Breeding English Springer Spaniels

Complete Guide for Responsible Breeders

Breeding English Springer Spaniels requires navigating a unique dual-type breed structure, managing a 24.6x elevated risk for Progressive Retinal Atrophy, and maintaining the balance between field-bred working ability and bench-bred conformation excellence. This comprehensive guide covers health testing protocols, genetic management, reproductive strategies, and economic realities specific to the English Springer Spaniel.

Breed Overview

The English Springer Spaniel's lineage traces back to land spaniels used in Renaissance Europe for flushing game. The first pure line wasn't developed until around 1800 in Shropshire, England, where larger spaniel littermates were called "springers" for their ability to spring game from cover. The breed was officially recognized by the English Kennel Club in 1902 and by the American Kennel Club in 1910, making it one of the foundation sporting breeds.

Today's English Springer Spaniel exists in two distinct types that significantly impact breeding decisions. Field-bred dogs emphasize working ability, birdiness, and stamina, typically showing lighter bone structure and higher energy drives. Bench-bred dogs focus on conformation standards, exhibiting heavier bone, more profuse coats, and calmer temperaments suited to companionship. While the AKC standard does not separate these types, responsible breeders must choose which direction their program will pursue, as crossing field and bench lines often produces puppies unsuited for either purpose.

The breed currently ranks 26th in AKC registrations with a stable registration trend, reflecting consistent demand from both hunting enthusiasts and families seeking versatile sporting companions. Among sporting breeds, the English Springer Spaniel shares its spaniel heritage with the Cocker Spaniel and competes for similar niches as other versatile gun dogs like the Golden Retriever and Vizsla. This dual appeal creates market opportunities but also obligates breeders to clearly identify their breeding program's focus.

The parent club, the English Springer Spaniel Field Trial Association (ESSFTA), maintains comprehensive breeding guidelines, health research initiatives, and mentorship programs. ESSFTA membership and adherence to their Code of Ethics demonstrates commitment to breed preservation.

Breed Standard Summary for Breeders

The AKC standard describes the English Springer Spaniel as "a compact, medium-sized sporting dog built for endurance and moderate speed," emphasizing power, stamina, and agility. For breeding stock selection, understanding which elements affect function versus aesthetics is critical.

Size specifications: Males stand 19-20 inches and weigh 45-55 pounds; females stand 18-19 inches and weigh 40-50 pounds. These parameters are moderately forgiving, but breeders should avoid extremes. Oversized dogs lose agility and endurance; undersized dogs lack the substance to work in heavy cover or retrieve larger game.

Structural priorities for breeding decisions: The standard places premium importance on correct front and rear angulation enabling efficient, ground-covering movement. A well-laid-back shoulder (ideally 90-degree shoulder-upper arm angle) paired with moderate rear angulation creates the reach and drive essential for all-day field work. Straight shoulder assembly appears on the serious faults list specifically because it restricts front reach, produces choppy gait, and causes premature soundness breakdown.

The head and expression define breed type. Breeders should select for the characteristic kind, trusting expression created by moderate stop, well-developed brow, and almond-shaped eyes set at medium obliqueness. Avoid excessively refined or overly coarse heads—both detract from the breed's balanced appearance and can indicate other structural compromises.

Coat requirements specify medium length, flat or wavy texture, and weather-resistant properties. Field breeders typically prefer moderate feathering to avoid burrs and debris; bench breeders accept more profuse coats. Either is correct within the standard, but breeding for excessive coat compromises working ability and increases grooming demands.

Notable: The English Springer Spaniel standard contains no disqualifications. This reflects the breed's functional heritage where soundness, temperament, and working ability outweigh cosmetic perfection. However, serious faults include excessive timidity or aggressiveness, choppy or stilted gait, straight shoulders, incorrect bite, lack of substance or excessive heaviness, and poor temperament. Dogs exhibiting these faults should be excluded from breeding programs regardless of other virtues.

Reproductive Profile

English Springer Spaniels demonstrate reliable fertility and manageable litter sizes that support sustainable breeding programs. Average litter size is 6 puppies, with a typical range of 4-8 puppies per litter. Litters below 4 or above 9 occur but are uncommon.

The breed's C-section rate of 12% is significantly lower than the brachycephalic average of 80%+ and favorable compared to many other breeds. Most English Springer Spaniels whelp naturally without intervention, though breeders should monitor for occasional uterine inertia requiring oxytocin support. In small females carrying larger-than-average puppies, dystocia can occur, making experienced supervision essential.

Fertility considerations specific to English Springer Spaniels: Young females occasionally experience split heats (two heat cycles occurring 3-4 weeks apart with only the second being fertile), which can complicate breeding timing for novice breeders. Progesterone testing eliminates guesswork. Older females over 6 years may show declining conception rates, though many remain fertile through age 7-8. Rare cases of immune-mediated reproductive issues have been documented in the breed, presenting as repeated failure to conceive despite normal cycles and confirmed breeding dates.

Artificial insemination suitability: Natural breeding is strongly preferred and successful in most cases. Fresh and chilled AI are commonly used for distance breedings, with conception rates approaching natural breeding when properly timed. Frozen AI is possible but shows slightly lower conception rates. Surgical AI is rarely necessary in this breed, as the female reproductive anatomy accommodates transcervical insemination well.

Breeders maintaining field and bench lines separately should note that outcrossing between types, while genetically sound, typically produces puppies unsuited for specialized purposes. Field-to-field and bench-to-bench breedings maintain type consistency that buyers expect.

Breeding Age and Timeline

The English Springer Spaniel Field Trial Association recommends a minimum breeding age of 3 years for females, which is stricter than many breed clubs' guidelines. This recommendation reflects the need to complete all required health testing (hip and elbow evaluations require 24 months minimum age) and evaluate structural soundness and temperament through maturity before committing genetics to the next generation.

Female first heat typically occurs between 6-12 months of age. Breeding on first or second heat is strongly discouraged, as physical and mental maturity are incomplete. Responsible breeders wait until females are fully health tested, titled or proven in their intended discipline (field trials, hunt tests, or conformation), and have demonstrated stable temperament.

