Breeding Dachshunds

Complete Guide for Responsible Breeders

Breeding Dachshunds requires specialized knowledge of their unique structural challenges, particularly Intervertebral Disc Disease (IVDD), which affects nearly one in four dogs. This comprehensive guide covers variety-specific considerations for Standards and Miniatures across three coat types, essential health testing protocols, and the critical structural priorities that protect against back problems. Whether you're planning your first litter or refining an established program, understanding the intersection of conformation, genetics, and reproductive health is essential for producing sound, healthy Dachshunds.

Breed Overview

The Dachshund, whose name translates to "badger dog" in German, was developed in the 15th century to hunt badgers and other burrowing animals. Their elongated body and short legs allowed them to pursue prey into underground dens with courage and determination. The breed was refined in Germany over centuries, with three coat varieties—smooth, longhair, and wirehair—and two size varieties (standard and miniature) developed for different hunting applications.

The AKC recognized Dachshunds in 1885, making them one of the earliest non-sporting breeds registered in America. The Dachshund Club of America (DCA), founded in 1895, is one of the oldest breed clubs in the United States and maintains the breed standard and health initiatives.

Dachshunds currently rank #6 in AKC registrations with stable popularity over recent years, making them the most popular Hound breed ahead of the Beagle and Basset Hound. This enduring popularity reflects the breed's adaptability as both a hunting companion and family dog, but also means that responsible breeding practices are critical to combat commercial breeding operations that ignore health testing and structural priorities.

The DCA maintains comprehensive resources for breeders at dachshundclubofamerica.org, including health testing recommendations, breeder referrals, and educational programs focused on preserving the breed's hunting heritage and structural soundness.

Breed Standard Summary for Breeders

When evaluating breeding stock, Dachshund breeders must prioritize structural elements that support the breed's function and minimize health risks, particularly IVDD. The breed standard describes a dog that is "low to ground, long in body and short of leg, with robust muscular development" but emphasizes that the dog should appear "neither crippled, awkward, nor cramped in capacity for movement."

Critical structural priorities for breeding stock selection:

Length-to-height ratio: The body should be approximately twice as long as the height at the withers. This classic proportion is essential to breed type, but excessive length without corresponding strength creates vulnerability to back injury. Dogs that are overly short-bodied or excessively long should not be used for breeding.

Topline strength: The standard calls for a strong, level topline with a slight arch over the loin. This is THE most critical structural element for IVDD prevention. A weak, roach, or sagging topline indicates inadequate muscular support for the long back. Any breeding dog must demonstrate a rock-solid topline in standing position and on the move.

Forechest and front assembly: Adequate forechest provides crucial support for the long back structure. The standard requires "the breastbone to be so prominent in front that on either side a depression or dimple appears." Insufficient forechest, loose shoulders, or narrow fronts compromise structural integrity and should be heavily selected against.

Angulation balance: Proper angulation fore and aft creates balanced, efficient movement that distributes stress appropriately across the skeletal structure. Overbuilt or underbuilt dogs—where front and rear angulation are mismatched—experience uneven stress patterns that can contribute to injury.

Bone and substance: Dachshunds must have sufficient bone throughout to support their weight and activity level. The breed should not appear delicate or fine-boned. This is particularly important in Miniatures, where breeders must maintain substance while achieving smaller overall size.

Disqualifications that affect breeding decisions:

• Knuckling over of front legs (indicates serious structural deficiency)
• Extreme overshot or undershot bite with 3mm or more gap between incisors
• Weights above 32 pounds (Standard) or 11 pounds and over (Miniature) at 12 months or older

Serious faults to select against:

• Roach back or weak topline (severe back health implications)
• Insufficient forechest (inadequate support for long back)
• Loose shoulders, splayed feet, or bowed/misshapen front legs
• Leggy or high stationed appearance
• Short, receding chin or weak dentition

Size specifications: Standards weigh 16-32 pounds regardless of sex. Miniatures should weigh 11 pounds or under at 12 months of age. There is no height specification, though most Standards measure 8-9 inches at the shoulder. Breeders must monitor puppy growth carefully, as dogs that exceed size parameters cannot be bred within their variety.

Reproductive Profile

Dachshund reproductive profiles vary significantly between Standard and Miniature varieties, affecting breeding planning and whelping preparation.

Litter size: The breed averages 4.5 puppies per litter, with typical range of 1-8 puppies. Miniature Dachshunds generally produce smaller litters (2-4 puppies) while Standards average 4-6 puppies. First-time mothers often have smaller litters than experienced dams. Singleton puppies and very large litters (7-8 puppies) both increase dystocia risk.

C-section rate: Overall C-section rate for Dachshunds is approximately 18%, but this varies considerably by variety. Miniature Wirehaired Dachshunds rank 4th among breeds with 30+ litters for C-section frequency, while Standard Wirehaired Dachshunds rank 15th. Miniatures have higher dystocia risk due to smaller pelvic size, and Wirehaired varieties across both sizes show elevated C-section rates compared to Smooth and Longhaired varieties.

Whelping method: Natural whelping is the norm and expectation for healthy Dachshunds, but breeders must be prepared for slow labor progression. Dachshunds commonly take 24+ hours to whelp larger litters, and distinguishing between slow normal progress and true uterine inertia requires experience and veterinary guidance.

Fertility challenges specific to Dachshunds:

• Size variety management: Breeding a Miniature to a Standard produces puppies that may not fit either variety's size requirements, complicating breeding programs and registration.
• Primary uterine inertia: More common in very small litters (insufficient hormonal stimulation) and very large litters (uterine exhaustion). Breeders should monitor first-stage labor closely.
• Maternal size relative to litter: Small Miniature dams carrying average-sized litters face higher whelping difficulty than larger Standards with the same litter size.
• Long body structure: Makes positional changes during labor more difficult, potentially extending labor duration.

AI suitability: Natural breeding is typical and preferred in Dachshunds. Fresh or chilled AI is suitable when natural mating is not practical due to distance, male inexperience, or behavioral issues. Frozen AI is less commonly used but can be successful with proper timing via progesterone testing. The breed's size variation means that AI may be necessary when breeding a small Miniature female to avoid injury, though careful stud selection should minimize this need.

Breeding Age and Timeline

Responsible Dachshund breeding requires patience and adherence to health testing timelines to ensure structural and genetic soundness.

