. this seems simple; after all, each of these has been used in past years. No surprises, so pretty easy challenge for the TARC teams, right? Read more
by Bill Cooke
Every year Cub Scout Pack 351 has their annual ‘rocket blast’, in which the cubs fly rockets they have recently bought or built. HARA – in the form of Chuck Pierce and various others who show up to assist – always provides the launch setup and range control, which has been fairly easy for the past couple of years due to the use of the USSRC/Space Camp launch facilities. Read more
by Vince Huegele
As the 2012 school year winds down HARA has been busy with launch demonstrations. On May 3 we were set to fly for the 4-H Urban Youth Farm Day at the A&M field in Hazel Green, but steady showers scrubbed the launch. The facility has a building that could hold all 300 kids so 4-H held the event inside. Read more
By Bill Cooke
A lot of the new rockets come with “peel ‘n stick” stickers these days, rather than decals. Many rocketeers call these “peel ‘n cuss”, because they are not much fun to apply (especially roll patterns and long names) due to their stickiness – very little room to make a mistake. Read more
by Daniel Cavender
Last year, the field at Manchester, TN was planted half in sod and half in corn posing certain logistical challenges regarding recovery. There were several rockets that were lost in the tall corn and never recovered. One rocket made its way into an unfortunate combine and did significant damage. That issue is being resolved, and to our benefit, the field is all sod this year. HARA is implementing some new range safety practices to mitigate any further such incidents, but good launch site stewardship is the responsibility of every flyer. All flyers with rockets built using fiberglass, metallic, and other dense materials may be asked to outfit their rocket with a sonic beacon (if not already equipped with GPS or radio beacon). To help flyers find these beacons, this product review will examine two products: the LG personal security keychain alarm, and the Adept SB1 sonic beacon.
LG Personal Security Keychain Alarm
The LG keychain alarm is a very cheap and very loud device that can be quickly pressed into service as a sonic rocket recovery beacon. The alarm needs to be taped to the shock chord. The trigger device is a pull pin that takes about 2 lbs of force to trigger. HARA President, Ray Cole, flew one of these beacons at the March launch and it worked great. They were on sale for $4.95 at Lowes. The batteries are replaceable and the case is robust and provides protection from moisture and BP residue. At $4.95, this is a piece of insurance that will pay for itself time and time again.
Adept SB1 Sonic Locator Beacon

The SB1 is a small 90 dB sonic beacon designed for rockets. It can fit in the body tube of a 29mm rocket. The trigger device is a jumper tied to the shock cord that pulls off of two wires on the back of the SB1.The SB1 needs to be taped to the shock cord against the trigger and jumper. This is a poor design and did not work too well in the field. The jumper fell off easily during packing. The open unit made it prone to damage from the littlest amount of moisture or BP residue. Compared to the $5 option from a hardware store, the SB1 did not hold up.
by Bill Cooke
Now that the primer has been applied, we can move on to the paint. The type of paint is the rocketeer’s choice, with many choosing Rustoleum spray, while others use the same Testors enamels used to paint model cars or planes. The more artistic among us will break out the air brush, producing magnificent finishes like that on the Executioner seen at right. Whatever your paint choice, be sure you read the directions on the can or bottle, and follow them – a lot of weeping and gnashing of teeth can be saved by knowing the drying and recoat time of your paint.
Also, it is important to avoid mixing paint brands or types, as this can lead to “crazing”, in which incompatibilities in the chemistry of the paints cause huge cracks and wrinkles in the finish. However, there may be times – usually due to the unavailability of a certain color – when you have to mix brands or types. In these cases, remember that enamels can be applied over lacquer-based paints such as Rustoleum or Krylon, but lacquers cannot be applied over enamels. Similarly, fluorescent paints should be the last coat, as they will craze any type of paint applied over them (I know this from bitter experience). When mixing different brands, such as Rustoleum and Krylon, the best thing to do is to test out the application on a unpainted scrap piece of body tube. Spray the paint on in the order you intend to use with the model, and see if there are any issues. If nothing materializes, you are good to go.
When working outdoors or in an open garage, be mindful of the wind and humidity. The wind part is obvious – you don’t want paint going everywhere and creating a spotty finish on the rocket. Avoid spraying when the humidity is higher than 50%, as this will lead to the paint dulling or “blushing” (areas where the paint appears duller than its surroundings). Here in the South, we have constant high humidity, but it usually drops below 50% between 2 and 4 in the afternoons, providing a couple of hours suitable for painting.
When painting, spray continous light coats down the entire rocket – don’t “spot paint”, as this will create an uneven finish (which means sanding) and don’t lay it on too thick, as this will cause the paint to run. With Krylon, I usually hold the spray can about 10 to 12 inches from the rocket; this same distance should be about right for Rustoleum and other sprays. Start with the lightest color first and then move on to successively darker colors, saving black for last – be sure to allow the right amount of drying time between coats! No matter what the paint scheme, I always apply a coat of gloss or semi-gloss white above the gray primer to serve as a base coat, as applying yellows or other light colors directly on top of the primer results in very dark versions of these colors. White is always a good place to start.
As I mentioned in an earlier post, I use Tamiya masking type to mask off areas of the rocket when painting. You can avoid bleeds and smudges by
Here are the Rogue and Aero-Hi after painting – note the nice sharp lines. I am reasonably pleased with how these turned out, so we are now ready for the final step – applying the decals, which will be covered in Part 7.