Recommended first breeding ages:

• Females: 2-3 years minimum, with ESSFTA recommending 3 years. This allows completion of OFA hip and elbow evaluations (24-month minimum), multiple CAER eye exams, DNA testing, and temperament evaluation through maturity.
• Males: 2-3 years, after collecting OFA clearances, eye clearances, and proof of working ability or conformation quality. Males can remain fertile and useful to breeding programs well into their senior years if health remains sound.

OFA minimum testing age: 24 months for final hip and elbow evaluations. Preliminary evaluations can be performed at 16-18 months for breeding program planning but are not considered final certifications.

Maximum recommended litters per female: 6 lifetime litters, with retirement by age 6-8 years. Breeding every heat cycle is neither necessary nor advisable; allowing recovery time between litters maintains dam health and puppy quality.

Complete breeding timeline:

1. 18-24 months: Complete preliminary health testing (hips, elbows, eyes, DNA panels)
2. 24 months: Obtain final OFA certifications; evaluate working ability or show potential
3. 2-3 years: First breeding after confirming all health clearances, temperament stability, and program fit
4. During pregnancy: Progesterone testing to time breeding (days 4-6 of heat for initial rise, then every 2-3 days); prenatal vet visits at 30 and 50 days; whelping area preparation
5. Whelping: Day 58-63 typical gestation
6. Birth through 8 weeks: Puppy development monitoring, veterinary exams, first vaccinations, AKC registration
7. 8 weeks: Puppy placement with ongoing breeder support

Required Health Testing

The Canine Health Information Center (CHIC) program for English Springer Spaniels requires five specific tests, reflecting the breed's documented hereditary health risks. Achieving CHIC certification demonstrates minimum responsible breeding standards, though many conscientious breeders exceed these requirements.

CHIC required tests:

1. Hip Dysplasia evaluation via OFA or PennHIP (one-time after 24 months, estimated cost $200). Screens for hip joint malformation and degenerative joint disease. English Springer Spaniels show moderate hip dysplasia prevalence with heritability estimates around 0.57, indicating strong genetic influence. Both parents should have OFA ratings of Fair or better; Excellent or Good ratings are preferred.

2. Elbow Dysplasia evaluation via OFA (one-time after 24 months, estimated cost $150). Screens for fragmented coronoid process, ununited anconeal process, and osteochondritis dissecans. The breed shows moderate elbow dysplasia prevalence with heritability around 0.29. Both parents should have OFA Normal ratings.

3. Eye examination via CAER/CERF (annual, estimated cost $75 per year). Screens for Progressive Retinal Atrophy, retinal dysplasia, cataracts, entropion, and other inherited eye diseases. This is an annual requirement because some conditions develop or progress over time. Breeders should maintain current eye clearances on all breeding stock.

4. PRA-cord1/PRA-crd4 DNA test (one-time, estimated cost $75). Screens for the RPGRIP1 gene mutation causing Progressive Retinal Atrophy. This test is critical given that English Springer Spaniels are 24.6 times more likely to develop PRA than other breeds. Genetic testing identifies Clear, Carrier, and Affected dogs, enabling breeders to avoid producing Affected puppies through strategic pairings.

5. DNA Repository via OFA (one-time, estimated cost $40). Banks DNA samples for future genetic research and verification purposes.

Total estimated CHIC testing cost per dog: $540 for initial certification, plus $75 annually for eye examinations. Breeding dogs require eye exams every 12 months, adding $75/year throughout their breeding career.

Additional recommended tests beyond CHIC minimum:

• PFK Deficiency DNA test ($75): Screens for Phosphofructokinase enzyme deficiency causing exercise intolerance and hemolytic anemia. While mostly eliminated through testing, a 2.7% carrier rate persists in the population. Testing prevents producing Affected puppies.
• Cardiac evaluation via OFA ($100): Detects congenital heart diseases that can shorten lifespan or affect working ability.
• Thyroid panel via OFA ($120): Screens for autoimmune thyroiditis and hypothyroidism, which can affect fertility, coat quality, and temperament.

Responsible breeders test for PFK deficiency in addition to CHIC requirements, given the condition's serious clinical impact and the availability of a definitive DNA test. The combined cost of CHIC plus PFK testing totals $615 per dog, excluding annual eye exams.

Where to obtain testing: OFA evaluations (hips, elbows, cardiac, thyroid) are submitted through veterinarians and board-certified specialists. CAER eye exams must be performed by board-certified veterinary ophthalmologists (find providers at ACVO.org). DNA tests (PRA, PFK) can be ordered through OFA, Embark, or Paw Print Genetics with simple cheek swab sample collection.

Hereditary Health Conditions

English Springer Spaniels face several significant hereditary health conditions that responsible breeders must understand, test for, and manage through strategic breeding decisions.

Progressive Retinal Atrophy (PRA-cord1/crd4)

Prevalence: English Springer Spaniels are 24.6 times more likely to develop PRA than other breeds, making this the single most critical health concern in the breed. Exact population prevalence is unknown, but the condition is significant enough to warrant mandatory DNA testing in the CHIC program.

Inheritance mode: Autosomal recessive caused by mutation in the RPGRIP1 gene. Dogs inheriting two copies of the mutant gene (Affected) develop PRA; those with one mutant copy (Carriers) are clinically normal but can pass the mutation to offspring; those with two normal copies (Clear) cannot develop or transmit PRA.

DNA test available: Yes. This is a definitive test identifying Clear, Carrier, and Affected dogs with 100% accuracy.

Clinical signs: Progressive night blindness beginning around age 2-5 years, advancing to complete blindness. Affected dogs show dilated pupils, increased eye shine in photographs, reluctance to navigate in dim light, and gradual loss of daytime vision. No treatment exists.

Age of onset: 2-5+ years, though some cases appear as early as 2 years. The progressive nature means dogs may pass eye exams as young adults but later develop clinical disease.

