Detroit Service Overview
● Local Priority: Fast response times across all Detroit neighborhoods, from Corktown to Palmer Woods.
● Certified Expertise: Licensed professionals expertly handling historic home retrofits and modern system upgrades since 1949.
● Efficiency Focus: Enhancing airflow, electrical safety, and system sizing for Detroit’s aging housing stock.
Detroit stretches from Eight Mile down to the Detroit River, with major corridors like Woodward Avenue, I-75, and I-94 carrying traffic through every part of the city. With more than 300,000 homes and an average home age of around 75 years, FLAME Heating, Cooling, Plumbing & Electrical handles hundreds of service calls across Detroit every year.
If you need help today, call (888) 234-2340 to schedule fast, local service.
A Longstanding Presence in Detroit
Since 1949, FLAME has been part of Detroit’s story. In a city where homes and infrastructure demand true expertise, our experience makes a difference. From the charm of Corktown and Indian Village to the bustle near the Ambassador Bridge and Belle Isle, we have seen it all. We know what’s behind the walls because we have been trusted to care for these homes for generations.
“Everyone was great to work with at Flame. Troy was quick to make an appointment, get a quote, and answer any questions. My furnace was replaced within 24 hours of initially contacting flame. They offer great pricing and financing options. The installation crew led by Jacob Little was respectful and efficient. Everything was done the right way and an extended labor warranty gives additional peace of mind. Highly recommend this team.”
Heating Services in Detroit, MI
Detroit winters show no mercy. As the cold settles in, aging furnaces and boilers in neighborhoods like Palmer Woods, Sherwood Forest, and the University District are put to the test. Many homes still depend on systems that have weathered decades of Michigan winters.
Our heating work in Detroit goes beyond quick fixes. We help homeowners breathe new life into old systems, boost airflow, and swap out tired units for ones that can truly keep up with the cold.
● Furnace repair and replacement
● Heat pump installation and repair
● System efficiency improvements
If your system is aging or leaves rooms chilly, consider a replacement instead of another round of repairs. Along Woodward Avenue and throughout the University District, many homes have older furnace retrofits that need expert sizing and airflow tweaks to work their best. Need heat in a hurry? Call (888) 234-2340 for same-day service anywhere in Detroit.
Cooling Services in Detroit, MI
Detroit summers bring sweltering heat and sticky humidity, especially near the river and in the heart of downtown. Many older homes weren’t built for central air, making comfort a real challenge.
We often install new AC systems in homes that once depended on window units or outdated equipment. In places like West Village and Hamtramck, we tackle tricky ductwork with creative, custom solutions. Along the riverfront and downtown, we frequently solve humidity and airflow issues during installations and upgrades, helping homes stay cool and comfortable all summer.
● New AC installation and replacement
If your home never seems cool enough or you juggle several window units, upgrading to a right-sized system can transform your comfort.
“Michael was absolutely delightful during his visit to maintain my HVAC system. He was polite, knowledgeable, friendly, and loved my pets. If I could have him every time, I’d be a happy lady. I also wanna put a shout out to the owner of the company because I was sick at the end of December and couldn’t respond to their reminders that my maintenance was due. Even though I missed the call in date, he accommodated me and kept me on the lifetime plan.”
Detroit Comfort & System Solutions
Problem: Aging heating systems failing during severe Detroit winters in historic neighborhoods.
Solution: Professional furnace retrofits, boiler upgrades, and system efficiency improvements tailored for older housing stock.
Problem: Lack of central air and tricky ductwork causing extreme summer discomfort.
Solution: Custom cooling options, including ductless mini-split systems and expert airflow upgrades.
Plumbing Services in Detroit, MI
Detroit’s plumbing often tells the story of the home’s age. Many properties still have old pipes and sewer lines that are vulnerable to leaks, backups, and corrosion.
From everyday repairs to complete system upgrades, we handle it all. In Detroit’s older neighborhoods, we often uncover problems that need more than a simple patch. In areas with aging sewer lines, we often find stubborn blockages and corrosion that call for more than just routine drain cleaning.
● Burst and frozen pipe repair
If you’re facing slow drains, frequent backups, or old pipes, it’s smart to get your system checked before a bigger problem pops up.
Electrical Services in Detroit, MI
Many Detroit homes need electrical updates, especially those built before today’s technology demands. Older wiring often struggles to keep up with modern appliances, devices, and HVAC systems.
Our electricians upgrade these systems to meet today’s standards, making your home safer and more reliable.
