Brown Carpenter Ant
Camponotus consobrinus
The Banded Sugar Ant, Camponotus consobrinus, is one of the most common and widely recognised ants in Australia, particularly along the eastern seaboard. It is a large and visually striking species, often simply referred to as the 'sugar ant' due to its strong preference for sweet foods. As a member of the Camponotus genus, it is also technically a type of carpenter ant, known for nesting in soil, wood, and rock crevices. These ants are primarily nocturnal, often going unnoticed during the day, but forming distinct foraging trails into homes after dark in search of sustenance, making them a significant household nuisance pest. While they don't possess a sting, they can deliver a surprisingly painful bite with their powerful mandibles and can spray formic acid for defense. Their presence in a home indicates a nearby colony, which could be located in the garden or potentially within the structure of the house itself.
For effective control and prevention, professional pest management is recommended.
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Brown Carpenter Ant At-A-Glance
Key facts and characteristics
Complete Brown Carpenter Ant Guide
Professional identification and control information
Identification
How to accurately identify Brown Carpenter Ant
Expert Tips
Professional pest controllers recommend examining Brown Carpenter Ant under good lighting conditions, focusing on The combination of large size and the striking orange thorax sandwiched between a black head and black abdomen makes them one of Australia's most easily identifiable ants. Their nocturnal behaviour is also a key trait. Morphologically, the single petiole and the smoothly curved thorax profile are definitive characteristics of the Camponotus genus.. Specimens are best observed during their peak activity periods and in their preferred microhabitats. Digital photography with macro capabilities can aid in confirming identification markers for consultation with entomological specialists.
Similar Species
- Black Carpenter Ant (Camponotus nigriceps): Very similar in size and habit, but C. nigriceps typically has a solid black thorax, lacking the orange-brown colour of C. consobrinus.
- Golden-tailed Sugar Ant (Camponotus aeneopilosus): Smaller and covered in fine golden hairs.
Confusion Species
Brown Carpenter Ant is most commonly confused with other ant species with similar coloration. Key distinguishing features include the specific pattern of The Banded Sugar Ant has a highly distinctive and consistent colour pattern. The head is jet black, the thorax and the top of the legs are a vibrant orange-brown, and the abdomen (gaster) is black. This tri-coloured pattern is a key identifying feature. Some minor colour variations can occur, with the orange sometimes appearing more reddish or brownish. and The combination of large size and the striking orange thorax sandwiched between a black head and black abdomen makes them one of Australia's most easily identifiable ants. Their nocturnal behaviour is also a key trait. Morphologically, the single petiole and the smoothly curved thorax profile are definitive characteristics of the Camponotus genus.. Professional identification often requires examination under magnification to confirm diagnostic features. When in doubt, collect specimens for expert identification, as accurate species identification is crucial for effective pest management strategies in Australian conditions.
Identification Tips
The banded colouration is the most obvious feature. Observing them at night, trailing in large numbers towards a food or water source, is also a strong indicator. Their large size distinguishes them from most other common pest ants.
Key Identifying Features
- Large size (5-15mm) with polymorphic workers.
- Distinctive colour pattern: black head, orange-brown thorax, and black abdomen with an orange-brown band at the front.
- Single, smooth petiole.
- Nocturnal foraging habits.
- Commonly referred to as the Banded Sugar Ant.
Key Identification Features
The Brown Carpenter Ant (Camponotus consobrinus) can be reliably identified through several diagnostic characteristics. Size: Brown Carpenter Ant measures Workers: 5-15mm, Queens: 16-18mm. Coloration: The Banded Sugar Ant has a highly distinctive and consistent colour pattern. The head is jet black, the thorax and the top of the legs are a vibrant o. Key features: The combination of large size and the striking orange thorax sandwiched between a black head and black abdomen makes them one of Australia's most easily identifiable ants. Their nocturnal behaviour is. Structure: They are a large and robust ant. A key feature of the Camponotus genus is the profile of the thorax, which is a single, smooth, evenly arched curve . These identification markers are consistent across Australian populations and are critical for accurate field identification by pest control professionals and property owners.
Professional Identification
While the colouration is a good guide, variation exists. A pest management professional can confirm the species, which is important as treatment strategies for different Camponotus species can vary.
