Breeding Papillons

Complete Guide for Responsible Breeders

The Papillon, named for its distinctive butterfly-like ears, presents unique breeding challenges that separate this elegant toy spaniel from other small companion breeds. With small litter sizes averaging just 3 puppies, elevated dystocia risk, and breed-specific concerns like patellar luxation and von Willebrand Disease, breeding Papillons requires meticulous planning, comprehensive health testing, and careful selection for both structural soundness and the breed's hallmark temperament. This guide provides the breed-specific data and insights you need to make informed breeding decisions.

Breed Overview

The Papillon's history stretches back centuries, with the breed appearing in paintings by Rubens, Rembrandt, and other Old Masters as early as the 16th century. Originally bred as companions for European nobility and aristocrats including Marie Antoinette and Madame de Pompadour, these elegant toy spaniels were favored for their beauty, intelligence, and devoted temperament. The breed was first registered with the AKC in 1915, receiving full recognition in 1935 as a member of the Toy Group.

Despite their delicate, fine-boned appearance, Papillons are hardy, athletic dogs that excel in obedience, agility, and other canine sports. The breed currently ranks approximately 53rd in AKC popularity (estimated from registration patterns), with stable registration numbers over recent years. The Papillon Club of America serves as the national parent club, providing breed education, mentorship programs, and resources for responsible breeders.

The Papillon's unique combination of elegance, athleticism, and intelligence makes breeding decisions particularly critical. Unlike breeds developed for working function, the Papillon's purpose has always been companionship, meaning temperament and soundness are equally important as the breed's distinctive physical characteristics.

Breed Standard Summary for Breeders

The Papillon is a small, friendly, elegant toy dog of fine-boned structure with light, dainty, and lively action. The breed's defining characteristic is the beautiful butterfly-like ears, heavily fringed and carried erect. Adult Papillons stand 8-11 inches at the withers, with males weighing 5-10 pounds and females 4-9 pounds.

Structural priorities for breeding stock:

The head and ears are paramount. The skull should be slightly rounded (not apple-shaped like a Chihuahua), with a well-defined stop and a fine, tapering muzzle. The ears must be large, heavily fringed, and carried erect at approximately a 45-degree angle, creating the characteristic butterfly silhouette. Drop or semi-erect ears are a serious fault that disqualifies a dog from breeding consideration.

The Papillon should be slightly longer than tall, with a level topline and high tail carriage. The tail must be set high and carried arched over the body with a long, flowing plume. The coat should be abundant, long, fine, silky, and flowing, with a profuse mane on the neck and chest, heavy feathering on the ears and backs of the forelegs, and culottes on the hind legs.

Disqualifications that affect breeding stock:

• Height over 12 inches
• All-white dog or a dog with no white
• Any color other than white with patches (non-parti coloration)

Serious faults to select against:

• Drop ears or semi-erect ears (lack of erectness)
• Solid color or color patches covering both ears and head extending without interruption from ears to tail
• Coat lacking the heavy plumed tail
• Roach or sway back
• Short or stubby muzzle
• Round, protruding eyes

Unlike heavier toy breeds like the Pug, the Papillon must maintain a fine-boned, elegant structure with free, light movement and sound reach and drive. Breeding stock must demonstrate the alert, happy expression and animated temperament that defines the breed's personality.

Reproductive Profile

Papillons have small average litter sizes, which significantly impacts breeding economics and whelping management. The average litter size is 3 puppies, with a typical range of 1-5 puppies. Single-puppy and two-puppy litters are common, occurring in approximately 45% of breedings combined.

The C-section rate for Papillons is estimated at approximately 25%, notably higher than medium and large breeds but lower than extreme brachycephalic breeds. This elevated rate is attributed to toy breed dystocia risk factors including small litter size, uterine inertia, and fetal oversize relative to the birth canal.

Primary fertility and whelping challenges:

Small litter size (1-2 puppies) can cause uterine inertia and failure to initiate labor. When only one or two fetuses are present, the uterine muscle may not receive sufficient stimulation to begin coordinated contractions. Fetal oversize relative to the birth canal is particularly problematic in single-puppy litters, where the singleton puppy grows larger than normal due to less competition for uterine space.

Primary uterine inertia is more common in toy breeds than in larger dogs. This condition occurs when the uterus never begins effective contractions despite reaching full term. Secondary uterine inertia can develop during a prolonged labor when the small uterus becomes exhausted. Small females may have particular difficulty delivering naturally, and maternal size should be carefully considered when planning breedings.

