Stars
Sources
Stars are the individual sparks and streamers that make up a fireworks display. They are crafted in a Star Rack according to recipes taught at Universities of Art and Music.
Cost
Max Batch size is 100.
- All stars need a binder:
- Beeswax - for Comet and Ball-type stars, which diffuse in 'pulses'.
- Cactus Sap - for Comet, Ball, and Line-type stars, all of which diffuse in either pulses or as a straight line.
- Clay - for 'popper' stars, which diffuse all in one burst at the end of their fire.
- Tar - for 'sparkler' stars, which diffuse in sparks throughout their runs.
- All stars need some quantity of Sulfur and Charcoal.
- All stars need some variety of Salts of Metal. (range 5-250? salts per 10 stars) - normally 1 salt type for most stars, but two-color stars will have two salt types
- Some stars also need Aluminum Powder. (this is only required on sparkler- or bomb-type stars)
Use
Stars are used in the Test of Pyrotechnics
Available Recipes
- Every University of Art and Music teaches the two basic star recipes, Flying Frog and Squat Canary.
- New stars can be designed using a Portable Star Lab. The lab is then turned in to a University of Art and Music, enabling the recipe for a new star to be available from that University.
Please Note: By submitting the Star Labs at the SAME university, more recipes will be unlocked faster than by submitting them at different universities. It makes no difference, in the scheme of things, to have all the stars at a single university, so please think about this before you submit a Star Lab.
For this table, please use the cost of producing a batch of TEN (10) Stars
Star Name |
Star Type |
Color |
Region U Art |
Binder Type |
Binder Amt |
Sulfur |
Charcoal |
Salt 1 Type |
Salt 1 Amt |
Salt 2 Type |
Salt 2 Amt |
Al Powder |
Picture |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Flying Frog | Pulsing | Green | Common | Cactus Sap | 18 | 5 | 10 | Zinc | 11 | ||||
Squat Canary | Pulsing | Yellow | Common | Cactus Sap | 11 | 3 | 15 | Aluminum | 8 | ||||
Flittering Star | Sparkler | Yellow | Philae | Tar | 20 | 22 | 21 | Aluminum | 28 | 21 | File:Flittering star.png | ||
Crimson Spear | Trail | Red | Philae | Beeswax | 5 | 6 | 78 | Magnesium | 31 | File:Crimson spear.png | |||
Silver Streak | Cone | White | Meshwesh | Beeswax | 9 | 13 | 15 | Silver | 17 | ||||
Flying Leek | Cone | White/Green | Philae | Cactus Sap | 15 | 2 | 15 | Titanium | 13 | File:FlyingLeek.png |
For Star Type, please use one of the following:
- Pulsing - these have a strong glow on the first star, and usually leave a simple trail. There is considerable variability in the size of the star, and the length of the trail. The basic frog and canary designs are this type.
- Cone (comets) - Have a strong glow at the front, and diffuse into a short 'cone' shape.
- Bomb (poppers) - These are often hard to see, since they fly their lifetime unignited, and then explode at the end. Single poppers are useful as near-invisible platforms for delivering other stars, while showers of many poppers can be an impressive finale.
- Trail ("Thin Red Line") - Long thin trails of light, often used for spirals and geometric shapes.
- Sparkler - These are typically crowd favorites. They leave a shower of sparks as a trail, usually but not always in the same color as the head of the star.
Stars are typically a single basic color, but there are occasional instances of two-color stars. In some cases, both colors are present in the star, and in others, the star has a multi-coloured trail.
See also
- Pyrotechnics Guides
Some of great displays from past tales demonstrated for us in T7: https://www.youtube.com/watch?v=6Daj7NuU5AY&feature=youtu.be (thank you for capturing it Safa)[dead link]
Produced By
Salts of Aluminum, Salts of Antimony, Salts of Copper, Salts of Gold, Salts of Iron, Salts of Lead, Salts of Lithium, Salts of Magnesium, Salts of Metal, Salts of Platinum, Salts of Silver, Salts of Strontium, Salts of Tin, Salts of Titanium, Salts of Tungsten, Salts of Zinc, Star Rack
Required By
Fireworks Mortar, Test of Pyrotechnics