Biology & Lifecycle
Understanding Brown Carpenter Ant biology and development
Anatomy
Brown Carpenter Ant (Camponotus consobrinus) exhibits typical ant anatomy with specialized adaptations. They are a large and robust ant. A key feature of the Camponotus genus is the profile of the thorax, which is a single, smooth, evenly arched curve from front to back, with no spines or dips. They have a single node (petiole) connecting the thorax to the gaster. Their abdomen is large and oval-shaped.. The worker caste is polymorphic, meaning workers come in different sizes. 'Minor' workers are smaller, while 'Major' workers (or soldiers) are much larger and have disproportionately big heads and powerful mandibles used for defense and processing food. The queen is the largest member of the colony.. These anatomical features are optimized for their ecological role and contribute to their success in Australian environments.
Genetics
Genetic studies of Brown Carpenter Ant populations reveal The rate of reproduction is moderate. The queen is a steady egg-layer, but the colony's overall growth rate is much slower than that of invasive tramp ants like the Argentine Ant. that contribute to population dynamics. Genetic diversity within Australian populations influences their adaptability to local environmental conditions and pest management resistance development.
Lifecycle Details
Egg Stage
The lifecycle of a colony begins with a single, newly mated queen. After her nuptial flight, she finds a suitable protected cavity, often in the soil at the base of a tree or under a rock, and seals herself inside. This is known as claustral colony founding. She lays her first small clutch of eggs and tends to them herself, nourishing the resulting larvae with her own metabolized fat stores and redundant flight muscles. In an established colony, the queen is the sole egg-layer, producing a steady stream of eggs throughout the warmer months. The eggs are small, white, and oval, and worker ants meticulously care for them, moving them to chambers with the ideal temperature and humidity for their 3-5 week incubation period.
Adult Stage
The adult ant emerges from its cocoon, often with help from its nestmates. The new worker's exoskeleton is initially soft and pale but hardens and gains its characteristic colouration over a few days. Worker ants can live for several years, a long time for an individual ant. The queen is exceptionally long-lived, potentially for 15 years or more. A colony of Banded Sugar Ants grows relatively slowly, taking several years to reach maturity, at which point it may contain several thousand workers. Mature colonies then begin to produce their own winged reproductives (alates) to create new colonies.
Pupal Stage
Once a larva has reached its full size, it spins a whitish or beige-coloured silk cocoon around itself for protection and enters the pupal stage. These cocoons are often what people mistake for 'ant eggs' when a nest is disturbed. Inside the cocoon, the pupa undergoes the incredible transformation into an adult ant. This stage lasts for approximately 3-4 weeks. The cocoons are carefully managed by worker ants, who keep them clean and protected within the nest's nursery chambers.
Larval Stage
The legless, white, grub-like larvae hatch from the eggs. They are completely dependent on the worker ants for survival. Workers feed the larvae a diet of regurgitated liquids and small pieces of protein, such as insect parts. The larvae pass through several molts as they grow, a stage that typically lasts for 3-6 weeks. The destiny of a larva is determined by its diet; most are fed a standard diet and develop into sterile female workers. A few may be given a richer diet to develop into larger major workers, and in a mature colony, some will be specially fed to become new winged queens.
Seasonal Cycle
Activity begins in spring, peaks in the heat of summer, and wanes in autumn before the winter dormancy.
Development Time
The complete lifecycle from egg to adult worker typically takes from 2 to 4 months, with the pace being heavily influenced by ambient temperature and food availability.
Reproduction Rate
The rate of reproduction is moderate. The queen is a steady egg-layer, but the colony's overall growth rate is much slower than that of invasive tramp ants like the Argentine Ant.
Generations Per Year
Typically, one new generation of workers is produced each year.
Minimum Temperature
They undergo a period of dormancy or reduced activity during winter.
Optimal Temperature
They are most active and develop fastest during the warm summer months, with a preference for temperatures between 24-29°C.
Habitat & Distribution
Where Brown Carpenter Ant lives and thrives
Preferred Habitats
- Gardens and parklands
- Eucalypt woodlands
- Coastal heathlands
- Urban and suburban areas
- Nesting in soil, under paving, and in timber structures
Nesting Behavior
Brown Carpenter Ants are versatile nesters. They commonly nest in the soil at the base of trees, under rocks or logs, or in decaying wood. They can also establish nests in the timber structures of houses, particularly in areas with moisture, such as wall voids, roof spaces, and sub-floor areas.
