Lexlin’s Stoney The Blue Blagdon Horse (Son of Lloyds) x Hailey of LexLin
Highlights
Stoney is featured in our new November Gypsy Horse Auction! Here’s a great opportunity to get a wonderful young Gypsy Vanner at an extremely affordable price! Visit Stoney’s auction listing here! Stoney is a wonderful Gypsy Vanner gelding. His sire is The Blue Blagdon Horse (Son of Lloyds) and his dam is…- Breed: Gypsy Vanner
- Gender: Gelding
- DOB: 06-05-2009
- Base Color: Black
- Additional Color: White
- Marking Pattern: Piebald
- Height: 14.3
- Weight: 1,050 lbs
- DNA #: H10-00322
Registrations
- Gypsy Vanner Horse Society: GV02044P
Biography
Stoney is featured in our new November Gypsy Horse Auction!
Here’s a great opportunity to get a wonderful young Gypsy Vanner at an extremely affordable price!
Visit Stoney’s auction listing here!
Stoney is a wonderful Gypsy Vanner gelding. His sire is The Blue Blagdon Horse (Son of Lloyds) and his dam is Hailey. He has a wonderful personality, loves to be scratched and will do anything you ask. He has been handled since birth, is easy to bath, and will stand for the farrier and vet. He will make a wonderful family riding and driving horse when he’s full grown!
Pedigree
Lexlin’s StoneyDNA# H10-00322Hailey of LexLinDNA# H10-00061The Blue Blagdon Horse (Son of Lloyds)LloydSuperior DaughterThomas’ BayDNA# H13-00906 / H07-15694Banjo Daughter (Donna’s Thomas’ Mare)Lake Ridge British SterlingRawlings QueensSuperiorVines Bay MareNobbyMiss Lucky LadyBanjoThe Black Mare
Dam: Hailey of LexLin
Hailey is a beautiful Gypsy Vanner mare sired by the one and only Thomas’ Bay stallion. She is a quality mare with good feathering, mane, and tail. She has a very sweet disposition and is just very easy going. She has good conformation and solid bone. She has also thrown foals that... 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. |