Artificial insemination suitability:

AI is commonly used in Papillons, particularly transcervical insemination (TCI) and surgical insemination. Fresh, chilled, and frozen semen are all viable options. Due to the breed's small size and narrow breeding window, precise progesterone timing is essential for successful AI. Many breeders opt for TCI or surgical AI when using frozen semen to maximize conception rates given the small number of viable sperm cells in frozen straws.

Breeding Age and Timeline

Female Papillons typically experience their first heat cycle between 6-12 months of age. However, early sexual maturity does not equate to physical or mental readiness for breeding.

Recommended first breeding age:

• Females: 24 months (2 years) minimum
• Males: 18-24 months

The 24-month minimum for females ensures full physical maturity, completion of all required health testing (OFA testing requires a minimum age of 12 months), and sufficient time to evaluate temperament and conformation. Breeding before 24 months increases the risk of dystocia in an already high-risk population and does not allow adequate evaluation of genetic health.

OFA testing window: OFA preliminary evaluations can be performed as early as 12 months, but final certifications for patellar luxation should wait until the dog is at least 12 months old. Eye examinations can begin at any age.

Maximum recommended litters per female: 4 litters over a lifetime. Given the small litter size and dystocia risk, responsible breeders limit the number of times a female is bred to preserve her health and quality of life.

Retirement age: Females should be retired from breeding by 8-10 years of age. In toy breeds with relatively long lifespans (12-16 years), early retirement allows the dam to enjoy many years as a companion without the physical demands of pregnancy and lactation.

Complete breeding timeline from testing to placement:

1. Age 12+ months: Complete OFA patellar luxation examination and CAER eye examination. Consider DNA testing for PRA-prcd and von Willebrand Disease Type I.
2. Age 18-24 months: Re-evaluate conformation, temperament, and health. Schedule repeat eye examination (required every 2 years). Confirm female is physically and mentally mature enough for breeding.
3. Pre-breeding (3-6 months before planned breeding): Verify all health testing is current. Pre-breeding veterinary examination including CBC/bloodwork. Update vaccinations as needed.
4. Heat cycle monitoring: Begin progesterone testing at first signs of proestrus. Perform 3-5 tests to pinpoint optimal breeding time (typically at progesterone level of 5-8 ng/mL for natural breeding, 15-25 ng/mL for surgical AI).
5. Breeding: Natural or AI depending on logistics and semen type.
6. Day 28-30 post-breeding: Ultrasound confirmation of pregnancy.
7. Day 45-50: Radiographs to count puppies and assess fetal size/positioning.
8. Day 58-63: Whelping window. Close monitoring for signs of labor; emergency veterinary contact on standby.
9. Birth-8 weeks: Daily weighing, veterinary examinations, deworming protocol, first vaccinations.
10. 10-12 weeks: Puppy go-home age (many Papillon breeders prefer 12 weeks to ensure maturity).

Required Health Testing

The Papillon Club of America's CHIC (Canine Health Information Center) program requires specific health testing to qualify for a CHIC number. These tests screen for the most significant hereditary conditions in the breed.

CHIC-required tests:

Eye Examination (CAER/OFA) - $75, required every 2 years

Screens for Progressive Retinal Atrophy (PRA-prcd), cataracts, retinal dysplasia, and other hereditary eye diseases. The exam must be performed by a board-certified veterinary ophthalmologist. Results are registered with the Orthopedic Foundation for Animals (OFA) or the Canine Eye Registration Foundation (CERF, now consolidated into OFA). Eye disease is a significant concern in Papillons, with PRA-prcd causing progressive blindness in affected dogs.

Patellar Luxation (OFA) - $65, one-time

Screens for kneecap displacement or dislocation, graded I-IV in severity. The examination involves manual palpation by a veterinarian to assess the stability of the patella. Grade I may be asymptomatic; Grade IV causes permanent lameness and severe joint degeneration. Patellar luxation is very common in toy breeds, with approximately 15-20% of Papillons affected. Both medial and lateral luxation can occur, though medial (kneecap slips inward) is more common in small breeds.