First heat timing: Miniature Dachshunds often experience their first heat earlier than Standards, typically at 6-7 months, while Standards generally have their first heat between 6-12 months. Toy-sized Miniatures may cycle as early as 5 months. This early maturity does NOT mean they should be bred early—skeletal maturity and mental readiness are separate considerations.

Recommended first breeding age:

Females: 2 years old, after at least the second heat cycle and full structural maturity. Dachshunds continue developing muscular support for their backs through 18-24 months, and breeding before full maturity increases the risk of complications during pregnancy and whelping. Additionally, waiting until 2 years allows completion of all required health testing.

Males: 14-18 months, once sexually mature and health tested. Males can be DNA tested earlier, but cardiac evaluation and patella assessment should wait until full maturity to avoid false negatives on developmental conditions.

OFA minimum testing age: 12 months for patella evaluation. However, many breeders prefer to wait until 18-24 months to ensure full skeletal development before assessment. Cardiac exams can be performed earlier but should be repeated if initial screening occurs before 12 months.

Breeding frequency: Females should not be bred on consecutive heat cycles. The DCA recommends no more than one litter per year per female, allowing full recovery between pregnancies. Most responsible breeders limit females to one litter every 12-18 months.

Maximum litters per female: 5 litters is a reasonable maximum across a female's breeding career. Some breeders retire females earlier if C-sections have been necessary or if litter size/puppy vigor declines.

Retirement age: 6-8 years or after 4-6 litters, whichever comes first. Older females face increased whelping complications and should transition into retirement as companion dogs.

Complete breeding timeline:

• 12-18 months: Complete all health testing (cardiac, patella, annual eye exam, DNA tests for PRA-cord1, DM, and Lafora if applicable)
• 18-24 months: Final structural evaluation; confirm soundness for breeding
• 24+ months: First breeding (female); progesterone testing to pinpoint ovulation
• 63 days: Whelping (average); monitor from day 58 onward
• 7-8 weeks: Puppy evaluations for structure and temperament
• 8-12 weeks: Puppies go to new homes (10-12 weeks preferred for small Miniatures)
• 12-18 months between litters: Recovery period for dam

Required Health Testing

Comprehensive health testing is non-negotiable for responsible Dachshund breeding. The breed's genetic predisposition to several serious conditions demands thorough screening before any breeding occurs.

CHIC (Canine Health Information Center) required tests:

Cardiac Exam: Screens for Patent Ductus Arteriosus (PDA) and other congenital heart defects. PDA is highly heritable in Dachshunds and female-biased. A board-certified veterinary cardiologist should perform auscultation and echocardiography. Affected dogs present with a characteristic continuous "machinery" murmur. Cost: approximately $100. Frequency: One-time, though some breeders repeat every 2-3 years.

Eye Examination (CAER/OFA): Annual screening by a board-certified veterinary ophthalmologist for Progressive Retinal Atrophy (PRA), cataracts, and other hereditary eye diseases. Even with DNA testing for PRA-cord1, annual eye exams remain essential because they detect other conditions and confirm the phenotype matches genotype. Cost: approximately $75. Frequency: Annual for all breeding dogs.

Patella Evaluation: Screens for patellar luxation, a condition where the kneecap dislocates from its normal position. Graded 1-4, with grades 3-4 causing significant lameness. Only dogs with normal patellas or very mild grade 1 findings should be bred, and even grade 1 requires careful consideration. Cost: approximately $75. Frequency: One-time evaluation after 12 months of age.

Strongly recommended additional testing:

PRA-cord1 DNA Test: Screens for cone-rod dystrophy progressive retinal atrophy, an autosomal recessive condition causing progressive vision loss. Approximately 2% of Dachshunds are affected, and 25% are carriers in some surveys. The condition has a modifier gene (MAP9) that affects severity and age of onset—affected dogs with two copies of the MAP9 variant develop severe early-onset blindness, while those without the modifier may have late or mild onset. All breeding dogs should be DNA tested, and carrier-to-carrier breedings avoided. Cost: approximately $65 via Embark, Paw Print Genetics, or OFA.

Degenerative Myelopathy (DM) DNA Test: Screens for progressive spinal cord disease similar to ALS in humans, caused by SOD1 gene mutation (autosomal recessive with incomplete penetrance). While only 0.1% of tested Dachshunds are at-risk, the condition is devastating when it occurs. Testing allows breeders to avoid producing at-risk puppies. Cost: approximately $65.

Lafora Disease DNA Test (Wirehaired variety only): Screens for myoclonic epilepsy caused by NHLRC1 gene mutation (autosomal recessive). This is critical for Wirehaired Dachshunds—7% are affected and 31.9% are carriers in Miniature Wirehaired populations. Lafora Disease is one of the most severe forms of canine epilepsy. Mandatory for all Wirehaired breeding stock. Cost: approximately $75.

Dilute color DNA test: For breeders working with blue or Isabella (fawn) colors, DNA testing for the dilute gene (MLPH) allows identification of dilute carriers. While dilute colors are accepted by the breed standard, they are strongly linked to Dilute Color Alopecia, causing progressive hair loss and skin problems. Many breeders avoid producing dilute colors entirely.

Total estimated health testing cost per breeding dog:

• Cardiac exam: $100
• Annual eye exam: $75
• Patella evaluation: $75
• PRA-cord1 DNA: $65
• DM DNA: $65
• Lafora DNA (wirehair only): $75

Total: $455 for non-wirehaired varieties; $530 for wirehaired varieties

Annual eye exams add $75 per year for the duration of the dog's breeding career.

All test results should be submitted to the OFA database for public transparency. CHIC certification requires cardiac exam, eye exam, and patella evaluation, plus results made public. DNA test results can be submitted through the testing laboratory or directly to OFA.

Hereditary Health Conditions

Dachshund breeders must understand the major hereditary conditions affecting the breed, their inheritance patterns, and available screening methods to make informed breeding decisions.

Intervertebral Disc Disease (IVDD)

Prevalence: 19-24% of Dachshunds will experience IVDD during their lifetime, with smooth-haired varieties at highest risk and wirehaired varieties showing slightly lower incidence.

Inheritance mode: Polygenic with strong breed predisposition. Dachshunds are chondrodystrophic, meaning their cartilage development is genetically altered to produce short legs. This same genetic alteration affects intervertebral disc composition, making discs prone to premature calcification and herniation. The breed has 10-12x higher IVDD risk than non-chondrodystrophic breeds.