Breeding strategy: The DNA test eliminates the need to produce Affected puppies. Clear-to-Clear breedings produce 100% Clear puppies. Clear-to-Carrier breedings produce 50% Clear and 50% Carrier puppies (all clinically normal). Carrier-to-Carrier breedings produce 25% Affected puppies and should be avoided. Affected dogs should never be bred. Some breeders use Carriers in carefully planned breedings to maintain genetic diversity, always pairing them with Clear dogs.

Phosphofructokinase (PFK) Deficiency

Prevalence: University of Pennsylvania studies found a 2.7% carrier rate in randomized samples. The condition exists in both field and bench lines but has been largely controlled through DNA testing.

Inheritance mode: Autosomal recessive. Same pattern as PRA—two copies cause disease, one copy causes carrier status, zero copies are clear.

DNA test available: Yes. Definitive test identifying Clear, Carrier, and Affected status.

Clinical signs: Exercise intolerance, muscle cramps, weakness, pigmenturia (dark urine from muscle breakdown), and intermittent hemolytic anemia. Episodes are triggered by high temperatures, excitement, or strenuous exercise. Severity varies from mild exercise intolerance to life-threatening crises.

Age of onset: Variable. Signs may appear in young adults during training or remain subclinical in dogs with moderate activity levels.

Breeding strategy: Similar to PRA management. Test all breeding stock and avoid Carrier-to-Carrier or Affected breedings. The low carrier rate means most breedings pose no risk, but testing confirms safety.

Hip Dysplasia

Prevalence: Moderate prevalence in the breed. Heritability estimates around 0.57 indicate strong genetic influence—more than half of phenotypic variation is genetic rather than environmental.

Inheritance mode: Polygenic (multiple genes) with environmental factors (growth rate, exercise, nutrition) modifying expression.

DNA test available: No. Radiographic evaluation via OFA or PennHIP is the only assessment method.

Clinical signs: Rear limb lameness, difficulty rising, "bunny hopping" gait, decreased activity, reluctance to jump or climb stairs. Severity ranges from mild arthritis to debilitating joint disease requiring surgical intervention.

Age of onset: Signs typically appear 6 months to 2 years, though radiographic changes may be evident earlier. Some mildly affected dogs remain asymptomatic until middle age when arthritis develops.

Breeding strategy: Breed only OFA Fair or better (preferably Good or Excellent). High heritability means offspring strongly resemble parents. Selecting for superior hips progressively improves population scores. Avoid breeding Borderline or Dysplastic dogs even if asymptomatic.

Elbow Dysplasia

Prevalence: Moderate prevalence. The breed is listed among those commonly affected.

Inheritance mode: Polygenic with environmental factors. Heritability estimates around 0.29 indicate moderate genetic influence.

DNA test available: No. Radiographic evaluation via OFA required.

Clinical signs: Front limb lameness, elbow swelling, reduced range of motion, gait abnormalities. Leads to severe osteoarthritis in many cases.

Age of onset: 4-10 months in rapidly growing dogs.

Breeding strategy: Breed only OFA Normal elbows. The lower heritability compared to hips suggests environmental factors play larger roles, but genetic selection still drives improvement.

Retinal Dysplasia

Prevalence: Present in the breed but less common than PRA. Exact prevalence unknown.

Inheritance mode: Suspected hereditary but mode unclear.

DNA test available: No. Detected through annual CAER eye examinations.

Clinical signs: Congenital retinal malformation with folds or geographic areas of retinal degeneration. Most cases are mild focal or multifocal dysplasia with minimal vision impact. Severe cases with geographic dysplasia or retinal detachment cause blindness.

Age of onset: Present at birth; detected during ophthalmologic examination.

Breeding strategy: Mildly affected dogs with focal or multifocal dysplasia are often bred if other qualities warrant, as impact is minimal. Dogs with geographic dysplasia or detachment should not be bred. Annual eye exams detect new cases.

Immune-Mediated Hemolytic Anemia (IMHA)

Prevalence: Relatively uncommon but recognized in the breed.

Inheritance mode: Unknown; likely polygenic with environmental triggers (infections, vaccinations, medications).

DNA test available: No.

Clinical signs: Lethargy, pale gums, jaundice, rapid breathing, dark urine, collapse. This is an acute, life-threatening condition even with aggressive veterinary treatment.

Age of onset: Middle-aged adults most commonly affected.

Breeding strategy: Difficult due to unknown inheritance. Avoid breeding close relatives of affected dogs. Some breeders recommend avoiding daughters of affected dams.

Seizure Disorders

Prevalence: Relatively rare but familial patterns exist in some lines.

Inheritance mode: Unknown; likely polygenic.

DNA test available: No.

Clinical signs: Generalized seizures, loss of consciousness, paddling, salivation, loss of bowel/bladder control. May be primary (idiopathic epilepsy) or secondary to other conditions.

Age of onset: Variable. Idiopathic epilepsy typically presents 1-5 years.

Breeding strategy: Do not breed affected dogs. Avoid breeding siblings or parents of affected dogs unless the condition is confirmed secondary to non-heritable causes.

The comprehensive CHIC testing protocol addresses the breed's most significant heritable conditions (PRA, hip dysplasia, elbow dysplasia, retinal dysplasia). Adding PFK testing closes the gap on DNA-testable conditions. Breeders should track health outcomes in placed puppies to identify emerging concerns not covered by current testing protocols.

Color and Coat Genetics

English Springer Spaniel color genetics are moderately complex, involving several loci that interact to produce the breed's characteristic patterns. Understanding these genetics helps breeders predict puppy colors and avoid surprises.

AKC accepted colors and patterns:

• Black and White
• Liver and White
• Black, White and Tan (Tricolor)
• Liver, White and Tan (Tricolor)
• Blue Roan
• Liver Roan
• Blue Roan and Tan
• Liver Roan and Tan

No disqualifying colors exist in the English Springer Spaniel standard. All colors are equally acceptable for conformation showing and breeding.

