Test Mating

Sire: Lloyds of London | Dame: Laila

1. Select sire 2. Select dame 3. Result

Number of generations: 1 2 3 4 5 6 7 8 9 10 11 12 | Inbreeding: 0% over 6 generations

Offspring ()
Kitnhuyse Lloyds of London (Sphynx)
Rainbow Warriors Mr Haircule P (Sphynx F1)
Anubis (van) Voila Gunubi (Sphynx F2)
Gunzhof Easter Sunrise (Sphynx)
Gunzhof Desert Storm (Sphynx)
Safram Alienne (Sphynx)
Anubis (van) Blue Surprise (Sphynx)
Grandpaws Pistol Pete (Sphynx F1)
Grandpaws Blueberry (Sphynx F1)
Rainbow Warriors Ms Furry Kulla (Sphynx F1)
Anubis (van) Voila Gunubi (Sphynx F2)
Gunzhof Easter Sunrise (Sphynx)
Anubis (van) Blue Surprise (Sphynx)
Ortisei Esmyralda (BOS)
Calles (de la) Mowgli (BOS)
Madaya Honeysuckie (BUR)
Whiskerhill Jitterbug (Sphynx)
Foxwellhall J Cruz (Sphynx F3)
Grandpaws Razzle Dazzle (Sphynx F2)
Grandpaws Pistol Pete (Sphynx F1)
Grandpaws Tiger Lily (XSH)
Jinjorbred Prunella (Sphynx F2)
Djentle Djazzex (Sphynx F1)
Jokatta No Barrettes (Sphynx F2)
Kitnhuyse Filine (Sphynx)
Rinkurl Dream Lover (Sphynx F3)
Rinkurl Good Will Jester (Sphynx F3)
Z. Stardust Winnie Rinkle (Sphynx)
Rinkurl Ursula Undress (Sphynx F3)
Rinkurl Hot Rod (Sphynx F3)
Rinkurl Brendas Bathsheba (Sphynx F2)
Zene Hebe Laila (Sphynx F1)
HCM: negative
Noxalys Henriot Jerobaum (Sphynx)
HCM: negative HCM: negative HCM: negative PKD echo: negative
Wesopa (van) Dobey (Sphynx)
HCM: negative HCM: negative HCM: negative
Vecchio Mulino (del) Hacker Naked (Sphynx)
HCM: negative
Radjasthan Osaka (Sphynx)
Nefertiti Nabila (Sphynx)
Moesasji Fatos (Sphynx)
Du Clos des Orchidees Okinawa (Sphynx F3)
HCM: negative
Koldunoueas Sterelli (Sphynx F3)
HCM: negative
Noxalys Magic Pearl (Sphynx)
HCM: negative HCM: negative
On-Line Toyboy (Sphynx F2)
HCM: negative HCM: negative
Faraos Trouble Shooter (Sphynx F2)
HCM: negative
Faraos Black Velvet (Sphynx)
HCM: negative
Ellerie Getver (Sphynx)
HCM: negative
Eagle's Nest Thunderheart (Sphynx F2)
Nexelindjes Naith (Sphynx)
Argentum Layla (DSH)
unknown n/a n/a
n/a
n/a n/a
n/a
unknown n/a n/a
n/a
n/a n/a
n/a

Number of generations: 1 2 3 4 5 6 7 8 9 10 11 12