DNA test available: No. IVDD is inherited through multiple genes, and no single genetic test can predict individual risk. However, research is ongoing into genetic markers associated with IVDD susceptibility.

Clinical signs: Back pain, reluctance to move or jump, stiff gait, weakness or paralysis in hind limbs, loss of bladder/bowel control. Severity ranges from mild discomfort managed with rest and anti-inflammatories to complete paralysis requiring emergency surgery. Grade 1-2 IVDD may resolve with conservative management; Grade 4-5 IVDD (loss of deep pain sensation) has poor prognosis even with surgery.

Age of onset: Most common between 3-7 years, but can occur at any age. Severe cases in young dogs (under 2 years) suggest particularly poor genetic predisposition.

Breeding implications: This is THE critical selection consideration for Dachshund breeders. In the absence of genetic testing, breeders must rely on structural selection and pedigree analysis:

• Prioritize dogs with strong, level toplines and excellent muscular support for the back
• Select against any hint of roach back, weak topline, or excessive length
• Heavily weight pedigree history—dogs with multiple relatives experiencing IVDD (especially early-onset or severe cases) should not be bred
• Maintain detailed health records on all offspring and relatives to identify high-risk bloodlines
• Educate puppy buyers on IVDD prevention through weight management, appropriate exercise, and avoiding activities that stress the back (jumping on/off furniture, excessive stairs)

Progressive Retinal Atrophy (PRA-cord1)

Prevalence: Approximately 2% affected, 25% carriers in limited surveys of the breed.

Inheritance mode: Autosomal recessive with modifier gene (MAP9) affecting severity and age of onset. Two copies of the PRA-cord1 mutation are required for the disease. However, dogs with two copies of the MAP9 variant develop severe early-onset blindness (6 months to 2 years), while affected dogs without the modifier may have late onset (4-6 years) or mild progression.

DNA test available: Yes—PRA-cord1 test available through multiple laboratories (Embark, Paw Print Genetics, OFA). Testing identifies clear (N/N), carrier (N/cord1), and affected (cord1/cord1) dogs. Some labs also test for the MAP9 modifier.

Clinical signs: Progressive vision loss starting with night blindness (nyctalopia), dilated pupils, increased reflectivity of the tapetum, eventually progressing to complete blindness. Affected dogs often adapt well to vision loss in familiar environments.

Breeding implications: DNA testing makes PRA-cord1 completely preventable. Breeding strategies:

• Clear x Clear: 100% clear puppies (ideal)
• Clear x Carrier: 50% clear, 50% carrier puppies (acceptable; expands gene pool)
• Carrier x Carrier: AVOID—produces 25% affected puppies
• Affected dogs: Do not breed

Carriers are valuable for maintaining genetic diversity and should not be eliminated from breeding programs, but must be bred only to clear dogs.

Patent Ductus Arteriosus (PDA)

Prevalence: Dachshunds are predisposed; female-biased condition. Exact breed prevalence uncertain but significant enough to require CHIC cardiac screening.

Inheritance mode: Highly heritable. Specific genetic cause not yet identified, but family clustering is well-documented. Polygenic inheritance likely.

DNA test available: No.

Clinical signs: Heart murmur (continuous "machinery" murmur), exercise intolerance, coughing, labored breathing, stunted growth. The ductus arteriosus is a fetal blood vessel that normally closes shortly after birth; when it remains open, it causes abnormal blood flow between the aorta and pulmonary artery. Left untreated, PDA leads to congestive heart failure.

Age of onset: Present from birth; typically diagnosed during puppy veterinary exams between 6-8 weeks of age. Mild cases may escape detection until later.

Breeding implications: Cardiac evaluation by a board-certified cardiologist is essential. Dogs diagnosed with PDA should not be bred. Dogs from PDA-affected litters should be bred with extreme caution, and only if cardiac clearances are pristine. Female offspring of affected dogs face higher risk and require especially thorough screening.

Degenerative Myelopathy (DM)

Prevalence: Under 0.1% at-risk in tested populations; 1.3% carriers.

Inheritance mode: Autosomal recessive with incomplete penetrance (SOD1 gene mutation). Two copies of the mutation are required for at-risk status, but not all at-risk dogs develop clinical disease (approximately 50% penetrance).

DNA test available: Yes.

Clinical signs: Progressive hind limb weakness and loss of coordination, difficulty rising, knuckling of hind paws, eventual paralysis. Similar to ALS in humans. A slowly progressive, non-painful condition.

Age of onset: 8+ years, typically 10-14 years.

Breeding implications: DNA testing allows complete prevention. While DM is rare in Dachshunds, the devastating nature of the condition justifies testing. Same breeding strategies as PRA-cord1: avoid carrier x carrier breedings.

Lafora Disease (Wirehaired variety only)

Prevalence: 7% affected, 31.9% carriers in Miniature Wirehaired Dachshunds. This is a critical issue in the Wirehaired variety.

Inheritance mode: Autosomal recessive (NHLRC1 gene dodecamer repeat expansion).

DNA test available: Yes—mandatory for Wirehaired breeding stock.

Clinical signs: Myoclonic jerks (sudden muscle contractions), generalized or complex partial seizures, progressive neurodegeneration. One of the most severe forms of canine epilepsy. Affected dogs show stimulus-induced jerking (triggered by light, sound, movement) and frequent seizures that worsen over time.

Age of onset: 5+ years, with progressive worsening.

Breeding implications: This condition is a breed emergency in Wirehaired Dachshunds. All Wirehaired breeding stock MUST be DNA tested. With 31.9% carrier rate, eliminating all carriers would severely restrict the gene pool. Strategic breeding required:

• Clear x Clear: 100% clear (ideal)
• Clear x Carrier: 50% clear, 50% carrier (acceptable but test all offspring)
• Carrier x Carrier: NEVER—produces 25% affected dogs
• Affected dogs: Do not breed

Breeders must commit to testing all puppies from carrier breedings and transparently disclosing carrier status to puppy buyers and other breeders.

Dilute Color Alopecia

Prevalence: Variable; affects blue (dd) and Isabella/fawn (bbdd) Dachshunds. Prevalence estimates range from 15-80% of dilute-colored dogs.

Inheritance mode: Linked to dilute coat color gene (MLPH). Dogs with two copies of the dilute mutation (dd) are at risk. Not all dilute dogs develop clinical alopecia, suggesting modifier genes or environmental factors.

