LexLin’s Abigail’s Braveheart Blue Steele x Fiddle
Highlights
Braveheart was donated to a Veteran of the People’s Selection through voting on LexLin Gypsy Ranch’s facebook fan page! Braveheart is a 2010 Gypsy Vanner Gelding that was given to Veteran, Chris Kelly of California on July 4, 2011. View details of our 1st Annual Honoring our Heros contest. Braveheart is…- Breed: Gypsy Vanner
- Gender: Gelding
- DOB: 04-07-2010
- Base Color: Gray
- DNA #: H10-03144
Registrations
- Gypsy Vanner Horse Society: GV02185F2
Biography
Braveheart was donated to a Veteran of the People’s Selection through voting on LexLin Gypsy Ranch’s facebook fan page!
Braveheart is a 2010 Gypsy Vanner Gelding that was given to Veteran, Chris Kelly of California on July 4, 2011. View details of our 1st Annual Honoring our Heros contest.
Braveheart is one of the sweetest and gentlest horses we have (we have a lot of horses with great personalities). He getts along with ANY other horse, any time, any where. Braveheart is the one we go to when one of the foals is having a hard time for whatever reason. Among many of his outstanding qualities are his feathering, and full mane and tail. His color is just beautiful.
If this Gypsy Vanner gelding matures to be even half as nice as his sire, Blue Steele, he will be amazing. He will make someone a wonderful partner. He has very nice movement and would excel at a wide variety of disciplines. He is great with kids and loves attention. Braveheart is a very easy going horse and will make some Veteran happy!
Pedigree
Sire: Blue Steele
Blue Steele is a tremendous grey Gypsy Vanner Gelding. He has a great pedigree. His sire is Tom Harker’s Greyson and his dam is Tom Harker’s Grey Mare. He is an absolutely beautiful grey gelding and has a full sister named Summer Sky. Read MoreTobiano | |
TT
|
Homozygous. Horse carries two copies of the Tobiano gene. This horse will always produce Tobiano offspring. |
nT
|
Heterozygous. Horse carries one copy of the Tobiano gene. |
nn
|
Negative for Tobiano. |
LWO | |
OO
|
Homozygous. Lethal White Foal. Horse was born with a lethal genetic intestinal disorder. |
nO
|
Heterozygous. Horse carries one copy of the LWO gene. Horse will usually exhibit the frame overo pattern. |
nn
|
Negative for Frame Overo (LWO). |
Sabino1 | |
Sb1Sb1
|
Homozygous. Maximum white sabino. Horse carries two copies of the Sabino 1 gene. |
nSb1
|
Heterozygous. Horse carries one copy of the Sabino1 gene. Horse will exhibit sabino characteristics. |
nn
|
Negative for the Sabino 1 gene. |
Red/Black Factor | |
ee
|
Homozygous Red. Horse carries two copies of the Red gene. Horse has a red base pigment. |
Ee
|
Heterozygous. Horse is Black based but carries a recessive copy of the Red gene. |
EE
|
Homozygous for Black Factor. Horse carries two copies of the Black gene. Horse is Black based. |
Agouti | |
aa
|
Non-Agouti. If horse is black based (E), black pigment will be evenly distributed. |
Aa
|
Heterozygous. Horse carries one copy of the Agouti gene. |
AA
|
Homozygous for Agouti. Horse carries two copies of the Agouti gene. |
Cream | |
CrCr
|
Homozygous. Double dilute. Horse carries two copies of the Cream Dilution gene. |
nCr
|
Heterozygous. Single dilute. Horse carries one copy of the Cream Dilution gene. |
nn
|
Negative for Cream Dilution. |
Silver | |
ZZ
|
Homozygous. Horse has two copies of the Silver Dilution gene. |
nZ
|
Heterozygous. Horse carries one copy of the Silver Dilution gene. |
nn
|
Negative for Silver Dilution. |
Champagne | |
ChCh
|
Homozygous. Horse has two copies of the Champagne Dilution gene. |
nCh
|
Heterozygous. Horse carries one copy of the Champagne Dilution gene. |
nn
|
Negative for Champagne Dilution. |
Pearl | |
PrlPrl
|
Homozygous. Horse has two copies of the Pearl Dilution gene. |
nPrl
|
Heterozygous. Horse carries one copy of the Pearl Dilution gene. |
nn
|
Negative for Pearl Dilution. |
Gray | |
GG
|
Homozygous. Horse has two copies of the Gray gene and will always produce offspring that will gray. |
Gg
|
Heterozygous. Horse carries one copy of the Gray gene. |
gg
|
Negative for the Gray gene. |