Nesting Requirements
They require a secure location that offers protection from the elements and predators. This can range from a simple soil excavation to complex galleries within timber.
Temperature Preference
They are well-adapted to the temperate and subtropical climates of Australia.
Humidity Preference
They have a preference for nesting in areas where there is some moisture, as it aids in excavating nests in both soil and wood.
Hiding Spots
- At the base of trees and shrubs
- Under outdoor paving stones and pathways
- In roof voids and wall cavities
- Within firewood piles
- Around the foundations of buildings
Distribution Patterns
Native Range
Australia
Climate Zones
- Temperate
- Subtropical
- Mediterranean
Urban Vs Rural
Highly successful in both urban and natural environments. They are one of the most frequently encountered ants in Australian cities and suburbs.
Introduced Range
Not established outside of Australia.
Spread Mechanism
Natural spread is via nuptial flights. Human-assisted spread can occur through the transport of infested firewood, pot plants, or landscaping materials.
Australian States
Extremely common throughout eastern, southern, and Western Australia. Found in Queensland, New South Wales, the ACT, Victoria, Tasmania, South Australia, and the southern parts of Western Australia.
Establishment Factors
Their adaptability to various nesting sites, their broad diet, and their ability to thrive in human-modified landscapes have made them a very successful and widespread species.
Behavior & Diet
Brown Carpenter Ant behavioral patterns and feeding habits
Activity Pattern
Predominantly nocturnal or crepuscular (active at dawn and dusk). They are often seen foraging in large numbers after dark, both indoors and outdoors. They will avoid bright sunlight and hot, dry conditions.
Social Behavior
They are highly social insects with a well-defined caste system. Minor workers typically care for the queen and brood and engage in foraging, while the larger major workers with their powerful mandibles are involved in defence, nest excavation, and tackling larger food items.
Territorial Behavior
They are known to be aggressive towards other ants and will defend their nests and foraging territories vigorously. Fights between rival colonies can occur.
Foraging Behavior
They are excellent foragers, often travelling long distances from the nest along established chemical trails. They are strongly attracted to sugar and are frequently found in kitchens and pantries.
Dispersal Behavior
New colonies are founded by a single queen following a nuptial flight, which typically occurs on warm evenings. The queen finds a suitable site, sheds her wings, and begins to lay her first batch of eggs.
Dietary Preferences
Aphid Farming
They actively tend and protect honeydew-producing insects from predators, effectively 'farming' them for a reliable food source.
Feeding Habits
They are omnivores with a very strong preference for sugary foods, hence their common name.
Foraging Range
Individual ants can travel significant distances, sometimes over 50 metres, from the nest in search of food and water.
Feeding Patterns
Feeding patterns of Brown Carpenter Ant are influenced by temperature, humidity, and resource availability typical of Australian conditions. Predominantly nocturnal or crepuscular (active at dawn and dusk). They are often seen foraging in large numbers after dark, both indoors and outdoors. They will avoid bright sunlight and hot, dry conditions., with feeding frequency increasing during reproductive periods when nutritional demands are highest.
Primary Food Sources
- Honeydew collected from aphids, scale insects, and other hemipterans
- Nectar from flowering plants, especially eucalypts
- Household sugar, honey, soft drinks, and other sweet spills
- Dead insects and other protein sources to feed the larvae
- Fatty and greasy foods
Seasonal Diet Changes
The demand for protein is highest in spring and summer when the brood is developing. The demand for carbohydrates for worker energy is high year-round during active periods.
Health Risks
Health concerns associated with Brown Carpenter Ant
Always consult healthcare professionals for medical concerns related to pest exposure.
Severity
The health risk is low, with the main concern being the pain from a bite.
Symptoms
- A sharp, pinching pain from the bite itself.
- Localised inflammation, redness, and itching at the bite location.
- A stinging sensation if formic acid enters the wound.
Allergens
They do not possess a sting, but the bite from a major worker can be painful and break the skin. They can also spray formic acid, which can cause irritation. Allergic reactions are rare.
Contamination Risk
They pose a contamination risk to uncovered food in kitchens and pantries due to their strong attraction to a wide range of foodstuffs.
Disease Transmission
- The risk of disease transmission is negligible. However, like any insect that moves between outdoor areas and indoor food preparation surfaces, they have the potential to mechanically transfer bacteria.
