Van's RV-10
Lycoming IO-540-D4A5 (parallel valve) or -K1G5, 260 hp
The RV-10 is Van's only four-seat design and the biggest kit the company has ever sold. It's powered by a 260 hp Lycoming IO-540, cruises at 165 to 175 KTAS, burns 11 to 13 gph, and carries four adults plus bags with real range. Acquisition cost on a new build is similar to a used certified four-seater. Operating cost is meaningfully lower than a Cirrus SR22 or Bonanza A36 because most of the maintenance work can be done by the owner.
The RV-10 is also the airplane that most reliably gets builders compared to certified airplanes head-to-head. Cirrus SR22 owners cross-shop it. Bonanza owners consider it. This page covers what the RV-10 actually costs to own in 2026, how it compares to its certified competitors, and what changes about the math when you buy used rather than build.
History
Van's introduced the RV-10 in 2003 after years of pressure from builders who wanted a four-seat Van's design. The earlier two-seat airplanes had defined the kit market, but most of those builders were aging out of the missions that made a two-seater practical. Families grew. Cross-country missions got longer. The RV-10 was Van's answer.
The brief was practical. Use a known reliable engine (the Lycoming IO-540), a familiar airframe approach (riveted aluminum with composite cowl and tips), and a cabin sized for four adults. Avoid the complexity of pressurization or turbocharging. Target a useful load that would actually work for four people plus bags. The result was an airplane that could compete directly with the Cirrus SR22 on speed and payload at half the acquisition cost in kit form.
Sales were strong from launch and remained strong through the 2010s. The RV-10 also became the first Van's design to attract serious cross-shopping from buyers who would otherwise have bought a Cirrus or Bonanza. As of mid-2026, Van's reports about 1,100 RV-10s flying with another 400 in build. The fleet is younger than any other Van's design, which means used inventory often has modern glass panels and current paint.
Performance
The 260 hp Lycoming IO-540 cruises the RV-10 at 165 to 175 KTAS on 11 to 13 gph at 8,000 feet. Lean-of-peak operation with a six-cylinder engine monitor pulls cruise burn down to 10 to 11 gph at long-range power settings. That's directly comparable to a Cirrus SR22 or Bonanza A36 on the same fuel.
Useful load is the RV-10's headline number. A typical IO-540 RV-10 with a Hartzell or MT three-blade composite prop has 1,000 to 1,100 pounds of useful load. Full fuel is 60 gallons (360 pounds), leaving 640 to 740 pounds for four people and bags. That's the same useful load as a Bonanza A36 and meaningfully more than an SR22. Range works out to 850 to 1,050 nm with reserves at long-range cruise.
Cabin width is genuinely four-seat. The RV-10 is about 46 inches wide at the shoulders, which is wider than a Cessna 182 and only an inch or two narrower than a Bonanza. The rear seats are usable by adult passengers on a real trip. Baggage area is 100 pounds with a separate access door, which makes the airplane practical for actual family use.
Powerplant
The Lycoming IO-540-D4A5 (parallel valve, 260 hp) and IO-540-K1G5 (angle valve, 260 to 300 hp) are the standard engines. About 80% of the RV-10 fleet runs an IO-540 in the 260 hp range. A small number of builders have installed Continental IO-550 engines (300 hp), which add performance at the cost of complexity, weight, and warranty considerations.
Lycoming's published TBO for the IO-540 parallel-valve is 2,000 hours per Lycoming Service Instruction 1009 BE, advisory in experimental service. Field overhaul of an IO-540 runs $45,000 to $65,000 in 2026 at a name-brand shop. The high end reflects current Lycoming new-cylinder prices. Owner-assisted overhaul saves 25 to 35 percent on labor.
The Hartzell HC-C3YR three-blade aluminum prop is the most common. MT four-blade composite props are popular on later builds for noise and looks. Both run on a 2,400-hour or six-year overhaul cycle per Hartzell Service Letter HC-SL-61-61Y Rev 12. The Hartzell overhaul runs $4,000 to $7,000 in 2026. The MT is in a similar range but with higher initial cost.
Cost of ownership
The RV-10 is the most cost-effective four-seat traveling airplane available in 2026. The headline number is that it does what a Cirrus SR22 does at roughly 60% to 70% of the per-hour cost.
If you built it: fuel runs $65 to $90 per hour at $5.50 to $7 per gallon and 11 to 13 gph. Engine reserve is $23 to $33 per hour. Prop reserve is $2 to $3 per hour. Airframe maintenance reserve is $10 to $18 per hour. All-in at 100 hours a year runs $130 to $185 per hour, plus $5,000 to $9,000 in annual fixed costs. That's directly comparable to a Cessna 182 and well below a Cirrus SR22.
If you bought it used: realistic all-in at 100 hours a year is $160 to $220 per hour. Insurance is the biggest variable. A used RV-10 buyer with limited experimental experience typically pays $4,000 to $7,500 in the first year. Cirrus SR22 buyers cross-shopping the RV-10 often find that insurance on the certified airplane is cheaper because the underwriter model is more developed.