Additional recommended tests (not required for CHIC but strongly advised):

von Willebrand Disease Type I DNA Test - $75

Screens for a hereditary bleeding/clotting disorder caused by deficiency of von Willebrand factor. This autosomal recessive condition with incomplete dominance is common in Papillons, with an estimated carrier rate of 10-15%. Affected dogs (homozygous for the mutation) have 5-40% of normal vWF levels and can experience prolonged bleeding after injury, surgery, or dental work. Carriers may show mild signs. DNA testing allows breeders to avoid producing affected puppies by not breeding two carriers together.

Cardiac Evaluation (Auscultation) - $50

Basic cardiac examination by auscultation (listening with a stethoscope) to detect congenital heart defects, murmurs, or early signs of mitral valve disease. While not as prevalent as in Cavalier King Charles Spaniels, cardiac issues can occur in Papillons and should be screened before breeding.

Dental Evaluation - Included in routine vet exam

Assessment of dental malocclusion, retained deciduous teeth, and periodontal disease risk. Dental disease is very common in toy breeds, affecting the majority of Papillons without preventive care. Retained deciduous teeth (especially canines) can cause crowding, malocclusion, and early periodontal disease. Breeders should evaluate dentition in breeding stock and consider removing dogs with severe malocclusion or persistent dental issues from breeding programs.

Total estimated testing cost per breeding dog: $340

This includes the two CHIC-required tests plus recommended additional screening. OFA application fees are included in the total. These costs are per dog, meaning both sire and dam should complete full testing protocols.

Hereditary Health Conditions

Papillons are generally healthy dogs, but several hereditary conditions occur with sufficient frequency to warrant careful screening and breeding decisions.

Patellar Luxation

Prevalence: Very common; approximately 15-20% affected

Inheritance: Polygenic (multiple genes) with environmental factors

DNA test available: No

Patellar luxation occurs when the kneecap (patella) slips out of its normal position in the groove of the femur. It is graded I-IV based on severity. Grade I may cause intermittent lameness with the patella spontaneously returning to position. Grade IV results in permanent dislocation with the patella unable to be manually repositioned, causing severe lameness and progressive joint degeneration.

Clinical signs include intermittent lameness, skipping or hopping on the affected limb, difficulty jumping, and carrying the hind limb off the ground. Signs typically appear between 4 months and 2 years of age but can develop later. The polygenic nature means breeding two clear parents does not guarantee clear offspring, but selecting against affected individuals reduces population prevalence over time.

Progressive Retinal Atrophy (PRA-prcd)

Prevalence: Moderate incidence; carrier rate estimated 5-10%

Inheritance: Autosomal recessive

DNA test available: Yes

PRA-prcd is a progressive, inherited retinal degeneration that leads to blindness. Initial signs appear at 3-5 years of age with night blindness, dilated pupils, increased eye shine, and reluctance to navigate in dim light. Day vision gradually deteriorates, with affected dogs typically blind by 5-7 years.

Fortunately, affected dogs adapt remarkably well to vision loss and can live normal lives with appropriate environmental management. The availability of a DNA test allows breeders to make informed decisions. Breeding two clear dogs produces only clear puppies. Breeding a clear dog to a carrier produces 50% clear and 50% carrier puppies (no affected). Breeding two carriers risks producing 25% affected puppies and should be avoided unless other considerations (temperament, structure, genetic diversity) strongly favor the pairing.

von Willebrand Disease Type I

Prevalence: Common; carrier rate estimated 10-15%

Inheritance: Autosomal recessive with incomplete dominance

DNA test available: Yes

von Willebrand Disease Type I is a bleeding disorder caused by deficiency of von Willebrand factor, a protein essential for blood clotting. Type I is the mildest form, with affected dogs having 5-40% of normal vWF levels. Clinical signs include prolonged bleeding after injury or surgery, nosebleeds, bleeding gums, blood in urine or stool, and excessive bruising.

The condition is often not detected until surgery, injury, or dental work occurs. Carriers may show mild signs depending on vWF levels. DNA testing enables breeders to avoid carrier-to-carrier breedings and prevent affected puppies. This is particularly important given the dystocia rate in Papillons—an affected bitch undergoing emergency C-section faces significant hemorrhage risk.

Open Fontanel (Molera)

Prevalence: Common in toy breeds; may occur in 10-15% of Papillon puppies

Inheritance: Likely polygenic; genetic basis not fully understood

DNA test available: No

A fontanel (also called molera) is a soft spot on the top of the skull where the bones have not fully fused. Small fontanels often close by 9-12 months of age; larger openings may persist throughout life. The presence of a fontanel increases risk of brain injury from head trauma, making affected dogs more vulnerable to serious injury from falls or impacts.