DNA test available: Yes—dilute gene testing identifies D/D (non-dilute), D/d (dilute carrier), and d/d (dilute) genotypes.

Clinical signs: Progressive hair loss, dry scaly skin, secondary skin infections, poor coat quality. Typically begins on the trunk and spreads. Permanent and progressive. Affected areas may become hyperpigmented and thickened.

Age of onset: 6 months to 3 years.

Breeding implications: Many breeders avoid producing dilute colors entirely due to alopecia risk. Blue and Isabella colors, while accepted by the breed standard, carry this health burden. Breeding decisions:

• If breeding dilute colors, buyers must be educated on alopecia risk
• Consider breeding dilutes only to non-dilutes to produce carriers rather than at-risk dilute puppies
• Monitor all dilute dogs closely for skin and coat issues

Color and Coat Genetics

Dachshund color genetics are classified as "high complexity," involving multiple interacting loci. Understanding these genetics is essential for producing accepted colors, avoiding disqualifying patterns, and preventing health-linked color issues.

Accepted Colors and Patterns

Dachshunds come in a wide range of colors and patterns accepted by the breed standard:

Self (solid) colors: Red, cream

Bi-colors: Black & tan, black & cream, chocolate & tan, chocolate & cream, blue & tan, blue & cream, Isabella (fawn) & tan, Isabella & cream

Patterns: Dapple (merle), brindle, sable, piebald

Coat-specific colors: Wild boar (wirehair), wheaten (longhair and wirehair)

Disqualifying Colors

Double dapple (homozygous merle): The ONLY disqualifying color pattern. Double dapple results from breeding two dapple dogs together, producing puppies with two copies of the merle gene (M/M). These dogs typically have extensive white markings and are at high risk for:

• Deafness (unilateral or bilateral)
• Blindness
• Microphthalmia (abnormally small eyes)
• Vision defects even when eyes appear normal

Double dapple should NEVER be bred, and responsible breeders never breed dapple to dapple.

Relevant Genetic Loci

A locus (Agouti): Controls distribution of black pigment. Alleles include:

• Ay (sable) - produces sable pattern common in longhairs
• aw (wild boar) - produces wild boar pattern in wirehairs
• at (tan points) - produces tan points pattern (black & tan, chocolate & tan, etc.)
• a (recessive black) - rare in Dachshunds

B locus (Brown): Produces chocolate/liver pigment. B (black) is dominant; b (brown) is recessive. Dogs must be b/b to have chocolate pigment.

D locus (Dilute): Dilutes black to blue and brown to isabella. D (non-dilute) is dominant; d (dilute) is recessive. Dogs must be d/d to express dilute coloring. Health concern: Dilute colors linked to Color Dilution Alopecia.

E locus (Extension): Controls whether a dog expresses eumelanin (black/brown) or phaeomelanin (red/cream).

• E (normal extension) - allows black-based colors
• e (recessive red) - produces red or cream dogs with no black pigment

K locus (Dominant Black): Determines whether tan points can be expressed.

• KB (dominant black) - prevents tan points (produces solid black dogs in breeds where allowed)
• ky (allows tan points) - Dachshunds are typically ky/ky, allowing the tan points pattern controlled by A locus

M locus (Merle/Dapple): Creates dapple pattern.

• M (dapple) - produces dapple pattern; dominant with incomplete dominance
• m (non-dapple) - normal coat
• M/M (double dapple) - DISQUALIFYING; associated with severe health defects

S locus (Spotting): Controls piebald white markings.

• S (solid) - no white spotting
• sp (piebald) - creates white markings

Extensive white markings (especially covering ears) increase deafness risk, though far less severely than double dapple.

Common Genotype Examples

Red (solid): e/e at E locus - masks all other color genes

Black & tan: B/- D/- E/E or E/e ky/ky at/at

Chocolate & tan: b/b D/- E/E or E/e ky/ky at/at

Blue & tan: B/- d/d E/E or E/e ky/ky at/at (health concern: dilute alopecia)

Isabella & tan: b/b d/d E/E or E/e ky/ky at/at (health concern: dilute alopecia)

Dapple (any base color + dapple pattern): M/m at M locus

Health-Linked Color Breeding Considerations

Never breed dapple to dapple: This is the cardinal rule of Dachshund color breeding. Dapple x dapple produces approximately:

• 25% non-dapple (m/m)
• 50% dapple (M/m)
• 25% double dapple (M/M) - DISQUALIFIED and at high risk for deafness/blindness

Dapple dogs should only be bred to solid-colored mates (non-dapple).

Exercise caution with dilute colors: Blue and Isabella colors are beautiful but come with skin and coat health risks. Breeding decisions:

• Avoid producing dilutes if possible, or breed dilutes only to non-dilutes to reduce the number of at-risk puppies
• Educate buyers about Color Dilution Alopecia
• Monitor all dilute offspring for skin issues

Piebald considerations: Piebald white spotting is accepted but should be moderate. Extensive white, especially covering the ears, increases deafness risk. Breed piebald to solid or minimal-marked dogs to avoid excessive white.

DNA Color Testing

Color testing is available through Embark, Paw Print Genetics, and other laboratories. Testing breeding stock for A, B, D, E, K, M, and S loci allows breeders to:

• Predict puppy colors accurately
• Identify hidden dapple (cryptic merle) that may not be phenotypically obvious
• Avoid accidental double dapple breedings
• Make informed decisions about dilute color production

Selecting Breeding Stock

Selecting superior Dachshund breeding stock requires balancing structural soundness (particularly back strength), genetic health, temperament, and breed type. Given the breed's predisposition to IVDD, structural evaluation carries even greater weight than in other breeds.

Conformation Priorities

Topline strength (Importance: 10/10): This is the single most critical structural element for IVDD prevention. A strong, level topline with proper muscular support and a slight arch over the loin indicates the dog has the structural integrity to support the long back. Evaluate the topline in standing position and on the move—it should remain firm and level, never sagging, roaching, or wobbling.

Dogs with weak toplines, roach backs, or any sign of structural weakness in the back should be immediately eliminated from breeding consideration regardless of other virtues.

Length-to-height ratio (9/10): The classic Dachshund silhouette requires the body to be approximately twice as long as the height at the withers. This proportion is essential to breed type, but excessive length increases IVDD risk. Select dogs at the ideal 2:1 ratio—not longer.