● Lighting
● Circuit breakers and electrical panels
● Smart home wiring and automation
If your home still has an old panel or you’re dealing with frequent breaker trips, it could be time for an upgrade.
“I recently had a new furnace and hot water tank installed and couldn’t be happier with the experience. Chris and his team were professional, courteous, and respectful of my home. They arrived on time, worked efficiently, and explained everything clearly before leaving. The installation went smoothly, and the furnace is running great.”
Why Detroit Homeowners Choose FLAME
Living in Detroit means your home faces unique challenges: older systems, historic architecture, and the city’s tough climate. That’s why experience truly counts. FLAME is ready for Detroit’s high demand, but we never lose our personal touch. Most neighborhoods can count on same-day service and dependable support.
● Serving Detroit since 1949
● Fast response times across all neighborhoods
● Experienced, licensed technicians
● Strong warranties and financing options
● Full-service capabilities across HVAC, plumbing, and electrical
From Comerica Park and the Fox Theatre to the neighborhoods stretching along Eight Mile, our team is always ready to help.
Schedule Service in Detroit Today
If you live in Detroit and need help with your heating, cooling, plumbing, or electrical system, FLAME is ready to help. Whether you are dealing with an urgent repair or planning an upgrade, our team is equipped to handle it. Call (888) 234-2340 to schedule service or book online today. We serve neighborhoods across the entire city, from areas near Woodward Avenue to homes closer to the riverfront, and respond quickly when you need it most.
Detroit Services FAQs
How long do HVAC systems last?
Most systems last between 10 to 15 years but can quickly degrade over time, so it’s important to have regular professional inspections and maintenance done.
Are bigger AC systems better?
Not necessarily. It’s more important to match your AC to your home. If your AC is too big, it will short-cycle and not run long enough to properly eliminate humidity and drain water from your system.
Why are my drains constantly backing up in my older Detroit home?
Older Detroit homes often have aging sewer lines that are susceptible to tree root intrusion, corrosion, and structural damage. Regular drain cleaning and video inspections can identify the root cause of stubborn blockages and prevent major backups.
Do I need to upgrade my electrical panel?
If your home still has an older fuse box, you frequently experience tripped breakers, or you are planning to install modern appliances like an EV charger or a new HVAC system, an electrical panel upgrade is highly recommended to meet today’s safety standards.
Are ductless mini-splits a good option for historic homes?
Yes! Ductless mini-split systems are ideal for historic Detroit homes that lack the existing ductwork required for traditional central air. They provide efficient, targeted cooling and heating without the need to tear into walls or alter the home’s architecture.
Do I need a special permit to install a new HVAC system in Detroit?
Yes, the City of Detroit requires permits and inspections for new HVAC installations to ensure compliance with local safety and building codes. Our team handles all the necessary paperwork and coordination with the city’s Buildings, Safety Engineering, and Environmental Department so your installation meets all legal standards.
Are heat pumps effective in Detroit's cold winters?
Absolutely. Modern cold-climate heat pumps are engineered to run efficiently even in sub-zero temperatures. For many of Detroit’s older homes, a dual-fuel system—combining a heat pump with a high-efficiency gas furnace—offers the perfect balance of year-round comfort and energy savings.
Recent Jobs and Reviews in Detroit, MI
Job Locations and Reviews
Completed commercial HVAC system replacement involving rooftop condenser installation and first-floor air handler changeout. Accessed roof via second-floor restroom, hoisted equipment to rooftop, and removed existing Lennox upflow air handler. Installed new upflow unit positioned 8" lower than original, requiring custom sheet metal collar fabrication to accommodate height differential. Set new Lennox condenser on rooftop mounting pad with proper support blocking, flushed existing refrigerant line set to ensure system cleanliness, and connected all refrigerant lines. Retained existing thermostat and electrical disconnect per customer request. Verified all electrical connections, tested system operation, and confirmed proper airflow and refrigerant charge levels.
Conducted on-site assessment for central air conditioning system replacement. Evaluated existing HVAC infrastructure including main supply plenum, ductwork configuration, and current thermostat control system. Documented equipment location in mechanical room showing aged galvanized metal ductwork with dust accumulation and existing ceiling penetrations. Photographed thermostat mounting location and surrounding wall conditions to determine compatibility requirements for new system installation. Provided comprehensive estimate for complete central air conditioning system replacement based on existing duct infrastructure and space requirements.
