Traits

This trait grants the Dromedairy the Tea colour pallette.
In breedings, this can be passed down as either a dominant or recessive gene. 
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 50% chance of becoming dominant if both parents have it as recessive if rolled in a breeding. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Lop colour pallette. 
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.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Pancake colour pallette. 
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.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Abyssal colour pallette. 
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.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Cosmic colour pallette. 
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.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Geode colour pallette. 
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.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Velveteen colour pallette. 
This gene is only guaranteed from single-parent breeding of a Lop 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.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Grimoire colour pallette.
This gene was introduced 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.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Overdone colour pallette. 
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. 

The top piebald colour of this gene sparkles and is included as part of the gene, meaning that the sparkle trait does not get listed on the Droma.

This Gene is incompatible with any of the sparkle traits IF using the top piebald colour.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Dissolved Rift gene that works differently than most colouration traits. 
In breedings, this can be passed down as either a dominant or recessive gene. 
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 breeding. 
Those who have this colouration have their Accent colour palette on their current dominant colouration replaced with the colours of this gene.

Below shows the normal Colouration and how it would look if used in conjunction with theInverted Gene

This trait grants the Dromedairy the Swamp colour pallette. 
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.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Dusk Cookie colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Ghoul colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Butterfly colour pallette. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Echeveria colour pallette. 
This gene originated from the 2023 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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Asterose colour pallette. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Fairytale gene that works differently than most colouration traits. 
In breedings, this can be passed down as either a dominant or recessive gene. 
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 breeding. 

The piebald markings of this gene sparkle and it includes the sparkles as part of the gene, meaning that the sparkle trait does not get listed on the Droma.

This Gene is incompatible with the Single-Placed Sparkle trait and Multi-Placed Sparkle trait.

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Fungi colour pallette. 
In breedings, this can be passed down as either a dominant or recessive gene. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Fulmination colour pallette. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene

This trait grants the Dromedairy the Reef colour pallette. 
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. 

Below shows the normal Colouration and how it would look if used in conjunction with the Inverted Gene