Most dogs with small fontanels that close early are asymptomatic. Larger, persistent fontanels require careful handling and environmental management. Breeders should palpate puppy skulls at 8 weeks and inform buyers of any soft spots present. Dogs with large, persistent fontanels should not be bred.

Dental Disease and Retained Deciduous Teeth

Prevalence: Very common; affects majority of Papillons without preventive care

Inheritance: Polygenic with strong breed predisposition

DNA test available: No

Retained deciduous (baby) teeth, especially canines, are common in toy breeds. When baby teeth do not fall out on schedule (by 6-8 months), they create crowding, force permanent teeth into abnormal positions, and trap food and debris, accelerating periodontal disease. Retained teeth should be extracted promptly, ideally at the time of spay/neuter.

Periodontal disease develops progressively with age, causing tartar buildup, gingivitis, tooth loss, and systemic infections that can affect the heart and kidneys. Daily tooth brushing, dental chews, and regular professional cleanings are essential for maintaining dental health. Breeders should select against dogs with severe malocclusion or persistent dental problems.

Color and Coat Genetics

Papillons must be parti-colored—white with patches of color. An all-white dog or a dog with no white is disqualified from the show ring and should not be bred. The parti-color pattern is essential to breed type.

AKC-accepted colors:

• White and Black
• White and Lemon (pale yellow to deep golden)
• White and Red (light orange to deep mahogany)
• White and Sable (white with sable overlay, banded hairs with dark tips)
• White, Black and Tan (tricolor)

Disqualifying colors:

• All white with no color patches
• Solid color with no white
• Any non-parti color pattern

Relevant genetic loci:

The S locus (piebald/parti-color spotting) is required for the white base coat. All Papillons carry alleles that create the white piebald pattern, though the extent of white varies. A white blaze on the face is highly desirable.

The E locus (extension) controls whether the dog can produce black pigment or is limited to red/yellow pigment. Dogs with at least one E allele can produce black. Dogs with e/e genotype are "clear red" or lemon and cannot produce black pigment anywhere on the body.

The A locus (agouti) determines the pattern of pigment distribution. Sable (ay allele) produces banded hairs with darker tips, creating a shaded appearance. The at allele produces the black-and-tan pattern seen in tricolor Papillons.

The K locus (dominant black) can override the A locus. However, solid black is not desirable in Papillons; the white parti-color pattern is essential.

The B locus (brown) is rare in Papillons. Brown/liver pigment is not commonly seen in the breed.

The D locus (dilution) controls intensity of pigment. The d/d genotype produces blue (dilute black) or silver (dilute red). Dilution is very rare in Papillons.

Health-linked color concerns:

Excessive white (over 80% of the body) may be associated with increased risk of deafness, though this is less documented in Papillons than in breeds like Dalmatians or Bull Terriers. Breeders should ensure color patches include at least one ear for optimal hearing.

Papillons should always have black pigmentation on the nose, eye rims, and lips regardless of coat color. Loss of pigment (pink nose or eye rims) is undesirable and may indicate health issues or dilution genetics.

Predicting color in breedings:

Because color genetics can be complex, DNA color testing is available and can help breeders predict outcomes of specific pairings. Common predictions:

• Black x Black can produce black or red/lemon puppies (if both parents carry e)
• Red/Lemon x Red/Lemon produces only red/lemon puppies (both parents are e/e)
• Sable x Sable can produce sable or solid red/black depending on underlying A locus alleles
• Tricolor x Tricolor can produce tricolor, black, or red/lemon depending on E locus

All puppies should be parti-colored. If solid-colored puppies appear, the parents' pedigrees should be examined for hidden recessive alleles at the S locus.

Selecting Breeding Stock

Breeding Papillons requires a careful balance of conformation, temperament, health, and genetic diversity. The breed's small litter size and elevated whelping risk make each breeding decision significant.

Conformation priorities:

Ear set, size, and carriage are the breed's hallmark. The ears must be large, heavily fringed, and carried erect at approximately 45 degrees from the head. Ear leather should be firm enough to support the ear upright without drooping. Drop ears or semi-erect ears are a serious fault that disqualifies the dog from breeding consideration.

Sound movement with light, free, elegant gait is essential. Papillons should move effortlessly with good reach in front and drive from the rear. The topline should remain level during movement. Hackneyed or stilted gait indicates structural problems.