Relevant genetic loci:

B locus (TYRP1): Controls black vs liver pigmentation. Black (B/-) is dominant over liver (b/b). A dog needs two copies of the recessive liver allele to express liver coloration. Black dogs can be BB (cannot produce liver puppies) or Bb (can produce liver puppies when bred to another Bb or b/b dog). DNA testing can identify carriers.

A locus (ASIP): Controls distribution of pigment. Most English Springer Spaniels are tan point (at/at), expressing tan markings on eyebrows, muzzle, chest, and legs in tricolor patterns. This is often masked by extensive white spotting from the S locus.

E locus (MC1R): Wild type (E/-) allows normal pigment distribution. Most English Springer Spaniels are E/E or E/Em. The melanistic mask allele (Em) is present but rarely visible due to white facial markings.

S locus (MITF): Creates the piebald white spotting pattern characteristic of the breed. English Springer Spaniels are sp/sp (piebald), producing extensive white areas with colored patches. The amount and distribution of white vs colored patches varies considerably, creating unique individual patterns.

T locus: Controls ticking and roan patterns. Ticked dogs show small colored spots in white areas; roan dogs show heavy intermingling of colored and white hairs creating the distinctive roan appearance. Roan is present at birth (though sometimes subtle) and becomes more pronounced with age. Ticking develops after birth, usually visible by 3-4 weeks.

Color breeding predictions:

• Black/White to Black/White: Can produce black/white or liver/white puppies if both parents carry liver (Bb). 100% black/white if either parent is BB.
• Liver/White to Liver/White: Produces 100% liver/white puppies (both parents are b/b).
• Black/White to Liver/White: All puppies are black/white but carry liver (Bb).
• Tricolors: Require tan point genes (at/at) from both parents. Breeding two tricolors produces 100% tricolor puppies.

No health-linked color issues exist in English Springer Spaniels. Unlike breeds where dilute colors or merle patterns carry health risks, all English Springer Spaniel colors are equally healthy. Breeders can select colors based on preference, market demand, or breeding program goals without health concerns.

DNA color testing availability: B locus tests are widely available through Embark, Paw Print Genetics, and other labs, confirming liver carrier status. A locus and E locus tests are also available. These tests are optional but useful for breeding program planning.

The moderate complexity of English Springer Spaniel color genetics means breeders can predict most outcomes with basic understanding. Surprises occur occasionally when recessive genes surface unexpectedly, but all results are acceptable within the breed standard.

Selecting Breeding Stock

Selecting superior breeding stock for English Springer Spaniels requires evaluating conformation, health testing, temperament, working ability (or show success), and genetic diversity. The breed's dual purpose and field/bench type split means breeders must first define their program focus.

Conformation priorities from the breed standard:

Movement and gait rank highest in importance (9/10) when evaluating English Springer Spaniel breeding prospects. Judges and breeders alike prioritize smooth, efficient, ground-covering movement demonstrating proper reach and drive. Poor movement indicates structural faults that compromise working ability and breed type.

Correct front assembly (shoulder layback and upper arm length) and rear assembly (angulation and muscling) create the balanced movement essential to the breed. A well-laid-back shoulder paired with a long upper arm provides front reach; moderate rear angulation with strong muscling provides drive. These elements work together—excellent rears cannot compensate for straight fronts, and vice versa.

Temperament equals movement in importance (9/10). English Springer Spaniels must exhibit friendly, eager-to-please dispositions with natural biddability. Excessive timidity or aggressiveness appear on the serious faults list because temperament defects undermine the breed's suitability as hunting companions and family dogs. Do not breed dogs with questionable temperaments regardless of other virtues.

Key structural must-haves:

• Sound movement free from choppy, stilted, or inefficient gaits
• Well-laid-back shoulders (avoid straight shoulder assembly—a serious fault)
• Moderate rear angulation balancing front assembly
• Correct head type with kind expression
• Moderate bone and substance (neither refined/weedy nor coarse/heavy)
• Proper coat texture: medium length, flat or wavy, weather-resistant

Common faults to select against:

• Straight shoulders limiting front reach (serious fault)
• Stilted or choppy movement (serious fault)
• Excessive coat (too profuse or soft texture)
• Light bone or excessive refinement
• Improper temperament—timidity or aggression (serious fault)
• Poor rear angulation creating imbalance
• Incorrect head type (too coarse or too refined)

Temperament evaluation: Observe candidates in multiple contexts: with family, with strangers, with other dogs, during training, and during stressful situations. English Springer Spaniels should be friendly, confident, and biddable. For field-bred dogs, assess natural retrieving instinct, birdiness (desire to hunt and flush game), and trainability. The ESSFTA recommends prospective puppy buyers meet both parents to assess temperament—breeders should apply this standard to their own selection criteria.

Working ability or show quality: Field breeding programs should prioritize proven hunting ability, typically demonstrated through field trial placements, hunt test titles (Junior Hunter minimum, Master Hunter preferred), or extensive real-world hunting success. Bench breeding programs should prioritize conformation championships or Grand Championship points, demonstrating quality recognized by multiple judges. Breeding untitled, unproven dogs perpetuates mediocrity.

Coefficient of Inbreeding (COI) targets: The breed's average COI is 9.5%, with a target of 10% or below. This relatively high target compared to some breeds (many aim for 5-6%) reflects population structure and the field/bench type split limiting outcross options within types. Breeders should calculate COI for proposed breedings (using 10-generation databases when possible) and avoid breedings that substantially increase COI above breed average. Inbreeding increases the probability of expressing recessive health conditions and reduces overall vigor.

Stud selection criteria: Beyond health testing, temperament, and structure, evaluate the stud's production record. Has he produced quality puppies in previous breedings? Do his offspring show consistent type and temperament? Are there health issues in his offspring? A proven stud with multiple titled offspring provides more confidence than an untested young dog, even if the young dog appears superior individually.