Vulnerable Populations
- Small children who may accidentally disturb a nest.
- Individuals with a known allergy to formic acid or insect bites.
Economic Impact
Financial costs and economic effects of Brown Carpenter Ant
Business Impact
Retail Impact
Can cause problems in bakeries, confectioners, and other food retail outlets by contaminating stock.
Reputation Damage
A visible infestation of large sugar ants can severely damage the reputation of any business in the food or hospitality industry.
Restaurant Issues
Their presence in food preparation or dining areas can be a major issue, leading to negative customer experiences and potential health code violations.
Property Damage
Garden Damage
Minimal direct damage to gardens, but their protection of sap-sucking pests can be detrimental to plant health.
Structural Damage
When they nest in timber, they excavate it to create galleries. Over a prolonged period, this can weaken the timber, although the damage is typically not as severe as that caused by termites. The presence of a nest indoors often indicates a moisture problem that needs to be addressed.
Food Contamination
They can be a significant problem in terms of food spoilage and waste in both domestic and commercial kitchens.
Treatment Costs
Diy Treatment
DIY baits and sprays are available for $20-$80, but their effectiveness is often limited, especially for nests located within the structure of a building. Professional-grade, non-repellent products are usually required for complete colony elimination.
Prevention Costs
Annual pest management plans that include monitoring and preventative treatments for sugar ants can cost between $200 and $450.
Professional Treatment
The cost for professional control can vary from $250 to $800 or more. If the nest is within a structure, costs can increase due to the difficulty of access and the need to repair any damage caused by the treatment process itself.
Agricultural Impact
Crop Damage
In horticulture, their habit of tending and protecting sap-sucking pests like aphids and scale insects can lead to increased pest populations and reduced crop yields.
Economic Loss
Losses are primarily associated with control costs and damage to timber in buildings, as well as indirect impacts in horticulture.
Beneficial Aspects
In natural ecosystems, they are important predators of other invertebrates and contribute to nutrient cycling.
Detection & Signs
Early warning signs of Brown Carpenter Ant presence
Visual Signs
- Sightings of large, distinctively coloured ants foraging inside the house, especially at night.
- Well-defined trails of ants moving along skirting boards, benchtops, or across patios.
- Winged ants (alates) emerging from walls or ceilings during summer evenings.
Behavioral Signs
- A large number of ants appearing suddenly around a food spill, especially something sweet.
- Aggressive behaviour from major workers if their trail or nest is disturbed.
Physical Evidence
- Small piles of excavated material (soil or fine wood shavings) near nest entrances.
- In some cases, a faint, rustling sound may be audible within walls where a nest is located.
- The presence of the ants themselves is the most common sign.
Seasonal Indicators
- A marked increase in indoor foraging activity during hot or very wet weather.
- The annual emergence of winged reproductives is a clear sign of a mature, nearby colony.
Prevention
Proactive strategies to prevent Brown Carpenter Ant infestations
Landscaping Tips
- Keep trees and shrubs trimmed back from the house to prevent them from acting as bridges for ants.
- Remove potential nesting sites like old tree stumps, rotting logs, and piles of wood from near the house.
- Ensure garden mulch is not piled up against the walls or foundation of the house.
- Maintain good drainage around the property to reduce excess moisture in the soil.
Exclusion Methods
- Seal all potential entry points, including cracks in walls, gaps around pipes, and torn window screens.
- Use door seals and weather stripping to close gaps under doors.
- Address and repair any sources of moisture, such as leaking taps, pipes, or roof issues, as dampness attracts these ants.
Sanitation Measures
- Maintain a high level of kitchen hygiene. Do not leave dirty dishes in the sink overnight.
- Clean up all food and drink spills immediately and thoroughly.
- Store all food, especially sweet items like sugar, honey, and biscuits, in sealed, airtight containers.
- Ensure rubbish bins have tight-fitting lids and are emptied frequently.
Monitoring Strategies
- Be vigilant for ant trails, especially at night. A torchlight inspection of the kitchen and exterior walls after dark can reveal activity.
- Regularly inspect areas with a history of moisture problems, such as under sinks and in the laundry.
- Place sticky traps or ant monitors in suspected areas to gauge the level of activity.