Fine-boned but sturdy structure with balanced proportions is critical. The Papillon should be slightly longer than tall (not square), with sufficient bone to support an active lifestyle without appearing heavy or coarse.

Alert, intelligent expression with dark, round eyes sets the Papillon apart from other toy breeds. Light, protruding, or almond-shaped eyes detract from breed type.

Level topline and high tail carriage with a profusely plumed tail carried arched over the body is required. Roach or sway back are serious faults.

Correct coat texture and distribution is essential. The coat should be silky, flowing, and abundant with proper feathering. Sparse, thin, or cottony coats are incorrect.

Common faults to select against:

• Drop ears or semi-erect ears
• Round, apple-shaped skull (should be slightly rounded, not domed)
• Short, stubby, or turned-up muzzle
• Light, protruding, or almond-shaped eyes
• Roach or sway back
• Lack of coat (sparse, thin, or cottony texture)
• Timid, shy, or nervous temperament
• Over or under size (outside 8-11 inch range)

Temperament evaluation:

Papillons should be alert, friendly, and outgoing with no signs of shyness or aggression. They are intelligent, trainable, and eager to please. Unlike some toy breeds that can be nervous or yappy, Papillons should be confident and adaptable.

Temperament testing should assess confidence, sociability, sound sensitivity, and handler focus. Avoid breeding dogs with nervous, fearful, or aggressive tendencies. The Papillon should readily approach strangers with curiosity and confidence, displaying toy breed alertness without nervousness.

Coefficient of Inbreeding (COI) targets:

The average COI for Papillons is estimated at 8.5% based on typical pedigree analysis. Responsible breeders target a COI below 5% (less than cousin mating at 6.25%) to maintain genetic diversity and reduce inherited disease risk. High COI increases the probability of inheriting two copies of deleterious recessive alleles, elevating risk for conditions like PRA-prcd and von Willebrand Disease.

Stud selection criteria:

When selecting a stud dog, evaluate:

• Complementary conformation strengths (if dam has slightly weak ear set, choose stud with exceptional ear carriage)
• Proven production record (has the stud sired quality puppies?)
• Health testing completion (never breed to untested dogs)
• Temperament and trainability (agility/obedience titles demonstrate biddability)
• Genetic compatibility (review pedigrees for common ancestors; calculate projected COI)
• DNA test results for PRA-prcd and vWD (avoid carrier-to-carrier pairings if possible)

Stud fee range: $4,000-$8,500, with an average of approximately $6,000 for a proven, health-tested stud with conformation and/or performance titles.

Whelping and Neonatal Care

Natural whelping is preferred for Papillons, but the breed requires close monitoring due to dystocia risk. Approximately 25% of Papillon litters require C-section, with small litter size (1-2 puppies) being a major risk factor.

Breed-specific whelping complications:

Primary uterine inertia (failure to initiate labor) is particularly common with small litters of 1-2 puppies. The uterus may not receive sufficient stimulation to begin coordinated contractions. If a bitch reaches day 63 without signs of labor, or if labor does not progress after initial contractions, emergency veterinary evaluation is required.

Secondary uterine inertia (weak or stopped contractions) can develop due to the small uterine size and maternal fatigue. If more than 2 hours pass between puppies, or if the dam is actively straining for more than 30-45 minutes without producing a puppy, veterinary assistance is needed.

Fetal oversize in single-puppy litters relative to the pelvic canal is a significant concern. A singleton puppy grows larger than normal due to lack of competition for uterine space, potentially becoming too large to pass through the birth canal naturally.

Hypoglycemia risk during prolonged labor is elevated in toy breeds. The dam's small body size and limited glycogen stores mean she can become hypoglycemic during extended labor. Offering corn syrup or honey if labor is prolonged can help maintain blood glucose.

Hypocalcemia (eclampsia) risk during or post-whelping requires monitoring. Small dogs are more prone to eclampsia, a life-threatening drop in blood calcium that causes muscle tremors, seizures, and collapse. Dams should receive high-quality nutrition during pregnancy and lactation. If eclampsia is suspected (tremors, panting, stiffness, disorientation), emergency veterinary treatment with IV calcium is required.

Expected birth weight:

• Males: 3-4 ounces
• Females: 2.5-3.5 ounces

These are approximate averages. Puppies should be weighed immediately after birth and then daily to monitor growth.