Stud fees: Range from $800-$1,500 for English Springer Spaniels, with field-champion and dual-champion studs commanding premium fees. Some stud owners offer "puppy back" arrangements (breeder receives pick puppy instead of cash payment) or repeat breeding guarantees if the breeding fails to produce puppies. Clarify all terms before breeding.

Show vs breeding quality distinctions: Not every conformation champion or field champion should be bred. Breeding decisions should incorporate health testing, temperament, production record, and genetic diversity alongside performance titles. Conversely, some untitled dogs with excellent structure, health, and temperament may contribute valuable genetics if they address specific program needs (introducing new bloodlines, correcting specific faults, etc.). Titles indicate quality but don't guarantee breeding merit.

Whelping and Neonatal Care

English Springer Spaniels typically whelp naturally without complications, though breeders should prepare for interventions when necessary. The breed's 12% C-section rate is favorable compared to many breeds, reflecting appropriate head-to-pelvis proportions and absence of extreme brachycephalic features.

Natural whelping vs C-section: Natural whelping is the norm and expectation. Most English Springer Spaniel dams progress through labor normally, delivering puppies without assistance. However, breeders should monitor closely for signs requiring veterinary intervention: prolonged stage one labor (12+ hours of restlessness, panting, nesting without progression to active contractions), prolonged stage two labor (active pushing 30-60 minutes without puppy delivery), or puppies stuck in the birth canal.

Breed-specific complications:

• Occasional uterine inertia: Some dams experience weak or absent contractions despite full-term pregnancy. Primary uterine inertia (failure to initiate labor) is rare; secondary uterine inertia (contractions cease mid-whelping after delivering some puppies) is more common. Oxytocin administration often restarts contractions if administered appropriately (requires cervical dilation and no obstructions). Emergency C-section becomes necessary if oxytocin fails or cannot be safely administered.
• Large puppy size in small females: Females at the lower end of the size range (18 inches, 40 pounds) carrying larger-than-average puppies may experience dystocia. Monitoring whelping closely allows early intervention.
• Rare primary uterine inertia: Some dams simply fail to initiate labor despite reaching full term (day 63+). Progesterone monitoring in the final week (progesterone drops below 2 ng/ml 24-48 hours before labor) helps predict whelping timing and identify abnormal delays requiring C-section.

Expected birth weights:

• Males: 7-10 oz (0.44-0.62 lbs)
• Females: 6-9 oz (0.38-0.56 lbs)

Puppies substantially smaller (under 6 oz) may be premature or weak, requiring supplemental feeding and intensive monitoring. Puppies substantially larger (over 12 oz) may indicate gestational timing errors or unusually large litter mates.

Daily weight gain targets: Puppies should gain 5-10% of birth weight daily, doubling their birth weight by day 10. A 9-oz puppy should weigh 18 oz by day 10. Weigh puppies daily for the first two weeks; any puppy failing to gain weight or losing weight requires immediate intervention (supplemental feeding, warming, veterinary examination). Steady weight gain indicates adequate milk production and puppy vigor.

Fading puppy syndrome: English Springer Spaniels, like all breeds, occasionally lose puppies to fading puppy syndrome in the first two weeks. Causes include congenital defects, infectious diseases, inadequate milk intake, hypothermia, and hypoglycemia. Early recognition is critical. Warning signs include failure to gain weight, weakness, crying persistently, cool body temperature, and falling behind littermates. Tube feeding colostrum or milk replacer, warming to 95-99°F, and veterinary examination may save at-risk puppies.

Supplemental feeding: Most English Springer Spaniel dams produce adequate milk for litters of 6-8 puppies. Exceptionally large litters (9+) or dams with inadequate milk production require supplemental feeding with commercial milk replacer. Tube feeding ensures precise delivery; bottle feeding is less efficient but allows puppies to practice suckling.

Dewclaw removal and tail docking: Traditional English Springer Spaniel breeding practices include removing front dewclaws and docking tails at 3-5 days of age. Dewclaw removal prevents injuries during field work; tail docking to approximately 1/3 to 1/2 adult length creates the characteristic Springer appearance and prevents tail injuries while hunting in heavy cover.

These practices are increasingly controversial. Some European countries have banned tail docking and dewclaw removal for non-medical reasons. American breeders continue these practices widely, but some elect to leave tails natural (particularly in field lines where tails provide balance and communication signals). Discuss with your veterinarian and consider your breeding program focus and puppy buyers' expectations. AKC conformation showing accepts natural tails but docked tails remain the norm.

Ear cropping: Not performed in English Springer Spaniels. The breed standard calls for natural pendant ears.

Neonatal care checklist:

• Maintain whelping room temperature 75-80°F for the first week
• Monitor puppies' weight daily
• Observe nursing behavior (all puppies should nurse vigorously)
• Inspect umbilical cords daily for infection
• Begin early neurological stimulation (ENS) protocols at day 3-16 if desired
• Trim nails weekly starting at 2-3 weeks (prevents scratching dam)
• Begin deworming at 2 weeks and repeat every 2 weeks through placement
• Introduce solid food at 3-4 weeks (gradual weaning process)

Puppy Development Milestones

English Springer Spaniel puppies follow predictable developmental milestones from birth through placement, though individual variation exists. Understanding these milestones helps breeders provide appropriate socialization, identify developmental delays, and educate puppy buyers.

Growth chart:

Birth to 2 weeks (Neonatal period): Puppies are born with eyes and ears sealed, limited mobility, and complete dependence on the dam. They sleep 90% of the time, waking only to nurse. Primary activities are eating, sleeping, and eliminating (stimulated by dam's licking). By 10-14 days, eyes begin opening and hearing develops. Breeders should handle puppies gently daily, perform early neurological stimulation if desired, and monitor weight gain closely.

2-4 weeks (Transitional period): Eyes and ears fully open. Puppies begin exploring their environment with wobbly walking, responding to littermates, and developing teeth. Startle responses to sounds indicate hearing. Introduce gentle handling by trusted family members. Begin initial deworming at 2 weeks.

