A used John Deere 724D snowblower typically costs about $500-$1,800, with well-maintained machines or professionally serviced examples sometimes listed for more. Price depends mainly on operating condition, engine and auger health, included accessories, local snow-removal demand, and whether the machine needs parts or labor.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Used 724D, running | $500 | $1,100 | $1,800 | Price varies with condition, location, and service history |
| Nonrunning or project machine | $150 | $350 | $650 | Engine, drive, or auger repairs may be needed |
| Dealer-serviced or refurbished | $1,200 | $1,800 | $2,500 | Higher asking prices do not guarantee a warranty |
| Common repair allowance | $100 | $350 | $900 | Depends on parts and whether shop labor is required |
What a used John Deere 724D usually sells for
The 724D is a discontinued, two-stage, walk-behind snowblower generally associated with a 7-horsepower engine and a 24-inch clearing width. Because it is no longer a new-production model, most buyers are comparing used machines, restored units, and repair projects rather than current retail prices.
A realistic budget for a working 724D is about $800-$1,500 before any immediate maintenance. Around $500-$800 may buy a machine that runs but shows wear, needs a tune-up, or has worn consumables. A clean, tested example with reliable drive operation and a strong engine can reach $1,300-$1,800. A rebuilt or dealer-serviced machine may be advertised near $2,500, but buyers should verify what was replaced and whether any warranty is included.
Prices are asking-price estimates, not guaranteed sale prices. A seller’s location, the timing of the listing, and local availability of older snowblowers can shift the transaction amount. A machine advertised as “running” may still need belts, friction parts, a carburetor cleaning, or shear pins, so its purchase price should not be treated as the full first-season cost.
Assumptions: Used machine in the United States, standard 24-inch configuration, ordinary wear, and no major engine or gearbox failure.
How engine, auger, and drive repairs affect the quote
For a used 724D, the largest price components are the machine itself, immediate parts, and any shop labor. Cosmetic restoration can add expense without improving snow-clearing performance, while a weak engine or damaged drive system can turn a low purchase price into a costly project.
| Cost item | Typical range | What the estimate covers | Cost note |
|---|---|---|---|
| Used machine purchase | $500-$1,800 | Complete snowblower sold as-is or tested | Condition and local supply drive the spread |
| Basic tune-up parts | $40-$150 | Spark plug, fuel-line items, oil, and routine service supplies | Carburetor parts may add to the bill |
| Belts and drive wear items | $30-$120 | Replacement belt or related wear components | Confirm the exact model and part fit |
| Auger or scraper repairs | $40-$250 | Shear pins, scraper bar, or selected wear parts | Seized fasteners or extra damage increase labor |
| Shop labor | $75-$140 per hour | Inspection, diagnosis, or repair work | Minimum service charges may apply |
| Major engine or drive repair | $300-$900+ | Substantial engine, transmission, or gearbox work | Compare repair cost with another used machine |
These are budgeting ranges rather than model-specific dealer quotes. Older machines may need parts that are discontinued, substituted, or sourced used. A shop may also charge a diagnostic fee of roughly $50-$120, sometimes credited toward the repair.
Ask for a written estimate that separates parts, labor, diagnosis, and any freight or sourcing charge. If the repair estimate approaches the price of a comparable working 724D, the machine’s condition and expected remaining life deserve close scrutiny.
Which 24-inch machine details change the asking price?
Condition matters more than paint or appearance. The 724D’s 24-inch clearing width and two-stage design are useful reference points, but a sound machine can still have expensive wear hidden in its engine, auger housing, or drive controls. Buyers should test the machine under load if possible, not just listen to it idle.
Engine starting behavior is a major indicator. A cold engine that starts readily, runs evenly, and responds to throttle is generally more reassuring than one that starts only after repeated attempts or stalls when the choke is adjusted. A carburetor cleaning may be relatively modest; internal engine damage can cost several hundred dollars or more.
Check that the auger and impeller turn properly, the discharge chute moves, and the machine drives through its available speeds. Bent or badly worn auger components, a noisy gearbox, or a slipping drive can add $150-$600 or more, depending on parts and labor. A cracked housing or serious gearbox failure may make a low-priced unit uneconomical to restore.
Belts, scraper bars, skid shoes, and tires are wear items. Replacing one or more common components may cost $30-$250 in parts, with installation raising the total. Missing chute controls, damaged handles, or nonoriginal modifications can also affect convenience and resale value. A seller’s claim of recent service is more useful when accompanied by receipts or a clear list of parts replaced.
For an older 24-inch snowblower, a successful cold start and working drive and auger are worth more than a fresh coat of paint. A brief inspection should include controls, safety features, tire condition, chute movement, and visible leaks or weld repairs.
How much should buyers budget for inspection and labor?
A buyer who can inspect and service small engines may spend only $40-$150 on basic parts and fluids after purchase. A repair shop is more likely to charge $75-$140 per hour, with a seasonal intake or diagnostic minimum that can put the initial visit around $75-$180 before parts. Rates vary by region and shop workload.
Routine service may take about 1-2 labor hours, while belt replacement or a more involved drive repair can require 2-4 hours. An engine that needs carburetor work, fuel-system troubleshooting, or compression diagnosis may take longer. The labor bill can exceed the part cost, particularly when fasteners are rusted or the machine has been modified.
Scheduling can affect both timing and price. Before winter storms, small-engine shops may have waiting lists, and a machine that needs service may sit for days or weeks. A spring or summer inspection is often easier to schedule; it does not guarantee a lower posted rate, but it gives the buyer time to locate parts and compare repair options.