Daily weight gain target: 5-10% of body weight daily, approximately 0.2-0.5 ounces per day in the first week.

Puppies should gain weight steadily. A puppy that fails to gain weight or loses weight is at risk for fading puppy syndrome and requires immediate intervention (supplemental feeding, veterinary examination).

Dewclaw, tail, and ear practices:

• Dewclaw removal: Front dewclaws are retained in Papillons. Rear dewclaws are rare but typically removed if present.
• Tail docking: No. The profusely plumed tail is essential to breed type.
• Ear cropping: No. The natural, erect butterfly ears are the breed's defining characteristic.

Neonatal monitoring:

Papillon puppies are extremely small and fragile in the first weeks. They must be handled gently and monitored closely. The whelping box should be kept warm (85-90°F in the first week, gradually decreasing to 75°F by week 4). Hypothermia is a major risk in tiny neonates.

Puppies should nurse vigorously within the first few hours of life to receive colostrum. If a puppy is weak or not nursing, supplemental feeding with a commercial milk replacer via bottle or tube feeding may be necessary.

Monitor for fading puppy syndrome—puppies that cry constantly, fail to nurse, lose weight, or become cold and lethargic. Early intervention is critical for survival.

Puppy Development Milestones

Papillon puppies develop rapidly in the first 12 weeks, though full coat and maturity take longer.

Weekly milestones:

Week 0-1 (Birth-7 days): Eyes and ears closed. Puppies nurse and sleep. Weight should double by the end of week 1. Daily weighing is essential.

Week 2 (8-14 days): Eyes begin to open around day 10-14. Ears still closed. Puppies begin to crawl more actively.

Week 3 (15-21 days): Ears open. Puppies begin to stand and take first wobbly steps. Teeth begin to erupt. Begin offering moistened puppy food in a shallow dish to introduce solid food.

Week 4 (22-28 days): Puppies are walking, playing with littermates, and beginning socialization. Weaning begins. First deworming. Ear carriage begins to develop around 3-6 weeks—some puppies will have erect ears early, others take longer.

Week 5-6 (29-42 days): Active play, exploration, and social interaction with littermates and humans. Continue weaning. Ear carriage continues to develop. Soft spots (fontanels) on the skull should be palpated and noted. Most will close by 9-12 months, but large openings may persist.

Week 7-8 (43-56 days): Puppies should be fully weaned. First DHPP vaccination administered. Microchipping if not already done. Initial structure evaluation for show potential: ear set and carriage, bite, coat texture, movement, proportions.

Week 9-10 (57-70 days): Socialization window is critical (3-14 weeks is the primary socialization period). Puppies should be exposed to a variety of people, sounds, surfaces, and experiences. Many Papillon breeders prefer to place puppies at 10-12 weeks rather than 8 weeks to ensure maturity and allow additional time to evaluate ear carriage and structure.

Weaning age: 6-7 weeks

Go-home age: 10-12 weeks (many breeders prefer 12 weeks for toy breeds to ensure maturity and allow full evaluation of ear carriage)

Adult size age: 8-12 months (toy breeds mature faster than large breeds)

Evaluation age: 8-10 weeks for initial structure evaluation; 6-8 months for more accurate assessment of show potential

Socialization window: 3-14 weeks is the critical period; continue socialization through 6 months

Development notes:

Papillon puppies are born with drop ears. Ear carriage begins to develop around 3-6 weeks and should be fully erect by 6 months in most lines, though some individuals take longer. Breeders cannot predict final ear carriage with certainty at 8 weeks—another reason many prefer 10-12 week placements.

Coat development is gradual. The full silky coat with heavy feathering and pluming is not present until 12-18 months of age. Puppies have softer, shorter coats.

Retained deciduous teeth are common in toy breeds. Breeders should monitor dentition starting at 4-5 months and inform buyers to have any retained baby teeth extracted at the time of spay/neuter (typically 6-8 months).

Soft spots (fontanels) on the skull may be present at birth and typically close by 9-12 months. Palpate each puppy's skull at 8 weeks and inform buyers of any soft spots present, along with handling precautions.

Breeding Economics

Breeding Papillons is expensive and rarely profitable when all costs are accurately accounted for. Small litter size (average 3 puppies) and elevated C-section risk significantly impact the financial picture.