3-4 weeks: Introduce solid food as a gruel (puppy food moistened with water or milk replacer). Most puppies show interest immediately; gradual weaning from dam's milk begins. Puppies become more mobile, interactive, and playful with littermates.

4-7 weeks: Rapid learning and socialization. Puppies learn critical dog-to-dog communication from littermates and the dam. Introduce novel stimuli: different floor surfaces, sounds (vacuum, TV, music), gentle restraint, and brief individual attention. This period shapes confidence and adaptability. Avoid overwhelming or frightening experiences; positive exposures build confidence while negative experiences create lasting fear.

Critical socialization window (3-14 weeks): This is the most important developmental period for creating well-adjusted adults. Experiences during this window have disproportionate influence on adult temperament and behavior. Responsible breeders maximize positive socialization before placement at 8 weeks, then educate buyers about continuing socialization through 14 weeks and beyond.

Introduce puppies to:

• Multiple people of varying ages, genders, and appearances
• Controlled exposure to other vaccinated, healthy dogs
• Novel objects and environments
• Gentle handling, grooming tools, nail trims
• Car rides
• Household sounds and activities
• Positive training foundations (name recognition, recall, crate introduction)

First fear period (8-10 weeks): Many puppies experience a fear-sensitive period around 8-10 weeks where previously confident behaviors may regress temporarily. Avoid traumatic experiences during this window (veterinary procedures, harsh corrections, overwhelming situations). Provide reassurance and positive experiences. This period typically resolves within days to weeks.

8 weeks (Standard go-home age): English Springer Spaniel puppies are developmentally ready for placement at 8 weeks. They are weaned, eating solid food independently, have received initial vaccinations and deworming, and have completed critical early socialization with dam and littermates. Some breeders hold show prospects longer for evaluation.

Structural evaluation timing:

• 8-10 weeks: Initial puppy evaluation for placement decisions (show potential vs pet quality). Assess overall balance, movement, head type, bite, and temperament. Experienced breeders can identify show prospects with reasonable accuracy, though puppies change during growth.
• 6-9 months: Re-evaluation after initial growth spurt. Proportions may have shifted; some early show prospects "grow out" of proper balance while others improve. This is an appropriate age for final decisions about show/breeding careers.

Adult size achievement: English Springer Spaniels reach adult height around 12-15 months but continue filling out, adding muscle and substance through 18-24 months. Males particularly may appear lanky through adolescence before maturing into proper substance.

Weaning age: 5-6 weeks for gradual weaning. Puppies transition from nursing to solid food progressively. By 6-7 weeks, most puppies are fully weaned and eating solid food exclusively.

Continued socialization beyond placement: Buyers should continue intensive socialization through 14 weeks minimum, ideally through 6 months. Puppy kindergarten classes, controlled dog introductions, novel experiences, and positive training build on the foundation breeders establish. The socialization window doesn't close abruptly at 14 weeks, but experiences during the critical period have lasting impact.

Breeding Economics

Breeding English Springer Spaniels responsibly requires significant financial investment with modest returns. Understanding complete costs helps breeders set realistic expectations and sustainable pricing.

Complete cost breakdown for a typical 6-puppy litter (natural whelping):

Pre-breeding costs (per dam):

• Health testing (CHIC requirements): $540 one-time, plus $75 annually for eye exams
• Conformation or field titles (varies): $2,000-$10,000+ in entry fees, travel, training, and handler fees over 1-3 years
• Breeding quality stock purchase: $1,500-$3,000 for a well-bred show/breeding prospect

Per-litter costs:

• Health testing (dam): $540 if not previously tested; $75 if annual eye exam only
• Stud fee: $1,000 average (range $800-$1,500)
• Progesterone testing: $200 for 3-4 tests timing ovulation
• Prenatal veterinary care: $400 (initial confirmation ultrasound at 28-30 days, radiograph for puppy count at 55+ days, routine monitoring)
• Whelping costs (natural): $300 (supplies, emergency vet standby)
• Whelping costs (C-section if needed): $2,500 (emergency surgery, anesthesia, hospitalization)
• Puppy veterinary costs: $900 total ($150 per puppy × 6 puppies: examinations, first vaccinations, deworming, health certificates)
• Food and supplies: $400 (increased dam food during pregnancy/lactation, puppy food, whelping supplies, bedding, toys)
• AKC registration: $240 (litter registration plus individual puppy registrations)
• Marketing: Variable ($0-$500 for website hosting, photography, advertising)

Total costs (natural whelping): $3,980

Total costs (C-section): $6,180

Revenue:

• Average puppy price (pet quality): $1,300
• Average puppy price (show quality): $2,000
• Average litter revenue (6 puppies, mix of pet and show quality): $7,800

Net analysis:

Natural whelping: $7,800 revenue - $3,980 costs = $3,820 gross profit

C-section whelping: $7,800 revenue - $6,180 costs = $1,620 gross profit

These figures assume a healthy litter of 6 puppies with no complications beyond potential C-section. Actual results vary:

Factors increasing costs:

• Smaller litters (4-5 puppies reduce revenue by $2,600-$3,900)
• C-section ($2,200 additional cost)
• Puppy illness or death (veterinary treatment, lost revenue)
• Fertility issues requiring multiple breeding attempts
• Travel for breeding (airfare, hotels, vehicle expenses)
• Emergency veterinary care during pregnancy or whelping
• Holding puppies beyond 8 weeks (ongoing care costs)

Factors increasing revenue:

• Larger litters (7-8 puppies add $1,300-$2,600 revenue)
• Exceptional show-quality puppies commanding $2,500-$3,000
• Breeding titled parents (field champions, dual champions) justifying premium pricing
• Established breeding program reputation

Economic reality: Breeding English Springer Spaniels responsibly is rarely profitable when accounting for the full investment in the dam (purchase price, titling, health testing, ongoing care). A dam producing 3-4 litters over her breeding career may generate $12,000-$15,000 gross profit, but the initial investment in her purchase, titling, and health testing often exceeds $5,000-$15,000. Breeders motivated primarily by profit inevitably cut corners on health testing, prenatal care, or puppy socialization.