Allow $150-$400 for a normal first-service visit when labor and common parts are both needed. For a machine with uncertain engine or gearbox condition, keep a larger repair reserve rather than assuming that a tune-up will solve every problem.
Why 724D prices differ across snow-prone regions
Local snowfall and used-equipment supply influence asking prices. In the Upper Midwest, Great Lakes states, and parts of New England, demand for a working walk-behind snowblower may lift listings roughly 10%-25% above comparable offers in areas with milder winters. This is a broad market pattern, not a fixed regional surcharge.
Near a large city, sellers may ask more because buyers have fewer storage options and may pay for a ready-to-use machine. Rural buyers can sometimes find lower asking prices, but a distant pickup, trailer rental, or delivery charge can erase the difference. Delivery for a used machine may run about $50-$200 locally, with longer trips costing more.
Season also matters. Listings posted before or during the first major snowfall can be priced about 10%-20% higher than similar off-season listings, particularly when the machine is tested and ready to operate. In spring, sellers may be more open to negotiation, although the selection can be smaller and the machine should still be tested before purchase.
Compare machines within a practical pickup radius, then include transport and repair costs in the regional comparison. A listing that is $200 cheaper several hours away may not be the better deal after fuel, trailer rental, and the risk of buying without a proper test.
Three realistic 724D purchase budgets before the first snowfall
These examples show how condition and labor change the total. They are planning scenarios, not guaranteed quotes; exact repair needs depend on inspection and parts availability.
| Purchase scenario | Machine price | Expected work | Estimated total |
|---|---|---|---|
| Running project machine | $450-$650 | $100-$250 in parts; owner performs service | $550-$900 |
| Serviceable everyday unit | $900-$1,300 | 1-2 shop hours at $75-$140 per hour plus $50-$150 parts | $1,025-$1,730 |
| Clean, serviced example | $1,400-$1,900 | $0-$150 for inspection or minor maintenance | $1,400-$2,050 |
The project scenario makes sense only if the engine, auger, and drive system are basically sound or the owner can handle repairs. The serviceable machine has a higher initial price but leaves less uncertainty if a shop has inspected it. A clean example can reduce immediate work, though a premium listing still needs evidence of service and a working demonstration.
Compare total ready-to-use cost, not just the number on the listing. Add expected repairs, shop fees, transport, and missing accessories before deciding whether a higher-priced machine is actually more expensive.
When a repair beats buying another used snowblower
Repair is often economical when the 724D has a healthy engine and sound gearbox but needs routine items such as a belt, scraper bar, or tune-up. A repair costing $100-$350 can be sensible for a machine bought at a fair price, especially when the repair restores reliable operation and the frame and controls are intact.
Replacement deserves consideration when an estimate reaches $500-$900 for major engine or drive work, particularly if the machine also has worn tires, damaged auger parts, or poor parts availability. At that level, the buyer should compare the repair against another tested used snowblower, not merely against a new machine’s price.
Comparable used two-stage machines vary widely by brand, age, clearing width, and condition. A newer 24-inch unit may cost more upfront but could offer easier parts sourcing and less immediate maintenance. A smaller single-stage machine is not a direct substitute where deep snow, packed plow ridges, or a large driveway are common.
Repair the 724D when the core engine, gearbox, and housing are sound; reconsider it when several major systems need work at once. Ask the repair shop whether the quoted work addresses the cause of the problem or only replaces a failed part.
What to inspect before paying for a 724D listing
Request a cold start rather than accepting a machine that has already been warmed up. Watch for hard starting, smoke, surging, unusual knocking, or fuel leaks. Confirm that the engine remains running after the choke is reduced and that controls work as intended. A warm-only demonstration can conceal starting problems that appear after the machine sits overnight.
Test the drive and auger using the seller’s safe operating procedure, keeping people clear of moving parts. Listen for grinding or rattling, check the chute through its range of movement, and inspect the housing, skid shoes, scraper, tires, and visible belts. Do not put hands near the auger or impeller, even when the engine is off; follow the machine’s safety instructions.
Ask for the model and serial information, service receipts, and details about engine, belt, gearbox, or auger repairs. Confirm whether the price includes the manual, spare shear pins, cover, or other accessories. These items may add only modest value, but missing parts can create extra cost or delay.
Pay a premium only when the seller can demonstrate operation and support the condition claim with specific maintenance details. If testing is not allowed, treat the machine as unverified and price in a repair reserve—or walk away if the potential downside is unclear.
How to lower the 724D price without buying hidden repairs
Shop before the first major snowfall, when urgency is lower and there is time to compare listings. Set a maximum all-in budget, such as $1,200 for a machine that may need routine service, and subtract likely parts, labor, and transport from that amount to determine a sensible offer price.
Use specific findings to negotiate rather than making a general low offer. Worn tires, a damaged scraper bar, a leaking fuel line, or a nonworking chute control can support a repair-based adjustment if the buyer has a parts estimate. A major engine or gearbox concern is different: it can justify passing on the machine rather than assuming the seller’s asking price will cover a repair.
Choose a tested, mechanically sound unit over cosmetic upgrades. Skip repainting, decorative accessories, or repairs that do not affect safe operation or snow clearing. If the owner can perform routine maintenance, ask whether the seller will include spare shear pins or service records instead of paying extra for vague claims of restoration.
Compare at least three local listings with similar condition, then compare one or two alternatives of similar clearing width. A lower price is useful only if the machine works and parts can be obtained. The strongest savings usually come from buying off-season, verifying the machine before payment, and negotiating against documented repair needs.