Complete cost breakdown:

Health testing (per breeding dog): $340

Includes CHIC-required tests (eye examination, patellar luxation OFA) plus recommended additional screening (vWD DNA test, cardiac auscultation). Both sire and dam should complete full testing protocols, meaning $680 in testing costs per litter if the breeder owns both dogs.

Stud fee: $6,000 (average based on $4,000-$8,500 range)

For a proven, health-tested stud with conformation and/or performance titles. If the breeder owns the stud, this cost is replaced by the stud's health testing and maintenance costs.

Progesterone testing: $500

3-5 tests at $100-$125 each to pinpoint optimal breeding timing. Essential for maximizing conception rates given the breed's small breeding window.

Prenatal veterinary care: $650

Includes pre-breeding vet check, CBC/bloodwork, vaginal smear, ultrasound confirmation of pregnancy ($200-450), prenatal vitamins and supplements.

Whelping cost (natural): $300

Monitoring, emergency veterinary availability on standby, whelping supplies (heating pad, scale, thermometer, emergency kit). Assumes uncomplicated natural delivery.

Whelping cost (C-section): $2,500

Emergency or planned C-section including anesthesia, surgery, hospitalization, post-operative care. Approximately 25% of Papillon litters require C-section.

Puppy veterinary costs: $180 per puppy through 8 weeks

Veterinary examinations, dewormings (multiple treatments), first DHPP vaccination, microchip if applicable. For an average litter of 3 puppies: $540.

Food costs: $400

High-quality puppy food for dam during pregnancy and nursing plus puppies through 8-10 weeks.

Registration costs: $250

AKC litter registration plus individual puppy registrations (average 3 puppies).

Miscellaneous costs: $300

Whelping supplies (whelping box, heating equipment, bedding, scale), advertising, puppy packs, health records, puppy toys and socialization materials.

Total cost (natural whelping): $9,280

Total cost (C-section whelping): $11,480

Puppy pricing:

• Pet-quality puppies: $2,200 average
• Show-quality puppies: $4,500 average

Average litter revenue: $7,500

Based on 3 puppies; assumes 2 pet-quality ($2,200 each = $4,400) and 1 show prospect ($3,100). Total: $7,500. Revenue varies significantly based on breeder reputation, pedigree, and puppy quality.

Net analysis:

With natural whelping: $7,500 revenue - $9,280 costs = -$1,780 loss

With C-section (25% of litters): $7,500 revenue - $11,480 costs = -$3,980 loss

These figures do not include the breeder's time (hundreds of hours), facilities, utilities, or the opportunity cost of keeping a breeding dog vs. placing it in a pet home. Nor do they account for litters smaller than average or puppies that do not survive.

Breeding Papillons is not profitable when all costs are accurately calculated. Responsible breeders breed to improve the breed, preserve its unique characteristics, and produce sound, healthy, well-socialized puppies—not to make money.

Breeder Resources

Parent club:

Papillon Club of America - The national parent club provides breed education, health and genetics resources, breeder referrals, mentorship programs, and advocacy for responsible breeding practices.

Regional clubs:

The Papillon Club of America maintains a list of regional and local affiliated clubs across the United States. These clubs host shows, performance events, educational seminars, and social gatherings for Papillon enthusiasts.

AKC Breeder Programs:

• AKC Breeder of Merit - Recognizes breeders dedicated to health testing, education, and responsible breeding practices
• AKC Bred with H.E.A.R.T. Program - Health, Education, Accountability, Responsibility, and Tradition

Recommended books:

• The Complete Papillon by Tom and Betty Binder
• The Papillon: A Complete and Reliable Handbook by Juliette Cunliffe
• Papillons Today by Kay White

Online communities:

• Papillon Club of America (Facebook group)
• Papillon Breeders and Owners (various breed-specific forums)
• AKC Toy Group Breeder Community

Additional resources:

• Orthopedic Foundation for Animals (OFA): Database of health testing results for patellar luxation, eye examinations, and cardiac evaluations
• Canine Health Information Center (CHIC): Centralized health testing database for CHIC-qualifying dogs
• UC Davis Veterinary Genetics Laboratory: DNA testing for PRA-prcd, von Willebrand Disease, and color genetics
• PawPrint Genetics, Embark, and other commercial labs: Comprehensive DNA health and trait panels

Mentorship from experienced Papillon breeders is invaluable. The Papillon Club of America offers breeder education programs and can connect new breeders with mentors who provide guidance on health testing, whelping, puppy evaluation, and placement decisions.