Sustainable pricing: Pet-quality English Springer Spaniel puppies from health-tested, titled parents typically sell for $1,200-$1,500. Show-quality puppies from competitive bloodlines command $1,800-$2,500. Pricing below $1,000 suggests inadequate health testing or minimal investment in the breeding program; pricing above $2,500 for pet puppies may indicate market overreach unless exceptional circumstances justify premium pricing (rare colors, elite field trial or conformation bloodlines, extensive puppy training).

Is breeding English Springer Spaniels profitable?: Individual litters can be profitable, particularly if natural whelping, average-to-large litter size, and no complications occur. However, when amortizing the full cost of maintaining a breeding program (purchasing quality stock, titling, health testing, facilities, ongoing care), most responsible hobby breeders break even or operate at modest losses. Breeding should be motivated by breed preservation, improvement, and passion rather than profit expectations.

Breeder Resources

Successfully breeding English Springer Spaniels benefits from connections to experienced mentors, breed clubs, educational resources, and support networks.

Parent club: The English Springer Spaniel Field Trial Association (ESSFTA) is the AKC parent club for the breed. ESSFTA maintains the breed standard, sponsors national specialty shows and field trials, funds health research, publishes educational materials, and provides member support. The club's Code of Ethics outlines responsible breeding practices all members pledge to follow. ESSFTA membership ($35 individual, $50 household annually) provides access to member directories, breeder referral listings, educational webinars, and regional club connections.

Regional clubs: ESSFTA has numerous regional member clubs throughout the United States hosting local specialties, supported entries, hunt tests, and educational events. These clubs provide local mentorship opportunities and community support. Find regional clubs through the ESSFTA website.

AKC Breeder Programs:

• Breeder of Merit: Recognizes breeders demonstrating commitment to health testing (all breeding stock CHIC certified or equivalent), titling, and education. Requirements include AKC registration, health testing certifications, and titling at least four dogs. Benefits include AKC Marketplace listing designation and recognition.
• Bred with H.E.A.R.T. (Health, Education, Accountability, Responsibility, Tradition): Higher-tier program requiring inspectable facilities, continuing education, pre-breeding health testing, and commitment to puppy buyer support. Provides elite recognition and marketing benefits.

Both programs require participation in AKC events and adherence to best practices. Application details available at AKC.org.

Mentorship: New breeders should seek experienced mentors within the breed. ESSFTA can connect new members with mentors in their region or breeding focus (field vs bench). Mentors provide guidance on breeding decisions, whelping support, puppy evaluation, and navigating challenges. Apprenticing with an established breeder before starting your own program provides invaluable hands-on learning.

Recommended books:

• The New Complete English Springer Spaniel by Charles S. Goodall and Julia Gasow: Comprehensive breed reference covering history, standard, breeding, and care.
• English Springer Spaniel Champions, 1900-1999 by Jan Linzy: Historical documentation of titled dogs, useful for pedigree research.
• The Springer Spaniel Manual by ESSFTA: Official guide covering breed standard interpretation, health, and breeding practices.

Online communities:

• ESSFTA Discussion Forum: Official member forum for breed-specific questions, health discussions, and event announcements.
• English Springer Spaniel Club of America regional groups: Connect with local breeders through regional club Facebook pages and websites.
• Facebook: English Springer Spaniel Breeders and Owners: Active group for breeders and owners sharing experiences, asking questions, and networking. Useful for real-time support and community connection.

Health and genetics resources:

• OFA (Orthopedic Foundation for Animals): Central repository for health testing results. Search breeding stock, research breed statistics, and submit test results at OFA.org.
• Canine Health Information Center (CHIC): Database of dogs meeting breed-specific health testing requirements. Verify CHIC status and research pedigrees at caninehealthinfo.org.
• English Springer Spaniel Health Foundation: ESSFTA funds research into breed-specific health issues. Follow research developments and contribute to studies through ESSFTA.

Field trial and hunt test resources: For field-bred English Springer Spaniels, connect with local spaniel hunt test clubs, attend AKC or HRC hunt tests, and join field trial associations. Watching experienced handlers work dogs and participating in training days develops skills essential for field breeding programs.

Frequently Asked Questions

How many puppies do English Springer Spaniels typically have?

English Springer Spaniels average 6 puppies per litter, with a typical range of 4-8 puppies. Litters of 5-7 puppies are most common, accounting for approximately 70% of all litters. Smaller litters (2-4 puppies) occur in about 22% of breedings, often in first-time dams or older females. Larger litters (9-10 puppies) are uncommon, representing fewer than 2% of litters. First-time mothers and dams over 6 years tend toward smaller litters, while experienced dams in their prime (3-5 years) typically produce larger litters.

Do English Springer Spaniels need C-sections?

English Springer Spaniels have a favorable 12% C-section rate, significantly lower than brachycephalic breeds (80%+) and below average compared to all breeds. Most English Springer Spaniels whelp naturally without surgical intervention. C-sections become necessary when primary or secondary uterine inertia occurs (inability to initiate or maintain labor contractions), when puppies are too large for the birth canal (more common in smaller females), or when fetal distress is detected. Breeders should monitor whelping closely and have emergency veterinary support arranged, but the expectation is natural delivery.

What health tests are required for breeding English Springer Spaniels?

The CHIC program requires five tests: (1) Hip Dysplasia evaluation via OFA or PennHIP at 24+ months, (2) Elbow Dysplasia evaluation via OFA at 24+ months, (3) annual Eye Examination via CAER, (4) PRA-cord1/crd4 DNA test, and (5) DNA Repository via OFA. Total cost is $540 for initial certification plus $75 annually for eye exams. Responsible breeders also add PFK Deficiency DNA testing ($75) given the condition's serious impact and 2.7% carrier rate. Annual eye exams continue throughout the dog's breeding career, as some conditions develop or progress over time.

How much does it cost to breed English Springer Spaniels?

