“Echo”
Chantelle Here We Go Again of LCM, CGC, CGCA, CGCU
CH Smithaven Windfall Reach For The Sky ('Sky')
Chantelle Taylor Made ('Taylor')
About Echo
Echo joined us from Gloria Miller's renowned Chantelle Golden Retrievers, sired by CH Smithaven Windfall Reach For The Sky ('Sky') and out of Chantelle Taylor Made ('Taylor'). Echo holds the prestigious triple crown of AKC Canine Good Citizen titles: CGC, CGCA (Community), and CGCU (Urban). Full health testing on file with OFA and complete DNA panel via EMBARK.
“Impeccably mannered, intuitive, rock-solid stability in urban and farm environments alike.”
“Here We Go” — *NSYNC
OFA Health Clearances & Genetic Panel
Verified official orthopedic and genetic health clearances • AKC: SS02926304 • CHIC: 145669
| Test / Screen | Official Result | OFA # / Reference | Status |
|---|---|---|---|
| Hips | OFA Good | GR-127585G24F-VPI | Clear / Passed |
| Elbows | OFA Normal | GR-EL47153F24-VPI | Clear / Passed |
| Eyes | CAER Normal / Clear | GR-EYE18253/70F-VPI | Clear / Passed |
| Thyroid | OFA Normal | GR-TH3877/24F-VPI | Clear / Passed |
| DNA Genetics | Embark Tested Clear | On Record | Clear / Passed |
| Cardiac | NORMAL AUSC ONLY | GR-ACA3661/13F-VPI | Clear / Passed |
| DM | Clear / Normal (DNA) | GR-DM1097/23F-PI | Clear / Passed |
| GOLDEN RETRIEVER NEURONAL CEROID LIPOFUSCINOSIS (NCL) | Clear / Normal (DNA) | GR-CL5-2282/23F-PI | Clear / Passed |
| PRA | prcd-PRA CLEAR/NORMAL | GR-PRA1390/23F-PI | Clear / Passed |
| Ichthyosis | Clear / Normal (DNA) | GR-I2-256/49F-PI | Clear / Passed |
| MUSCULAR DYSTROPHY | Clear / Normal (DNA) | GR-MD252/23F-PI | Clear / Passed |
Copies of official OFA certificates and 5-generation pedigrees provided with every placed puppy.
OFA = Orthopedic Foundation for AnimalsInterested in Litters with Echo in their pedigree?
We plan our pairings around the exceptional health clearances and dispositions of dogs like Echo. We do not maintain email notification lists; all breeding announcements are posted directly on our Planned Litters page when breedings occur.