Conducted site evaluation for new air conditioning system installation at property with no existing outdoor AC unit. Assessed proposed exterior installation location and evaluated existing indoor HVAC infrastructure, including furnace and ductwork configuration in basement mechanical room. Documented current system setup and structural considerations for proper outdoor condenser placement and refrigerant line routing. Photographed existing equipment and installation area to develop comprehensive estimate for complete AC system installation including outdoor condensing unit, refrigerant lines, electrical connections, and integration with existing air handler or furnace for cooling distribution.
Completed routine air conditioning tune-up on a 9-year-old outdoor unit located at the rear of the property. Performed standard maintenance procedures including filter inspection, refrigerant level check, electrical connection testing, condenser coil cleaning, and thermostat verification. System operating within normal parameters with no immediate repairs required at time of service.
Completed installation of 3-ton air conditioning system with matching evaporator coil on existing furnace unit in basement location. Installation included proper refrigerant line connections with insulated copper tubing, PVC condensate drainage, electrical reconnection, and all necessary ductwork modifications to integrate new coil into existing plenum. Mechanical and electrical permits were requested for this rear-discharge unit installation, and all components were tested for proper operation upon completion.
Responded to no cooling complaint on 3-year-old split system with indoor air handler in basement and outdoor condenser unit in backyard. Customer reported indoor fan operational but no cooling despite changing filter and clearing condensate line. Upon arrival, verified thermostat display showing 75.7°F and inspected thermostat wiring connections and battery installation. Examined outdoor condenser unit, noting fan grille and internal components accessible for inspection. Performed diagnostic evaluation of both indoor and outdoor equipment to identify cause of cooling failure on relatively new system.
Performed commercial backflow prevention device testing on single unit as requested. Upon arrival, accessed mechanical room and located backflow assembly within overhead piping system featuring yellow and green painted pipes with multiple valve configurations and brass fittings. Conducted standard testing procedures on the backflow preventer, verified proper operation of check valves and relief valve, and documented system condition with photographic evidence showing the installation environment and equipment location within the facility's plumbing infrastructure.
Responded to service call for non-operational central air conditioning system. Upon inspection, discovered outdoor condensing unit with R22 refrigerant had completely depleted refrigerant charge, rendering system inoperable. Assessed existing Goodman furnace and AC system configuration in basement mechanical room and exterior location. Provided comprehensive replacement estimate for new HVAC system due to obsolete R22 refrigerant and complete loss of cooling capacity.
Responded to no cooling complaint on 10-year-old Goodman AC system. Upon arrival, confirmed system was not operational. Performed diagnostic evaluation of outdoor condensing unit and indoor air handler components. Measured supply air temperature at 75.7°F, indicating lack of cooling capacity. Inspected furnace/air handler unit, electrical connections, and associated ductwork for proper operation and airflow. Documented system conditions with temperature readings and visual inspection of equipment. Identified service needs and provided customer with findings and recommendations for restoring cooling function to the system.
Responded to water leak from basement air conditioning unit draining onto floor instead of into designated tub. Evaluated aging AC system that was still providing cooling despite drainage issue. Assessed existing Emerson thermostat, electrical panel configuration, and overall system condition to provide comprehensive estimate for full HVAC system replacement given age of equipment and current drainage failure.
Conducted on-site evaluation for new air conditioning system installation in residential property with no existing AC equipment. Assessed current heating system infrastructure installed approximately 4-5 years ago, examined existing ductwork in basement mechanical area, and evaluated thermostat location and electrical requirements to provide comprehensive replacement estimate for complete AC system installation.
Responded to service call for AC unit running at furnace but not cooling home. Upon inspection, found outdoor condenser unit with heavily soiled coil fins restricting airflow, with accumulated dirt, debris, and organic matter lodged between fins. Cleaned condenser coils to restore proper heat exchange and airflow. Unit tested and confirmed operational with adequate cooling restored to residence.
Completed follow-up visit to new HVAC installation to ensure customer satisfaction and system performance. Installed fan-powered humidifier integrated with existing ductwork system to improve indoor air quality throughout the residence. Performed final adjustments and verified proper operation of all mechanical components, including ductwork connections, heating system, and newly installed IAQ equipment.
Conducted comprehensive site evaluation for replacement estimate of 15-year-old residential air conditioning system located in backyard. Assessed existing condensing unit positioned on concrete pad against brick exterior wall, documented current equipment condition including condenser coil integrity and cabinet weathering, evaluated electrical service infrastructure including meter location and existing conduit routing, and photographed installation area to develop accurate replacement specifications for owner-occupied property.