Breeding a litter of 6 English Springer Spaniel puppies costs approximately $3,980 with natural whelping or $6,180 with C-section. Costs include health testing ($540 per dog if not previously tested, or $75 for annual eye exam), stud fee ($1,000 average), progesterone testing ($200), prenatal vet care ($400), whelping ($300 natural or $2,500 C-section), puppy vet costs ($900 for 6 puppies), food and supplies ($400), and AKC registration ($240). This excludes the initial investment in purchasing breeding-quality stock ($1,500-$3,000), titling the dam ($2,000-$10,000+), and ongoing maintenance costs.

At what age can you breed an English Springer Spaniel?

The English Springer Spaniel Field Trial Association recommends a minimum breeding age of 3 years for females, which is stricter than many breeds. This allows completion of all required health testing (hip and elbow evaluations require 24 months minimum), evaluation of structural soundness through maturity, temperament assessment, and achievement of titles or working certifications. Males should also be 2-3 years old before breeding, after collecting OFA clearances and proving quality through titling or working success. Breeding younger dogs risks perpetuating undetected health conditions and structural faults not apparent until maturity.

How much do English Springer Spaniel puppies cost?

Pet-quality English Springer Spaniel puppies from health-tested, titled parents typically cost $1,200-$1,500. Show-quality puppies from competitive bloodlines command $1,800-$2,500. Pricing varies by region, breeder reputation, and bloodline quality. Field trial champion or dual champion bloodlines may command premium pricing. Puppies priced below $1,000 often come from breeders cutting corners on health testing or breeding untitled dogs. Pricing above $2,500 for pet-quality puppies is unusual unless exceptional circumstances justify it (elite bloodlines, extensive puppy training programs).

What are the most common health problems in English Springer Spaniels?

Progressive Retinal Atrophy (PRA) is the breed's most significant hereditary condition—English Springer Spaniels are 24.6 times more likely to develop PRA than other breeds. A DNA test identifies Clear, Carrier, and Affected dogs, enabling breeders to avoid producing affected puppies. Hip dysplasia shows moderate prevalence with 0.57 heritability, requiring OFA screening. Elbow dysplasia affects the breed at moderate rates. Phosphofructokinase (PFK) Deficiency has a 2.7% carrier rate and definitive DNA test. Other concerns include retinal dysplasia (detected via annual eye exams), immune-mediated hemolytic anemia (rare but serious), and seizure disorders (rare but familial patterns exist in some lines).

Is breeding English Springer Spaniels profitable?

Individual litters can generate $3,000-$4,000 gross profit with natural whelping and average litter size, but this doesn't account for the full investment in breeding programs. Purchasing quality breeding stock costs $1,500-$3,000; titling the dam (conformation championships or field titles) costs $2,000-$10,000+ over 1-3 years; health testing totals $540+ per dog; ongoing care, facilities, and time investment add thousands annually. Most responsible hobby breeders break even or operate at modest losses when amortizing all costs across a breeding career. Breeders motivated primarily by profit inevitably cut corners on health testing, titling, or puppy care. Breeding should be motivated by passion for the breed and commitment to improvement, not profit expectations.

What is the difference between field-bred and bench-bred English Springer Spaniels?

Field-bred English Springer Spaniels emphasize working ability, birdiness, and endurance, typically showing lighter bone structure, less profuse coats, higher energy levels, and exceptional trainability. They excel in hunt tests, field trials, and actual hunting work. Bench-bred English Springer Spaniels focus on conformation standards, exhibiting heavier bone, more abundant coats with profuse feathering, calmer temperaments, and appearance suitable for conformation showing. Both types are purebred English Springer Spaniels conforming to the same AKC standard, but decades of specialized breeding have created distinct population segments. Crossing field and bench lines often produces puppies unsuited for either specialized purpose. Buyers seeking hunting partners should choose field-bred lines; those wanting show dogs or family companions typically prefer bench-bred dogs.

How do I test for PRA in my breeding dogs?

The PRA-cord1/crd4 DNA test is a simple cheek swab test available through OFA, Embark, Paw Print Genetics, and other canine genetics laboratories. Order a test kit, swab the inside of your dog's cheek following instructions, and return the sample in the provided mailer. Results typically arrive within 2-3 weeks, identifying the dog as Clear (two normal gene copies—cannot develop or transmit PRA), Carrier (one normal and one mutant copy—clinically normal but can pass the mutation to offspring), or Affected (two mutant copies—will develop PRA blindness). Cost is approximately $75. This test should be performed on all breeding stock before the first breeding. Clear-to-Clear breedings produce 100% Clear puppies; Clear-to-Carrier breedings produce 50% Clear and 50% Carrier puppies (all clinically normal); Carrier-to-Carrier breedings risk producing Affected puppies and should be avoided.

Should I breed field-type to bench-type English Springer Spaniels?

Crossing field and bench lines is generally discouraged. Decades of specialized breeding have created distinct types optimized for different purposes. Field-bred dogs possess intense hunting drive, high energy, and lighter build unsuited to conformation showing; bench-bred dogs have calmer temperaments and heavier coats poorly suited to field work. Puppies from field-to-bench crosses typically fall in the middle—too calm and heavy for competitive field work, too energetic and driven for pet homes expecting bench-type temperament. Unless you have a specific breeding goal requiring outcrossing types (addressing specific health issues, introducing genetic diversity in closed populations), breed field-to-field or bench-to-bench to maintain type consistency your puppy buyers expect.

When should I retire my English Springer Spaniel from breeding?

Most English Springer Spaniels retire from breeding at 6-8 years of age after producing 4-6 litters maximum. Fertility declines after age 6, conception rates decrease, and pregnancy/whelping complications increase in older dams. The ESSFTA recommends limiting lifetime litter production to maintain dam health and avoid overbreeding individual females. Consider retiring earlier if the dam experiences whelping complications, declining health, or loss of breeding interest. Males can remain fertile and useful to breeding programs longer, often through age 8-10, but should be retired if health issues emerge or production quality declines. Breeding decisions should prioritize long-term health and quality of life over maximum litter production.