Frequently Asked Questions

How many puppies do Papillons typically have?

Papillons have small litters, averaging 3 puppies with a typical range of 1-5. Single-puppy and two-puppy litters occur in approximately 45% of breedings combined. This small litter size significantly impacts breeding economics and increases dystocia risk, as small litters are more prone to uterine inertia and fetal oversize.

Do Papillons need C-sections?

Approximately 25% of Papillon litters require C-section. The elevated rate is attributed to toy breed dystocia risk factors including small litter size (which can cause uterine inertia), fetal oversize relative to the birth canal in single-puppy litters, and primary uterine inertia. While natural whelping is preferred, close monitoring is essential, and emergency veterinary contact should always be on standby.

What health tests are required for breeding Papillons?

The Papillon Club of America's CHIC program requires eye examination (CAER/OFA, every 2 years) and patellar luxation evaluation (OFA, one-time at 12+ months). Strongly recommended additional tests include von Willebrand Disease Type I DNA test, cardiac evaluation by auscultation, and dental evaluation. Total estimated testing cost per breeding dog is approximately $340.

How much does it cost to breed Papillons?

Total breeding costs for a Papillon litter range from $9,280 (natural whelping) to $11,480 (C-section). This includes health testing, stud fee, progesterone testing, prenatal care, whelping costs, puppy veterinary care, food, registration, and miscellaneous expenses. With average litter revenue of $7,500 (3 puppies), most litters result in a net loss of $1,780-$3,980.

At what age can you breed a Papillon?

Females should not be bred before 24 months (2 years) to ensure full physical maturity, completion of health testing, and adequate time to evaluate temperament and conformation. Males can be used for breeding at 18-24 months if health testing is complete. Breeding before these ages increases dystocia risk and does not allow proper evaluation of genetic health.

How much do Papillon puppies cost?

Pet-quality Papillon puppies average $2,200, while show-quality puppies with exceptional conformation and pedigree average $4,500. Prices vary based on breeder reputation, health testing, titles in the pedigree, and puppy quality. Responsible breeders who complete full health testing and provide extensive socialization typically charge at the higher end of the range.

What are the most common health problems in Papillons?

The most common health conditions in Papillons are dental disease (affecting 70% without preventive care), patellar luxation (approximately 18% prevalence), von Willebrand Disease Type I (12% carrier rate), open fontanel/molera (12% of puppies), and Progressive Retinal Atrophy-prcd (8% prevalence, 5-10% carrier rate). DNA testing is available for PRA-prcd and vWD, allowing breeders to make informed mating decisions.

Is breeding Papillons profitable?

No. When all costs are accurately calculated, breeding Papillons typically results in a net loss of $1,780-$3,980 per litter. The small litter size (average 3 puppies) combined with high health testing costs, stud fees, and 25% C-section rate means expenses exceed revenue for most litters. Responsible breeders breed to improve the breed and produce healthy, well-socialized puppies—not to make money.

How long should Papillon puppies stay with the breeder?

While AKC allows puppies to leave at 8 weeks, many Papillon breeders prefer to place puppies at 10-12 weeks. This extended time allows for additional maturity, ensures ear carriage is developing properly (ears should be fully erect by 6 months but can be evaluated more accurately by 10-12 weeks), and provides more comprehensive socialization. The extra weeks also allow better assessment of structure and show potential.

Do all Papillons have erect ears?

Yes, all Papillons should have fully erect, heavily fringed ears carried at approximately 45 degrees—this is the breed's defining "butterfly" characteristic. Puppies are born with drop ears; ear carriage begins to develop around 3-6 weeks and should be fully erect by 6 months. Drop ears or semi-erect ears in adults are a serious fault and disqualify the dog from breeding programs. The Phalene is a drop-eared variety of the same breed but is shown separately.

What is the difference between a Papillon and a Pomeranian?

While both are small, lively toy breeds, Papillons are fine-boned toy spaniels with distinctive erect, butterfly-like ears and silky, flowing coats, while Pomeranians are Nordic spitz-type dogs with small, erect triangular ears, fox-like faces, and profuse double coats with a harsh outer coat. Papillons must be parti-colored (white with color patches), while Pomeranians come in a wide variety of solid and parti colors. Papillons are slightly larger (8-11 inches, 4-10 pounds) compared to Pomeranians (6-7 inches, 3-7 pounds).