Responded to active water leak in bathroom with visible dripping, wall sweating, and paint deterioration near ceiling area. Conducted thorough inspection of plumbing infrastructure in basement area, examining exposed piping systems including PEX water lines, supply pipes, and potential condensation sources affecting the bathroom above. Identified moisture intrusion pattern consistent with plumbing leak or excessive condensation in aging residential structure, documented conditions with photographic evidence, and provided assessment of affected areas requiring remediation to prevent further water damage and structural deterioration.
Conducted furnace replacement estimate for 25-year-old heating system located in basement. Inspected existing furnace installation, photographed current equipment configuration including white metal furnace unit with top-mounted access panel, PVC venting, flexible aluminum ductwork, and associated copper piping. Documented basement conditions showing concrete block walls, exposed floor joists, and utility space layout. Assessed ductwork connections including flexible ribbed ducting entering through concrete wall opening and rigid metal sections. Evaluated existing gas lines, condensate drains, and ventilation system components. No current operational issues reported by homeowner at time of inspection. Provided equipment replacement recommendations based on age of existing system and current installation configuration.
Completed full HVAC system estimate for 2012 air conditioning unit located in basement that was blowing warm air. Assessed existing Goodman furnace, air handler, and associated ductwork, PVC venting, and condensate drainage systems for full system replacement with air conditioning unit relocation.
Responded to plumbing service call for bathtub faucet replacement. Accessed existing plumbing infrastructure through attic crawl space above bathroom. Removed dated chrome tub spout and faucet assembly from peach-tiled bathroom wall. Installed new PVC supply lines with brass shut-off valves in attic space to provide proper water control and meet current code requirements. Connected new fixtures to updated supply lines, ensuring proper water flow and pressure. Tested installation for leaks and verified proper drainage through existing tub drain assembly. All connections secured and system restored to full operation.
Completed full HVAC system installation including a 45,000 BTU furnace with humidifier and 2-ton rear-discharge air conditioning unit. Installed new thermostat, reconnected electrical service, and performed system startup with refrigerant charge verification using digital manifold gauges, confirming proper pressures and temperatures. All mechanical, electrical, and HVAC permits secured, and system qualified for utility rebate program.
Completed installation of a 2-ton air conditioning system with matching evaporator coil in residential basement utility area. Installed new air handler unit with proper ductwork connections, condensate drain lines using white PVC piping, and established new dedicated electrical circuit to code. Coordinated mechanical and electrical permits, positioned outdoor condenser unit in rear yard, and ensured all components are operational and meet manufacturer specifications.
Successfully completed installation of a 2.5-ton air conditioning system with new evaporator coil in rear yard location. Installation included coordination with electrician for new dedicated circuit installation, mechanical and electrical permit procurement, system startup, and full diagnostic testing to verify proper refrigerant pressures and system performance. All equipment tested and operational upon completion.
Conducted comprehensive assessment of existing HVAC system for full replacement estimate. Evaluated current furnace, air conditioning unit, and ductwork configuration in basement mechanical room. Documented equipment specifications, existing duct layout including blue rectangular and insulated flexible ductwork, and provided pricing options for complete system replacement as well as separate quotes for furnace and AC units.
Completed exterior electrical installation on brick wall to ensure compliance with code requirements. Installed gray metal electrical box with flexible conduit runs connecting to disconnect box, providing required receptacle outlet at equipment location. All work performed in workmanlike manner per Michigan Residential Code 2015 Section M1401.1, Michigan Mechanical Code 2015 Section 304.1, and local ordinance requirements.
Responded to reports of a possible gas leak in the kitchen area of a 111-year-old residential property. Conducted comprehensive pressure testing on the kitchen gas line to identify the source of the suspected leak that had been ongoing for approximately one month. Testing required accessing gas supply lines behind wall surfaces, necessitating removal of drywall sections to expose piping for thorough inspection. Performed systematic pressure test protocol on all accessible gas line segments serving the upstairs kitchen area. Inspected gas furnace connections and related gas distribution lines in the basement utility area to rule out any secondary leak points in the system. All testing procedures followed current safety standards and code requirements for gas line integrity verification. Documented findings with photographic evidence of accessed areas and testing points for service records.
Conducted site assessment for new central air conditioning system installation at property with no existing AC equipment. Evaluated interior thermostat location and documented current heating system controls, noting existing smart thermostat set at 56°F heat setpoint with indoor temperature reading 73°F. Inspected basement utility area with painted concrete block walls to determine optimal routing for refrigerant lines, condensate drainage, and electrical connections. Discussed outdoor condenser unit placement options with property owner to determine most suitable location for equipment installation. Documented wall conditions near existing HVAC controls and assessed structural considerations for new system integration with current heating infrastructure.
