Kestrel: Difference between revisions
(Created page with "{{RocketInfoBox |image = Kestrel-ldrs38-edit.jpg |diameter = 2.24 inches (57mm) |length = 4 feet 1 inch (1.2 m) |weight = 2 lbs. 13.5 oz. (1.3 kg) |motor-size = 54mm |flights = 1 |max-altitude = 20846 feet AGL (TeleMega, GPS) (6354 m) |max-speed = 1766 ft/sec (1204 mph, Mach 1.6) (TeleMega, accelerometer) |status = Ready to fly |simfile = https://github.com/DanCrank/openrocket-sim-files/blob/master/kestrel.ork }} Kes...") |
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Kestrel is my first minimum-diameter high-power rocket. I built it between June and August 2018, planning to fly it at Airfest that year, but had to cancel that trip due to a family emergency. I ended up painting it in December and then taking it to Airfest in 2019. | Kestrel is my first minimum-diameter high-power rocket. I built it between June and August 2018, planning to fly it at Airfest that year, but had to cancel that trip due to a family emergency. I ended up painting it in December and then taking it to Airfest in 2019. | ||
The kit is a Wildman Mach Two, built with three fins instead of the four that came with the kit. I learned later that high-performance rockets like this are often designed with four fins to reduce coning. With three fins, the rocket did experience quite a bit of coning on its first flight (see launch report linked below). Other components used: Aero Pack thread-on motor retainer, Cesaroni tailcone rear closure, Spherachutes 36" ultra-light parachute, and an Altus Metrum TeleMega with a Featherweight magnetic switch. The rocket is built specifically for Cesaroni 6-grain motors. While it would | The kit is a Wildman Mach Two, built with three fins instead of the four that came with the kit. I learned later that high-performance rockets like this are often designed with four fins to reduce coning. With three fins, the rocket did experience quite a bit of coning on its first flight (see launch report linked below). Other components used: Aero Pack thread-on motor retainer, Cesaroni tailcone rear closure, Spherachutes 36" ultra-light parachute, and an Altus Metrum TeleMega with a Featherweight magnetic switch. The rocket is built specifically for Cesaroni 6-grain motors. While it would be possible to fly a shorter motor using Aero Pack's adapter system, I have no plans to do so. | ||
== Build == | == Build == | ||
Latest revision as of 21:10, 28 November 2021
Kestrel is my first minimum-diameter high-power rocket. I built it between June and August 2018, planning to fly it at Airfest that year, but had to cancel that trip due to a family emergency. I ended up painting it in December and then taking it to Airfest in 2019.
The kit is a Wildman Mach Two, built with three fins instead of the four that came with the kit. I learned later that high-performance rockets like this are often designed with four fins to reduce coning. With three fins, the rocket did experience quite a bit of coning on its first flight (see launch report linked below). Other components used: Aero Pack thread-on motor retainer, Cesaroni tailcone rear closure, Spherachutes 36" ultra-light parachute, and an Altus Metrum TeleMega with a Featherweight magnetic switch. The rocket is built specifically for Cesaroni 6-grain motors. While it would be possible to fly a shorter motor using Aero Pack's adapter system, I have no plans to do so.
Build
ProLine epoxy was used for all bonding. No additional fiberglass reinforcement (i.e., tip-to-tip) was used. The rocket was finished with Rustoleum sandable primer and Rustoleum gloss enamel, and the graphics were made on my vinyl cutter.
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Bonding of fins to airframe.
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Kestrel's sled with TeleMega.
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Kestrel's antenna protector.
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Finished rocket, with motor alongside it.
