One Way Rocketry Launching the Future
Building rocket engines from scratch can be a complex and potentially dangerous endeavor. It requires extensive knowledge of chemistry, thermodynamics, and engineering principles, as well as adherence to strict safety protocols. It is essential...
Certification processes for high power rocketry can vary depending on the specific organization or governing body you intend to certify with. However, here are some general steps to consider when pursuing high power rocket certification.
When designing a parachute system for rocket recovery, several formulas and concepts are employed. Here are some key formulas and considerations: The above formulas provide a starting point for parachute design, but they may...
To simulate a model rocket launch, several formulas and equations are involved. Here are some of the key formulas and concepts
Epoxy is an amazing product that can allow regular people to become Aerospace Engineers, building advanced composite airframes out of exotic materials, from fiberglass to aramid. Its use covers many industries and permeates almost...
Every store that offers any form of typical spray paint in a can, seems to offer “Chrome” as one of their choices. The can always delivers a cap with what appears to be a...
Let our Quiz help you choose a path in High Power Model Rocketry!
Classic plastic rocket nosecones, used in the lower levels of High Power Rocketry (HPR), always have that pesky little edge of plastic left over from the casting process, marring the otherwise pristine shape we...
Terminating your Shroud Line Connections with waxed polyester Rigging Floss will “seal the deal” on your parachute’s shroud connection.
In the variety of paths available to plot your Roadmap to High Power Rocketry certification, the Estes Vapor is a very low-cost first leg of the Journey.
The G-forces the HSRP parachute deployment can withstand should approach those that can destroy Solid State Drives.