Front assembly and forechest (9/10): The front assembly literally supports the long back. Adequate forechest, proper shoulder layback, and strong front legs are non-negotiable. The breastbone should be prominent, creating a visible depression on either side. Insufficient forechest, narrow fronts, or loose shoulders compromise the dog's ability to support its own structure.

Bone and substance (8/10): Dachshunds must have sufficient bone throughout to support their weight and activity level. Fine-boned or delicate dogs lack the structural strength required. This is particularly critical in Miniatures—breeders must maintain substance while achieving smaller size, not simply produce smaller, finer versions of Standards.

Angulation balance (8/10): Proper angulation fore and aft creates efficient, balanced movement. Overbuilt rears combined with straight fronts (or vice versa) cause uneven stress distribution and awkward movement. Evaluate side gait to ensure front and rear reach and drive are balanced.

Head type and expression (7/10): Correct head type with bold, intelligent expression is important for breed type but secondary to structural soundness. The head should be conical when viewed from above, with almond-shaped eyes and high-set ears. Avoid short, receding chins and weak muzzles.

Temperament (10/10): Dachshunds should be clever, lively, and courageous but never aggressive. Bold, confident temperament is essential. Shy, fearful, or aggressive dogs should not be bred. Evaluate for:

• Bold but stable temperament
• Appropriate independence balanced with handler engagement
• Hunting drive and enthusiasm (even in non-hunting lines)
• Confident movement without fear or hesitation
• Sociability with people and other dogs

Common Faults to Select Against

• Roach back or weak/sagging topline: Severe back health implications; absolute elimination
• Insufficient forechest: Inadequate support for long back structure
• Loose shoulders, splayed feet, or poor front legs: Compromises structural integrity
• High stationed or leggy appearance: Destroys breed type and proportion
• Excessive length: Increases IVDD risk
• Overbuilt or underbuilt (imbalanced angulation): Creates inefficient movement and uneven stress
• Shy, fearful, or aggressive temperament: Serious faults; do not breed

Coefficient of Inbreeding (COI) Targets

The average COI in Dachshunds is approximately 8.5% (5-generation calculation). Responsible breeders should target COI under 6.25% (equivalent to breeding dogs less related than half-siblings).

Lower COI promotes hybrid vigor, reduces risk of autosomal recessive conditions appearing, and maintains genetic diversity within breeding programs. Use tools like the OFA COI calculator or Embark's genetic diversity analysis to calculate COI before planning breedings.

Avoid close linebreeding (parent-offspring, full sibling, half-sibling breedings) unless there is a compelling reason to fix specific traits, and only if the dogs involved have pristine health testing and structural evaluations.

Stud Selection

When selecting a stud for your female, prioritize:

1. Health testing: CHIC certification minimum; DNA testing for PRA-cord1, DM, and Lafora (if applicable)
2. Structural excellence: Particularly topline strength and front assembly
3. Pedigree health: No IVDD, PDA, or early-onset hereditary conditions in close relatives
4. Temperament: Bold, stable, non-aggressive
5. Genetic diversity: COI under 6.25% with your female
6. Complementary traits: Stud should improve areas where your female is weaker (e.g., if she has adequate but not excellent forechest, choose a stud with exceptional forechest)

Stud fees: Range from $400-1,000 depending on the stud's show record, health testing, breeding history, and reputation. Champion studs with proven litters command higher fees. Many stud contracts include a "puppy back" option or free return service if the breeding does not produce a litter.

Show Quality vs. Breeding Quality

Not every show champion is suitable for breeding, and not every breeding-quality dog will win in the show ring.

Show quality: Minimal faults, excellent breed type, confident showmanship, competitive in conformation

Breeding quality: May have cosmetic faults (e.g., slightly incorrect ear set, pigment fault) but has superior structure (especially topline and front assembly), pristine health testing, excellent temperament, and strong pedigree free of hereditary conditions

A dog with a minor cosmetic fault but exceptional structural soundness is a better breeding choice than a dog with pretty type but mediocre topline strength. Function and health always trump cosmetics.

Whelping and Neonatal Care

Dachshund whelping presents unique challenges due to the breed's structural characteristics and size variations. Preparation and knowledge are key to successful outcomes.

Whelping Method

Natural whelping is the norm and expectation for healthy Dachshunds. However, breeders must understand variety-specific complications:

Miniature varieties: Higher dystocia risk due to smaller pelvic size relative to puppy head size. Miniature Wirehaired Dachshunds have the highest C-section rate among Dachshund varieties (4th among breeds with 30+ litters). Small Miniature dams (under 9 pounds) face particularly elevated risk.

Standard varieties: Generally whelp naturally with less difficulty, though Standard Wirehaired Dachshunds also rank 15th for C-section frequency.

All varieties: Dachshunds are commonly very slow to whelp. A 24+ hour whelping process is not unusual for larger litters (5+ puppies). This slow progression can make it difficult to distinguish between normal slow labor and true primary uterine inertia requiring veterinary intervention.

Breed-Specific Whelping Complications

Slow whelping progression: Dachshunds may have long intervals between puppies (2-4 hours not uncommon). As long as the dam is not in active distress, continued contractions are present, and fetal monitoring is reassuring, patience is often appropriate. However, breeders must develop skill in recognizing when slow progress has become uterine inertia.

Primary uterine inertia: More common in very small litters (1-2 puppies—insufficient hormonal stimulation) and very large litters (7-8 puppies—uterine exhaustion). When uterine inertia occurs, oxytocin may be administered to stimulate contractions, or C-section may be necessary.

Long body structure during labor: The dam's long body makes positional changes during labor more difficult. Some dams benefit from being allowed to whelp in a standing or semi-standing position rather than lying down.

Size variety mismatches: Accidentally breeding a Miniature to a Standard (or vice versa) produces puppies that may be too large for a Miniature dam to deliver naturally. Variety-appropriate stud selection is critical.

Whelping Preparation

Have the following ready before whelping begins:

• Veterinarian on call (especially for Miniature varieties)
• Whelping box with clean, washable bedding
• Heat source (heating pad on low or heat lamp) to maintain puppy temperature
• Scales for weighing puppies
• Clean towels, hemostats, dental floss (for umbilical cords if needed)
• Bulb syringe for clearing airways
• Puppy milk replacer and bottles/tube feeding equipment
• Contact information for emergency veterinary services

Birth Weights and Neonatal Targets

Birth weights vary significantly by size variety:

Standards:

• Males: 8-12 oz
• Females: 7-11 oz

Miniatures:

• Males: 4-6 oz
• Females: 3-5 oz

Puppies significantly below these ranges (especially under 3 oz) are at higher risk for fading puppy syndrome and require intensive monitoring and supplemental feeding.