Control Methods
Effective treatment options for Brown Carpenter Ant control
Treatment Methods
- Application of non-repellent liquid insecticides to exterior walls, garden edges, and other areas where trails are seen. The ants cross the treated zone and carry the insecticide back to the nest.
- Use of insecticidal dusts applied to roof voids, sub-floor areas, and wall cavities where nests are located or suspected.
- Strategic placement of professional-grade granular or gel baits that are highly attractive to sugar ants. The bait is consumed and shared throughout the colony, leading to its elimination.
Safety Considerations
- Licensed pest control technicians are trained in the safe application of pesticides to minimise risks to people, pets, and the environment.
- Clients should follow all safety instructions provided by the technician, such as keeping clear of treated areas for a specified time.
- Low-toxicity baits are often used in sensitive areas like kitchens.
- An integrated approach, combining chemical and non-chemical methods, is the safest and most sustainable option.
Application Techniques
- A thorough inspection is the first and most critical step to identify trails, nesting sites, and the extent of the infestation.
- Treatment must be comprehensive, often involving a combination of the methods listed above to target both foraging workers and the nest itself.
- Direct nest treatment is the most effective approach if the nest can be located.
- Creating a treated perimeter around the home is a key part of the strategy to provide long-term protection.
Treatment Effectiveness
Timeframe
A significant reduction in ant numbers is usually seen within 24-48 hours, with complete colony control typically achieved within one to three weeks.
Success Rate
Professional treatments have a very high success rate when a comprehensive strategy is employed. The use of modern, non-repellent products is particularly effective.
Follow Up Required
A follow-up visit may be included in the treatment plan to monitor success and re-treat if necessary. A warranty period is often provided.
Seasonal Considerations
Treatment is most effective during the warmer months (spring and summer) when the ants are actively foraging and will readily encounter treated zones and consume baits.
Professional Services
Treatment Methods
- Application of non-repellent liquid insecticides to exterior walls, garden edges, and other areas where trails are seen. The ants cross the treated zone and carry the insecticide back to the nest.
- Use of insecticidal dusts applied to roof voids, sub-floor areas, and wall cavities where nests are located or suspected.
- Strategic placement of professional-grade granular or gel baits that are highly attractive to sugar ants. The bait is consumed and shared throughout the colony, leading to its elimination.
Safety Considerations
- Licensed pest control technicians are trained in the safe application of pesticides to minimise risks to people, pets, and the environment.
- Clients should follow all safety instructions provided by the technician, such as keeping clear of treated areas for a specified time.
- Low-toxicity baits are often used in sensitive areas like kitchens.
- An integrated approach, combining chemical and non-chemical methods, is the safest and most sustainable option.
Application Techniques
- A thorough inspection is the first and most critical step to identify trails, nesting sites, and the extent of the infestation.
- Treatment must be comprehensive, often involving a combination of the methods listed above to target both foraging workers and the nest itself.
- Direct nest treatment is the most effective approach if the nest can be located.
- Creating a treated perimeter around the home is a key part of the strategy to provide long-term protection.
Treatment Effectiveness
Timeframe
A significant reduction in ant numbers is usually seen within 24-48 hours, with complete colony control typically achieved within one to three weeks.
Success Rate
Professional treatments have a very high success rate when a comprehensive strategy is employed. The use of modern, non-repellent products is particularly effective.
Follow Up Required
A follow-up visit may be included in the treatment plan to monitor success and re-treat if necessary. A warranty period is often provided.
Seasonal Considerations
Treatment is most effective during the warmer months (spring and summer) when the ants are actively foraging and will readily encounter treated zones and consume baits.
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Seasonal Patterns
Brown Carpenter Ant seasonal activity and management timing
Autumn
Autumn (March-May) sees Brown Carpenter Ant populations beginning to decline as temperatures cool across Australia. This period offers opportunities for targeted control measures as they seek shelter and overwintering sites. Exclusion and habitat modification strategies implemented during autumn can significantly reduce following year's populations.
Autumn Activity
Foraging activity gradually decreases as temperatures start to fall. The ants may engage in last-minute foraging to build up food stores before winter.
Breeding Season
The primary reproductive season is late spring and summer, which is when you are most likely to see swarms of winged ants.
Spring Activity
As the soil warms up, the colony emerges from its winter slowdown. The queen increases egg laying, and workers begin foraging for food and resources to support the growing brood.
