Traits

This trait grants the Dromedairy the Deceiver colour pallette. 
This gene is only guaranteed from single-parent breeding of a Fungal Dromedairy.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Note: This gene cannot be obtained via camilks or mutations. 

This trait grants the Dromedairy the Infected colour pallette. 
This gene is only guaranteed from single-parent breeding of a Parasitic Dromedairy.
All Piebald colours glow, have tendril-like whisps, and sparkle.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Note: This gene cannot be obtained via camilks or mutations. 

This trait grants the Dromedairy the Acre colour pallette. 
This gene is only guaranteed from single-parent breeding of a Plains Dromedairy.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Note: This gene cannot be obtained via camilks or mutations. 

This trait grants the Dromedairy the Rainbow colour pallette. 
This gene allows for any colour to be used on a Dromedairy regardless of hue, brightness, or saturation. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

This trait grants the Dromedairy the Crystallise colour pallette. 
This gene replaces the base colours on a Dromedairy's gene pallette with the ones present. 
This gene also replaces the Piebald present on a Dromedairy with Crystal Growths. These can be present anywhere on the body, and can be any colour.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

This trait grants the Dromedairy the Suncatcher colour pallette. 
This gene replaces the base colours on a Dromedairy's gene pallette with the ones present. 
This gene also replaces the Accent colours with those present on this Pallette. All accent colours Glow and Sparkle brightly.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene. 
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

This trait grants the Dromedairy the Echeveria colour pallette.
This gene is only guaranteed from Droma made in the 2025 Staff Batch
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene, or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene and has a 75% chance of becoming dominant if both parents have it as recessive if rolled in a breeding.

This gene is only guaranteed to Dromas of the Highland subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Manadrome subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Cosmic subtype. 
The top option for Piebald has white star marks throughout it, resembling the night sky.
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Geode subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Pancake subtype. 
The top option for Piebald color must sparkle
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Supernova subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Yeti subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Fae subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Mist subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Overgrowth subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Thunder Plain subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Lop subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.

This gene is only guaranteed to Dromas of the Sand subtype. 
If a dromedairy has this gene as recessive, in order for offspring to obtain it the other parent must either have this gene as a dominant gene or a recessive gene.
Cannot pass to offspring as a dominant gene if only one parent carries the recessive gene. 
 If both parents have it as recessive gene, it has a 75% chance of becoming dominant if rolled in a breeding.

Note: This gene cannot be obtained using camilks.