Daily weight gain target: Puppies should gain 5-10% of body weight per day. All puppies should double their birth weight by the end of week 2. Failure to gain weight or weight loss indicates inadequate nutrition (insufficient milk production, weak nursing, or illness) and requires immediate intervention.

Neonatal Monitoring

First 72 hours: The most critical period for puppy survival. Monitor every 2-3 hours:

• Weight (weigh 2x daily minimum)
• Nursing vigor (strong suckle reflex, actively seeking teats)
• Body temperature (should feel warm to touch; very young puppies cannot regulate temperature)
• Activity level (should paddle, vocalize when hungry, settle when fed)

Week 1-2: Continue monitoring weight daily. Puppies should be plump, warm, and quiet between feedings. Excessive vocalization suggests hunger or discomfort.

Fading puppy syndrome: Dachshund puppies, particularly small Miniatures, can fade rapidly. Early signs include:

• Failure to gain weight or weight loss
• Weak or absent suckle reflex
• Hypothermia (cool to touch)
• Lethargy
• Continuous crying

Fading puppies require immediate veterinary care, supplemental feeding (tube feeding if necessary), and temperature support.

Dewclaw, Tail, and Ear Practices

Dewclaws: NOT removed in Dachshunds. Front dewclaws are left intact.

Tail: NOT docked. Dachshunds have naturally long tails.

Ears: NOT cropped. Dachshunds have naturally dropped ears.

The breed requires no cosmetic alterations.

Puppy Development Milestones

Understanding Dachshund puppy development timelines helps breeders optimize socialization, conduct structural evaluations at appropriate ages, and determine go-home timing.

Growth and Weight Milestones

Dachshund puppies grow rapidly in the first 12 weeks, though growth rate varies by size variety. The chart below shows Standard Dachshund puppy growth patterns (Miniature puppies follow similar curves but at lower weights).

Week 0 (birth):

• Standard males: ~10 oz, Standard females: ~9 oz
• Miniature males: ~5 oz, Miniature females: ~4 oz

Week 1-2: Rapid weight gain; puppies should double birth weight by end of week 2. Eyes and ears remain closed.

Week 3: Eyes and ears open. Puppies begin walking (wobbly). Teeth begin emerging.

Week 4: Increased mobility and interaction with littermates. Weaning can begin with introduction of moistened puppy food.

Week 5-6: Fully mobile, active play, beginning social hierarchy development. Weaning progresses.

Week 7-8: Peak socialization window. Puppies are highly receptive to new experiences. Structural evaluation for breeding potential can begin.

Week 8: Earliest appropriate go-home age for robust Standard puppies.

Week 10-12: Preferred go-home age for Miniatures and smaller Standard puppies. Extended socialization with breeder provides developmental advantages.

6 months: Adolescent growth spurt. Monitor weight carefully—juvenile Dachshunds should remain lean to protect developing backs.

10-12 months: Reach adult size (weight and height). Structural evaluation for breeding potential can be finalized.

Socialization and Critical Periods

3-12 weeks: Critical socialization window. Puppies are maximally receptive to new experiences without fear. Expose puppies to:

• Various surfaces (grass, gravel, tile, carpet, wood)
• Household sounds (vacuum, TV, doorbell, kitchen noises)
• Gentle handling by multiple people (including children)
• Car rides
• Crate training introduction
• Different environments within the home

8-10 weeks: First fear period. Avoid traumatic experiences during this window—frightening events can have lasting impact.

6-14 months: Second fear period (timing varies). Adolescent dogs may suddenly become wary of previously accepted stimuli. Continue positive reinforcement training.

Socialization should continue well beyond 12 weeks, but the early critical period is when neural pathways are most plastic and experiences have the greatest impact on adult temperament.

Weaning

3-4 weeks: Introduce moistened puppy food (high-quality puppy formula soaked with warm water or goat's milk). Puppies will begin lapping and nibbling while continuing to nurse.

5-6 weeks: Increase solid food meals to 3-4x daily. Reduce moisture in food gradually. Puppies continue nursing but derive increasing nutrition from solid food.

6-7 weeks: Weaning complete. Puppies should be fully transitioned to solid food, though some dams will allow occasional nursing for comfort.

Structural Evaluation Timing

8-10 weeks: Initial evaluation for breeding potential. Assess:

• Overall balance and proportion
• Topline (should be level and firm even at this age)
• Front assembly and forechest development
• Angulation
• Movement (should be balanced and coordinated)
• Temperament (bold vs. reserved)

Puppies selected for show/breeding potential at this age should be re-evaluated at 6 months and again at 12-18 months as structure matures.

6 months: Re-evaluation. Adolescent structure is visible. Topline should remain strong; any signs of weakness suggest the dog should not be bred.

12-18 months: Final structural evaluation before breeding decisions. Full skeletal maturity allows definitive assessment.

Go-Home Age

8 weeks minimum: AKC and most state laws require puppies remain with the dam until 8 weeks of age. This is appropriate for robust Standard puppies.

10-12 weeks preferred for Miniatures: Small Miniature puppies benefit from extended time with the breeder for continued socialization, monitoring, and growth. Going home at 10-12 weeks allows breeders to ensure puppies are thriving and not at risk for hypoglycemia or other size-related issues.

Some breeders keep promising show prospects until 4-6 months to better assess structure and temperament before placement.

Breeding Economics

Breeding Dachshunds responsibly requires significant financial investment. Understanding the complete cost structure helps breeders set appropriate puppy pricing and assess program sustainability.

Complete Cost Breakdown (per litter)

Pre-breeding health testing (per dog):

• Cardiac exam: $100
• Annual eye exam: $75
• Patella evaluation: $75
• PRA-cord1 DNA: $65
• DM DNA: $65
• Lafora DNA (wirehair only): $75
• Total per breeding dog: $455 (non-wirehair) or $530 (wirehair)

For a breeding pair, double this cost: ~$910-1,060. However, testing costs are typically amortized across multiple litters over the dog's breeding career.