Summer Activity
This is the peak of their annual cycle. Foraging activity is at its highest, especially during the night. Mature colonies will produce winged reproductives (alates) for nuptial flights, which usually occur on warm, humid evenings.
Winter Activity
In colder regions, the colony will enter a state of dormancy or diapause, remaining deep within the nest. In warmer, more northern parts of Australia, they may remain active on milder days.
Peak Infestation
Infestations are most commonly reported and problematic during the hot summer months, as this is when foraging activity is most intense and they are more likely to enter homes in search of water and food.
Treatment Timing
The optimal time for treatment is during their period of peak activity in spring and summer, as this ensures maximum uptake of baits and contact with treated surfaces.
Environmental Factors
Humidity Effects
Nuptial flights are often triggered by high humidity following a rain event in summer.
Weather Patterns
Extreme heat or heavy rain can drive them to seek refuge and forage indoors.
Temperature Effects
Activity is directly linked to temperature; they are most active on warm nights.
Legal Considerations
Legal requirements for Brown Carpenter Ant control in Australia
Pest Status
Considered a major nuisance pest and a potential timber pest across Australia.
Control Regulations
The application of any chemical products for their control must be done in accordance with the regulations set by the Australian Pesticides and Veterinary Medicines Authority (APVMA) and relevant state environmental protection agencies.
Compliance Requirements
- Adherence to all label directions for any product used.
- Keeping accurate records of pesticide applications for commercial properties.
- Following industry codes of practice and Australian Standards for pest management.
Professional Requirements
For commercial or residential pest control services, the technician must hold a valid state-issued pest management license.
Environmental Considerations
Care must be taken during treatment to avoid spray drift and contamination of non-target areas, particularly gardens and waterways. An Integrated Pest Management (IPM) approach that considers environmental impact is best practice.
Frequently Asked Questions
Common questions about Brown Carpenter Ant
Why do I only see Brown Carpenter Ants at night?
Brown Carpenter Ants (or Banded Sugar Ants) are primarily nocturnal. This behaviour helps them avoid the heat of the Australian day and reduces their risk of predation from diurnal animals like birds and lizards. Their large eyes are well-adapted to low-light conditions. If you have an infestation, you will typically notice their activity ramping up at dusk, with long trails of ants foraging for food and water throughout the night. Seeing them active inside your home after dark is a classic sign of an infestation.
Are Brown Carpenter Ants a type of 'sugar ant'?
Yes, 'sugar ant' is a common colloquial term used in Australia to describe a variety of ant species that are strongly attracted to sugary foods. The Brown Carpenter Ant (Camponotus consobrinus) is one of the most prominent species referred to as a 'sugar ant' due to its intense craving for sweets and its frequent invasions of kitchens and pantries. The name 'Banded Sugar Ant' is also used specifically for this species, referring to its colouration and diet.
Can Brown Carpenter Ants damage my house?
Yes, they can. Like other carpenter ants, they are capable of excavating nests in wood. While they don't eat the wood like termites, they hollow it out to create galleries for their colony. They are particularly drawn to timber that is damp or has some degree of wood rot, as it is easier to excavate. Over time, this can compromise the structural integrity of the timber. An infestation within the home can be an indicator of a moisture issue that also needs to be addressed.
How can I stop them from coming into my kitchen?
The most effective way to stop them is to remove their motivation for entering. This involves strict sanitation: clean up spills immediately, store all food (especially sugar, honey, and cereals) in airtight containers, don't leave pet food out overnight, and keep your bins sealed. In addition to sanitation, you need to block their entry points. Seal cracks in walls, floors, and around pipes. While these measures are crucial, if a nest is already established on your property or in your house, you will likely need professional treatment to eliminate the colony.
I saw a huge swarm of winged Brown Carpenter Ants. What does that mean?
Seeing a large swarm of winged ants emerging from your property is a nuptial flight. This means you have a large, mature colony that is at least several years old. The winged ants are the reproductive males and new queens. They emerge on a warm, humid evening to mate in the air. After mating, the males die, and the newly fertilised queens fly off to try and establish new colonies. A nuptial flight is a definitive sign of a significant, well-established infestation in or very near your home, and professional assessment is strongly recommended.
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Image Gallery
Visual identification guide for Brown Carpenter Ant
Images of Brown Carpenter Ant showing key identifying features: