Estes Twin Factor is a two-stage rocket with a unique, intriguing design. This 6 inch rocket is mini engine powered and is suitable for beginners who are embarking on their journey in model rocketry or are new to launching a two-stage rocket. This rocket is a refreshing departure from traditional rocket shapes. This rocket is one of the smaller ones I have launched and reaches a maximum height of about 150 feet.
Build
The unique design of this rocket proved relatively straightforward to assemble thanks to clear and detailed instructions. However, when working with the card stock to create the rings, it is essential to exercise caution. The minute and intricate nature of the design can lead to errors if not handled carefully. The card stock bends easily, making the gluing harder than I anticipated. Achieving precise cuts is paramount to ensure that the rings align correctly. To align properly, I found it helpful to use a paper cup to support the ring while the glue set. The small size of the Twin Factor makes painting this rocket challenging. Patience is key when applying paint to all sections of the rings and not over-soaking the card stock. I used a Q-tip to delicately remove excess paint so as not to clog the small holes.
Launch
The Twin Factor is two-stage rocket which allows this tiny rocket to reach an altitude of approximately 150 feet. However, its compact size presents a tracking challenge once it takes to the skies. I launched this rocket on a sunny day and found myself struggling to keep visual tabs on the rocket due to the blinding glare of the sun. On the first launch, I nearly lost sight of it after liftoff. Fortunately, I managed to spot it in the general direction of its flight path. To avoid this problem, I recommend using an Altitude Finder, which can be very helpful in tracking the rocket’s trajectory and ensuring you don’t lose sight of this small rocket.
Recovery
The Twin Factor is a very lightweight rocket primarily made from card stock. This sets the rocket apart from rockets that employ the typical recovery methods such as parachutes or streamers. Instead, the Twin factor uses tumble recovery. Given its minimal weight and modest flight altitude, this recovery is enough for it to safely descend to the ground. During the second launch, I encountered a minor setback as the nose cone was lost. But I was able to easily replace it with a nose cone kit that I bought on Amazon.com
To prevent the risk of losing small rockets in the glare of the sun, it’s advisable to employ an Altitude Finder. This handy tool allows you to accurately track the rocket’s trajectory and altitude throughout its flight.