Per litter costs:

Stud fee: $600 (average; range $400-1,000 depending on stud quality)

Progesterone testing: $200 (2-4 blood tests to pinpoint ovulation for optimal breeding timing)

Prenatal veterinary care: $300 (pregnancy confirmation ultrasound, wellness check, pre-whelping X-ray for puppy count)

Whelping costs:

• Natural whelping: $200 (routine vet check, supplies)
• C-section: $2,000 (emergency or planned surgical delivery)

Puppy veterinary care: $125 per puppy x 4.5 puppies average = $560 total (wellness exams, vaccinations, deworming)

Food and supplies: $400 (increased food for pregnant/nursing dam, puppy food, whelping supplies, bedding, toys)

Registration: $200 (AKC litter registration + individual puppy registrations)

Marketing/miscellaneous: $100-300 (website, advertising, puppy folders, microchips, health certificates)

Total cost (natural whelping): $910 (testing amortized) + $600 + $200 + $300 + $200 + $560 + $400 + $200 = ~$3,370

Total cost (C-section): ~$3,370 + $1,800 (C-section premium over natural) = ~$5,170

Revenue

Average litter size: 4.5 puppies

Puppy pricing:

• Pet quality (limited AKC registration, spay/neuter contract): $800-1,200 average $1,000
• Show quality (full AKC registration, breeding rights): $2,000-3,000 average $2,500

Average litter revenue (assuming mix of pet and show quality): ~$4,500

• 3 pet-quality puppies @ $1,000 = $3,000
• 1.5 show-quality puppies @ $2,500 = $3,750
• Total: $6,750 / 1.5 litters average = ~$4,500 per litter

(Note: Many litters are all pet-quality placements, while others may include 2+ show prospects. This averages across litters.)

Net Analysis

Natural whelping scenario:

• Revenue: $4,500
• Costs: $3,370
• Net: ~$1,130

C-section scenario:

• Revenue: $4,500
• Costs: $5,170
• Net: -$670 (loss)

Reality check: These figures assume average litter size and no complications. Smaller litters (common in Miniatures) reduce revenue significantly. A 2-puppy Miniature litter may generate only $2,000-2,500 revenue against $3,370-5,170 costs—a substantial loss.

Economic Sustainability

Responsible Dachshund breeding is not a profit-generating enterprise. After accounting for:

• Initial purchase price of quality breeding stock ($2,000-5,000 per dog)
• Show expenses to prove breeding quality
• Maintaining dogs between litters (food, vet care, boarding)
• Occasional smaller litters or breeding failures
• Puppy returns or health issues requiring veterinary support

Most breeders operate at a net loss or break-even across their breeding careers. The motivation must be breed improvement and preservation, not income.

Pricing Considerations

Pet-quality puppy pricing ($800-1,200) should reflect:

• Health testing investment
• Quality of parents (show titles, health clearances)
• Breeder support and lifetime commitment
• Early socialization and care

Show-quality puppy pricing ($2,000-3,000) reflects the puppy's potential for breeding and showing, which requires near-perfect structure, temperament, and health testing.

Avoid underpricing puppies—low prices attract buyers who may not value health testing or breeder support, and underpricing undercuts responsible breeders who invest heavily in health and care.

Breeder Resources

Parent Club

Dachshund Club of America (DCA)

Website: dachshundclubofamerica.org

The DCA is the AKC parent club for the breed, founded in 1895. Resources include:

• Breed standard and illustrated standard
• Health and genetics information (IVDD research updates, health testing recommendations)
• Breeder referral directory
• Code of Ethics for member breeders
• Regional specialty shows and supported entries
• Educational seminars and breeding symposiums

Regional Clubs

Numerous regional Dachshund clubs across the United States offer local support, mentorship, and show opportunities. Most regional clubs are DCA member clubs. Find clubs via the DCA website or AKC club search.

AKC Breeder Programs

AKC Breeder of Merit: Recognizes breeders who demonstrate a commitment to health testing, responsible breeding practices, and breed preservation. Requirements include:

• 4+ years experience breeding
• 5+ AKC litters produced
• Health testing on all breeding stock
• Certification in responsible breeding practices

AKC Bred with H.E.A.R.T. Program: H.E.A.R.T. stands for Health, Education, Accountability, Responsibility, and Tradition. Requirements include Breeder of Merit participation plus additional continuing education and health screening.

Recommended Books

"The Complete Dachshund" by Dee Hutchinson: Comprehensive breed reference covering history, standard, breeding, genetics, and care.

"Dachshunds: A Complete Pet Owner's Manual": Practical guide for Dachshund ownership and basic breeding information.

"The Dachshund Handbook" by D. Caroline Coile, PhD: Written by a canine behaviorist and Dachshund breeder; covers training, health, and breeding.

Online Communities

Dachshund Club of America Member Forums: Member-only forums for DCA members to discuss breeding, health, showing, and genetics. Invaluable for networking with experienced breeders.

Dachshund Breed Council UK: Excellent health and genetics resources, including IVDD prevention strategies and research updates. Open access.

Variety and coat-specific Facebook groups: Many specialized groups exist for Miniature Longhaired, Wirehaired, Standard Smooth, etc. These variety-specific groups provide targeted advice on coat care, variety-specific health issues, and breeding strategy.

Online Health Databases:

• OFA (Orthopedic Foundation for Animals): ofa.org - health testing database
• CHIC (Canine Health Information Center): caninehealthinfo.org - CHIC program details
• Dachshund Health UK: dachshund-health.org.uk - research and data on IVDD and other conditions

Mentorship

New Dachshund breeders should seek mentorship from established, ethical breeders. Attend local and national specialty shows, observe breeding programs, and ask questions. The DCA can facilitate mentor connections. A good mentor:

• Breeds to the standard with health testing
• Shares pedigree research and breeding decisions
• Provides honest feedback on your breeding stock
• Supports you through whelping and puppy placement
• Models ethical breeding practices

Frequently Asked Questions

How many puppies do Dachshunds typically have?

Dachshunds average 4.5 puppies per litter, with typical range of 1-8 puppies. Miniature Dachshunds generally produce smaller litters (2-4 puppies) while Standards average 4-6 puppies. First-time mothers often have smaller litters. Litter size distribution shows that 4-5 puppy litters are most common, representing over 40% of all litters.

Do Dachshunds need C-sections?

