A Taylor wood stove, commonly sold as an outdoor wood furnace or waterstove, typically costs about $8,000-$16,000 for the equipment and $12,000-$25,000 installed. The final price depends on furnace size, insulated underground piping, chimney and electrical work, delivery distance, and whether the home needs a new hydronic connection.
Equipment prices are often dealer-quoted, so a complete installed estimate is more useful than the furnace price alone. The ranges below are U.S. planning estimates, not a current manufacturer price list; local quotes can differ by model and site conditions.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Taylor furnace equipment | $8,000 | $12,000 | $16,000 | Model, capacity, and included controls affect price |
| Installed system | $12,000 | $18,500 | $25,000 | Includes typical delivery, setup, and connection work |
| Insulated underground pipe | $15 per ft | $30 per ft | $60 per ft | Material and trenching are separate quote drivers |
| Labor | $75 per hour | $100 per hour | $150 per hour | Trade rates vary by location and job complexity |
| Removal of old equipment | $300 | $900 | $2,000 | Higher when hauling or plumbing changes are needed |
What a Taylor outdoor furnace costs for a typical home
A Taylor outdoor furnace purchase generally falls around $8,000-$16,000 before installation. A complete system serving an average-size home often lands near $15,000-$21,000 when the site is accessible and the existing heating system can accept hot water from the outdoor unit. A large house, detached shop, long pipe run, or major indoor retrofit can push the total above $25,000.
These estimates assume a new furnace, standard controls, ordinary residential access, and a professional installation in a region with typical labor rates. They do not assume unusual excavation, a long distance from the house, extensive electrical upgrades, or replacement of indoor radiators or ductwork. Assumptions: U.S. residential installation, standard materials, normal access, and no major system redesign.
Some buyers see a lower equipment quote because it excludes piping, delivery, startup, or indoor heat-exchanger work. Others receive a bundled quote that includes these items. Comparing total scope helps prevent a seemingly low furnace price from becoming a more expensive project after add-ons.
For budgeting, use $18,500 as a middle installed estimate, then adjust for distance, heating capacity, and indoor connection work. Confirm the model and included components with a local Taylor dealer because availability and pricing can change.
How furnace, piping, and labor shape the installed quote
A quote usually combines the furnace, installation labor, site work, and the parts needed to move heat into the house. The table gives common planning ranges; actual line items depend on whether the project is a new installation or a replacement.
| Quote component | Typical range | Pricing basis | What changes the amount |
|---|---|---|---|
| Furnace and controls | $8,000-$16,000 | Per unit | Capacity, model, controls, and dealer package |
| Insulated supply and return line | $15-$60 per ft | Per linear ft | Pipe type, insulation, diameter, and route |
| Excavation and backfill | $500-$3,500 | Per project | Trench length, soil, rock, and access for machinery |
| Plumbing and heat exchanger | $1,000-$4,000 | Per project | Existing boiler, forced-air coil, zones, and controls |
| Electrical and startup | $500-$2,000 | Per project | Power supply, wiring distance, testing, and commissioning |
| Delivery and placement | $300-$1,500 | Per delivery | Haul distance, crane or skid steer needs, and access |
Labor may total roughly $1,500-$5,000 on a straightforward installation, while a complicated retrofit can exceed that. At a combined trade rate of $75-$150 per hour, a 20-35 hour job would represent $1,500-$5,250 in labor before specialty equipment or travel charges.
Ask the installer to separate equipment, trenching, piping, plumbing, electrical work, and startup so each major charge can be compared. Verify whether the quote includes tax, permits, disposal, and any required indoor heat exchanger.
How heating load and pipe distance change Taylor pricing
Furnace capacity should match the home’s heat loss and any buildings the owner plans to serve. A small, well-insulated house may need a different unit and distribution setup than a large older home with high ceilings or a detached workshop. Oversizing can add equipment cost and may lead to inefficient operation; undersizing can leave the building short of heat during cold weather.
Pipe distance is a measurable cost driver. A 50-foot run may require roughly $750-$3,000 in pipe material at $15-$60 per linear foot, while a 150-foot run could cost $2,250-$9,000 for pipe alone. Trenching, fittings, and restoring landscaping are additional. Longer routes also increase heat-loss concerns, making proper insulated piping important.
Soil and access matter. A clear lawn that allows a trencher may keep excavation near $500-$1,500, while rock, mature landscaping, concrete, or narrow access can raise digging and restoration charges to $2,000-$5,000 or more. The installer may also need to account for local setback rules and the safest location for the furnace and chimney.
Indoor connections change the scope as well. Connecting to an existing boiler may cost less than adding a coil to a forced-air system or creating new heating zones. A project serving a home plus a barn or garage can need additional piping, controls, and capacity. Measure the route and list every building and heating zone before requesting quotes.
Which Taylor model and system configuration affect the price
Different furnace capacities and configurations do not carry a single universal price. Dealer quotes may reflect the unit size, included pumps or controls, shipping, and local inventory. A quote for the furnace alone should not be compared directly with one that includes controls, delivery, piping, and installation.
For a modest residential setup with a short run and basic connection, equipment and installation may total $12,000-$17,000. A larger home with a longer route and a new indoor heat exchanger often falls around $17,000-$23,000. Serving multiple buildings or reworking existing heat distribution can bring a project to $22,000-$30,000 or higher.
