Launch Site Survey and Planning: Difference between revisions
No edit summary |
|||
| Line 2: | Line 2: | ||
{{:FARmenu}} | {{:FARmenu}} | ||
__NOTOC__ | __NOTOC__ | ||
<includeonly> | |||
=Launch Site Survey and Planning= | =Launch Site Survey and Planning= | ||
<div class="readerly"> | </includeonly><div class="readerly"> | ||
Planning a launch should involve specific review of safety requirements. This is not limited to HPR Launches. When you agree to conduct a launch in a school yard or sporting field, you are responsible for conducting the launch according to all applicable rules. A site survey can, for example, determine the maximum motor rating allowed to launch at a given site based on the maximum supported altitude of flight. This is dependent on the dimensions of the area, and on proximity to occupied structures and roadways. [[Launch_Site_Survey_and_Planning|more...]] | Planning a launch should involve specific review of safety requirements. This is not limited to HPR Launches. When you agree to conduct a launch in a school yard or sporting field, you are responsible for conducting the launch according to all applicable rules. A site survey can, for example, determine the maximum motor rating allowed to launch at a given site based on the maximum supported altitude of flight. This is dependent on the dimensions of the area, and on proximity to occupied structures and roadways. [[Launch_Site_Survey_and_Planning|more...]] | ||
<noinclude> | <noinclude> | ||
Revision as of 16:43, 15 December 2022
Key
- MSL - Feet above Mean Sea Level
- AGL - Feet above Ground Level
- NM - Nautical Miles
I welcome contributions to this collection of rocketry safety information. Contact me if you have any corrections, suggestions or contributions.
Planning a launch should involve specific review of safety requirements. This is not limited to HPR Launches. When you agree to conduct a launch in a school yard or sporting field, you are responsible for conducting the launch according to all applicable rules. A site survey can, for example, determine the maximum motor rating allowed to launch at a given site based on the maximum supported altitude of flight. This is dependent on the dimensions of the area, and on proximity to occupied structures and roadways. more...
I have had the experience of conducting Class 1 launches in several locations that were risk-averse to the point of involving the fire marshal's office in approval of the event. This is actually not a problem, as it is an opportunity to educate other professionals about rocketry. A good site survey with basic information overlaying a map image of the site will result in a bit of back and forth about the rules, likely recovery area of the rockets, and clearance to occupied structures an roadways makes an interesting presentation.
There are several online tools I recommend for the simplicity and fairly high accuracy of mapping. Both Google Maps and Google Earth are free and work in a browser tab. They include areal views suitable for an accurate understanding of the area\. They also include measuring tools that are fairly easy to use.