The overall C-section rate for Dachshunds is approximately 18%, though this varies by size and coat variety. Natural whelping is the norm and expectation. However, Miniature varieties have higher dystocia risk due to smaller pelvic size, and Wirehaired varieties (both Standard and Miniature) show elevated C-section rates. Miniature Wirehaired Dachshunds rank 4th among breeds for C-section frequency. Breeders should be prepared for the possibility of surgical delivery, especially with Miniature dams or first-time mothers.

What health tests are required for breeding Dachshunds?

The CHIC (Canine Health Information Center) requires three tests: cardiac exam (screening for Patent Ductus Arteriosus), annual eye examination by a board-certified veterinary ophthalmologist (screening for PRA and other eye diseases), and patella evaluation (screening for patellar luxation). Additionally, responsible breeders DNA test for PRA-cord1, Degenerative Myelopathy, and Lafora Disease (mandatory for Wirehaired varieties). Total health testing costs approximately $455 per dog for non-wirehaired varieties, or $530 for wirehaired varieties, plus annual eye exams throughout the breeding career.

How much does it cost to breed Dachshunds?

Complete per-litter costs range from approximately $3,370 (natural whelping) to $5,170 (C-section). This includes health testing amortized across multiple litters, stud fee ($600 average), progesterone testing, prenatal care, whelping costs, puppy vet care, food, and registration. With an average litter of 4.5 puppies generating approximately $4,500 revenue, net profit is around $1,130 for natural whelping or a loss of $670 for C-section delivery. Smaller litters, especially common in Miniatures, can result in significant losses. Responsible breeding is not a profit-generating enterprise.

At what age can you breed a Dachshund?

Females should be at least 2 years old before their first breeding, allowing time for full structural maturity and completion of all health testing. Males can be used for breeding at 14-18 months once sexually mature and health tested. While Miniature Dachshunds may have their first heat as early as 6 months, breeding before full maturity increases risk of complications and is not recommended. Females should retire from breeding by 6-8 years of age or after 4-6 litters, whichever comes first.

How much do Dachshund puppies cost?

Pet-quality Dachshund puppies from health-tested parents with limited AKC registration average $800-1,200, with $1,000 being typical. Show-quality puppies with full breeding rights from champion-titled parents range from $2,000-3,000. Pricing varies by region, coat variety (Wirehaired and Longhaired often command slightly higher prices than Smooth), size variety, and breeder reputation. Puppies priced significantly below $800 often come from breeders who skip health testing or provide inadequate early care. Extremely high prices above $3,000 may reflect exceptional show potential or rare coat/color combinations.

What are the most common health problems in Dachshunds?

Intervertebral Disc Disease (IVDD) is the most significant health concern, affecting 19-24% of Dachshunds. IVDD causes back pain, paralysis, and can require emergency surgery. Other major hereditary conditions include Progressive Retinal Atrophy (PRA-cord1, affecting approximately 2% of dogs with 25% carriers), Patent Ductus Arteriosus (congenital heart defect), Lafora Disease in Wirehaired varieties (7% affected, 31.9% carriers in Miniature Wirehaired), and Dilute Color Alopecia affecting blue and Isabella-colored dogs. Patellar luxation and Degenerative Myelopathy occur at lower rates. Structural selection for strong toplines and health testing are critical for reducing hereditary disease risk.

Is breeding Dachshunds profitable?

No. Responsible Dachshund breeding is not profitable when accounting for the complete investment. After health testing (approximately $455-530 per dog), quality breeding stock purchase ($2,000-5,000 per dog), show expenses, whelping costs, puppy care, and maintaining dogs between litters, most breeders operate at break-even or a loss across their breeding careers. A single C-section can eliminate any profit from a litter. Miniature litters averaging only 2-4 puppies often result in net losses. Breeding should be motivated by breed preservation and improvement, not income generation.

Can you breed dapple Dachshunds to other dapple Dachshunds?

Absolutely not. Breeding dapple to dapple produces approximately 25% double dapple puppies (homozygous merle), which is a disqualifying pattern and carries severe health risks including deafness, blindness, microphthalmia (abnormally small eyes), and other vision defects. Double dapple should never be produced. Responsible breeders only breed dapple Dachshunds to solid-colored (non-dapple) mates, which produces approximately 50% dapple and 50% non-dapple puppies with no risk of double dapple.

How can breeders prevent IVDD in Dachshunds?

While IVDD cannot be completely eliminated (it is polygenic with breed-wide predisposition due to chondrodystrophic conformation), breeders can reduce risk through rigorous structural selection. Prioritize dogs with strong, level toplines and excellent muscular support for the back. Eliminate any dog with roach back, weak topline, or sagging back from breeding consideration. Select for adequate forechest and proper front assembly to support the long back structure. Maintain detailed pedigree health records to identify bloodlines with high IVDD incidence and avoid breeding affected dogs or those from heavily affected lines. Educate puppy buyers on IVDD prevention through weight management, avoiding jumping on/off furniture, and appropriate exercise. Research into genetic markers for IVDD susceptibility is ongoing, and DNA tests may become available in the future.

What is the difference between breeding Standard and Miniature Dachshunds?

Standard Dachshunds weigh 16-32 pounds, while Miniatures weigh 11 pounds or under at 12 months of age. Standards generally produce larger litters (4-6 puppies) while Miniatures average 2-4 puppies, affecting revenue and sustainability. Miniatures have higher dystocia risk and C-section rates due to smaller pelvic size. Birth weights differ significantly (Standards: 8-12 oz; Miniatures: 4-6 oz), and Miniature puppies are more vulnerable to fading puppy syndrome and hypoglycemia. Go-home age for Miniatures is typically 10-12 weeks vs. 8 weeks for Standards. Standards and Miniatures should NOT be interbred—offspring may not meet either variety's size requirements, creating registration and breeding program complications.

What coat varieties are there, and does it affect breeding?

Dachshunds come in three coat varieties: Smooth (short, sleek coat), Longhaired (long, flowing coat), and Wirehaired (harsh, wiry outer coat with soft undercoat). Coat variety affects some health considerations—Lafora Disease occurs exclusively in Wirehaired Dachshunds and requires DNA testing for all Wirehaired breeding stock. Wirehaired varieties also show slightly elevated C-section rates. Smooth-haired Dachshunds have marginally higher IVDD rates than Wirehaired. Coat varieties can be interbred but require understanding of coat genetics to predict offspring. Longhaired and Wirehaired varieties often command slightly higher puppy prices than Smooth due to lower numbers and grooming requirements.