Ask the dealer to identify the specific Taylor model, rated capacity, included accessories, warranty terms, and any required components not in the quote. Confirm whether the system includes circulation pumps, underground lines, expansion provisions, and the parts needed to connect to the home’s existing heating equipment.
Use the same project assumptions when comparing model quotes, especially the number of heated square feet, buildings served, and pipe-run length. A cheaper unit price may not produce the lower finished cost if it requires extra accessories or separate shipping.
Regional labor rates and delivery can shift the total
Installed prices tend to be higher in expensive metro areas and regions where specialized outdoor furnace installers are scarce. As a planning adjustment, labor and contractor overhead may run about 10%-20% above a national middle estimate in high-cost markets. Rural areas can have lower hourly rates but higher travel, delivery, and equipment-haul charges.
Cold-climate states often have more dealers and installers familiar with outdoor hydronic systems, but demand and seasonal scheduling can still affect quotes. In milder regions, a smaller number of qualified contractors may increase travel fees or limit price competition. These patterns are not fixed; local bids matter more than a broad regional average.
Delivery charges can range from about $300-$1,500 for ordinary shipment and placement, and may rise when the site is far from a dealer or a crane is needed. If the furnace cannot be placed near the driveway, request a site visit before accepting a delivery allowance. Compare local installed totals, not just a national equipment estimate.
How long installation takes and what crews charge
A simple installation commonly takes two to four working days, with a crew of two or three people. That can cover placement, trenching, piping, basic indoor connections, electrical work, and startup when the site is ready. A retrofit that changes multiple zones or requires difficult excavation may take a week or longer, especially if inspections or additional trades are involved.
Installer rates vary, but a useful budgeting range is $75-$150 per hour per trade professional. Some contractors provide a fixed labor price instead of hourly billing. Equipment rental, travel, and mobilization may be separate charges, particularly for rural jobs or projects requiring a trencher, excavator, or lifting equipment.
Scheduling can affect the practical cost even when the hourly rate remains the same. Booking during peak heating season may be difficult, and an urgent installation can involve temporary heat or expedited work. Ask whether the quote includes startup testing and a walkthrough of operating controls, and whether return visits are billed separately.
Confirm the expected crew size, workdays, and included startup tasks in writing. This makes it easier to identify whether a low labor bid excludes trenching, electrical service, or commissioning.
Additional charges for removal, permits, and site preparation
Replacing an older furnace can add $300-$2,000 for disconnecting, hauling, and disposing of the existing equipment. The lower end usually applies to accessible equipment with straightforward removal; difficult access, heavy components, or extra plumbing work can raise the charge. Ask whether the old unit contains materials that require special handling.
Permit and inspection fees vary widely by municipality, often landing around $50-$500 for applicable building, mechanical, or electrical permits. Some locations require additional inspections or documentation. Local rules may govern placement, chimney height, smoke, and distances from property lines or neighboring buildings, so a dealer’s standard installation plan may need adjustment.
Site preparation can add $200-$1,500 for a basic pad or minor grading, while substantial drainage work, retaining, or landscaping repair may cost $1,000-$4,000. Electrical upgrades can add another $500-$2,500 if the existing circuit or service is unsuitable. Have the installer identify permit responsibility and site-preparation allowances before work begins.
Three Taylor installation quotes for different property layouts
These examples illustrate how project scope changes total cost; they are not published Taylor dealer offers. The figures assume typical U.S. labor and standard equipment, with no major structural or utility upgrade.
| Project example | Scope | Labor estimate | Estimated total |
|---|---|---|---|
| Compact home | Single home, 50-ft pipe run, existing boiler connection | 20-25 hours at $75-$125 per hour | $12,000-$17,000 |
| Older 2,000-sq-ft home | 100-ft run, new heat exchanger, moderate trenching | 25-35 hours at $85-$140 per hour | $17,000-$23,000 |
| Home and detached shop | 150-ft route, two heated buildings, extra controls | 35-50 hours at $90-$150 per hour | $22,000-$30,000 |
The compact-home estimate assumes uncomplicated access and little indoor modification. The larger-home example includes more pipe and a new connection component. The home-and-shop range allows for longer trenching and more distribution equipment. Use these scenarios to check whether a quote reflects the actual pipe route and buildings served.
Ways to lower the Taylor furnace installation price
Keep the installation close to the house when code, safety clearances, and site conditions allow. Reducing a route from 150 feet to 75 feet can save roughly $1,125-$4,500 in pipe material alone at the ranges above, with added savings possible in trenching and labor. Avoid placing the furnace where future access, chimney requirements, or drainage will become a problem.
Request quotes from at least three qualified installers using the same model or capacity target and identical scope. Ask each to price the same pipe length, indoor connection, permits, startup, delivery, and old-equipment removal. A written breakdown can expose excluded work that would otherwise appear as a change order.
Choose equipment and accessories based on the heating load rather than adding capacity or upgrades without a clear need. If an existing boiler or distribution system is serviceable, ask whether it can be retained. Handle straightforward site clearing or access preparation only when the installer approves it; poorly planned DIY trenching can create code, drainage, and warranty issues.
Consider timing the project before the coldest demand period, when contractors may have more scheduling flexibility. Do not reduce cost by substituting non-rated underground pipe or skipping required clearances, controls, or inspections. The safest savings usually come from shorter runs, a defined scope, and comparable written quotes.