Acquisition cost in mid-2026 runs $250,000 to $325,000 for a clean used RV-10 with a glass panel and recent paint, $325,000 to $425,000 for a low-time example with current avionics and a near-new engine. A new build with all current avionics, full IFR equipment, and professional paint typically lands at $350,000 to $475,000 in total cost, with 2,000 to 4,000 hours of builder labor on top. That's $150,000 to $250,000 below a comparable new Cirrus SR22.
| Fixed cost | Range | Frequency |
|---|---|---|
| Hangar The RV-10 is one of the largest experimental airplanes and needs a properly-sized T-hangar. | $300–$700 | monthly |
| Condition inspection (A&P sign-off, non-builder) The IO-540 and larger airframe extend inspection time versus smaller Van's airplanes. | $600–$1,500 | annual |
| Insurance (builder, 200+ hrs in type) | $2,500–$4,500 | annual |
| Insurance (used buyer, no RV-10 time) Higher hull value drives premiums up. Underwriters discount once you build hours in type. | $4,000–$7,500 | annual |
Estimate the cost for your situation
Defaults are pre-filled for the Van's RV-10. Tweak fuel price, hangar, insurance, and hours to match your scenario.
Common issues & gotchas
Build quality variance on a complex airplane
highThe RV-10 has more systems and more complexity than smaller Van's designs. Build quality issues that would be minor on a two-seat airplane can be safety items on the RV-10. A pre-buy should be done by an inspector who knows the RV-10 specifically, not just the Van's product line. Budget $2,000 to $3,500 for a thorough pre-buy on an RV-10.
Door latches and hinge wear
highThe RV-10 doors are a known weak point. The latch system and hinge attach need careful pre-buy inspection. Doors that don't seat properly cause cabin noise, weather sealing issues, and in extreme cases in-flight opening. Van's has published service bulletins on door-related items. Verify SB compliance.
Repairman certificate doesn't transfer
highThe original builder's repairman certificate stays with the builder. On the RV-10, this matters more than on smaller Van's airplanes because the airplane is more complex and inspections take longer. Plan on $600 to $1,500 a year for A&P sign-off on the condition inspection.
Engine cooling and CHT management
moderateThe IO-540 in the RV-10 cowl runs warm in climb. Many builders have made modifications to cooling baffles, oil cooler placement, or louver configurations to improve CHT management. Pre-buy should verify baffles are in good condition and ask about historical climb CHT numbers.
Avionics integration complexity
moderateRV-10 panels are often elaborate, with autopilots, glass primary flight displays, multi-function displays, traffic, weather, and audio integration. Builder-installed avionics range from immaculate to scary. Power up every system on a pre-buy, exercise the autopilot servos, and verify backup instrumentation works.
Composite components
lowThe RV-10 uses composite for the cowl, wing tips, fairings, and door skins. Composite repair is a different skill set than aluminum work. Damage history needs to be documented carefully, and any composite repairs should have been done by someone with composite repair training.
Who it's for
Good fit for
- ✓ Families who want four-seat traveling at experimental economics
- ✓ Builders willing to put 2,000 to 4,000 hours into a complex project
- ✓ Cross-country pilots who would otherwise buy a Cirrus SR22 or Bonanza A36
- ✓ Owners willing to do most of their own maintenance on a 260 hp single
- ✓ Buyers who can budget for a thorough RV-10-specific pre-buy
Less good for
- ✗ Buyers who want CAPS or other certified safety features
- ✗ Owners who want to outsource all maintenance and inspections
- ✗ Pilots who fly mostly solo or two-up (smaller Van's airplanes are cheaper and quicker)
- ✗ Anyone uncomfortable with the door latch known issue
The verdict
The RV-10 is the smart-money four-seat traveler in 2026. It does Cirrus SR22 missions at roughly two-thirds the per-hour cost and a similar fraction of the acquisition price. For a family or for a serious cross-country pilot who wants useful load and range, the airplane delivers more capability per dollar than anything in the certified market.
The trade-offs are real. The RV-10 doesn't have CAPS. It doesn't have the polished cockpit ergonomics of a current Cirrus. Doors have a known weakness that needs careful pre-buy verification. And buying used means giving up the repairman certificate that makes the original builder's economics work. For buyers who understand those trade-offs and want to participate in the airplane the way the experimental category was meant to work, the RV-10 is the best value in four-seat aviation.
Cross-shop these
- Cirrus SR22T →
The certified four-seat cross-country leader. CAPS, turbocharged 315 hp Continental, modern panel. Similar mission with better safety features and worse operating economics.
- Beechcraft Bonanza G36 (2006+) →
The traditional four-seat certified cross-country airplane. Similar useful load, similar speed, well-known maintenance economics. Higher operating cost than the RV-10.
- Cessna 182 Skylane (182Q/R, O-470-U) →
The certified four-seat default. Slower (140 KTAS), simpler, easier to insure. Better choice if you want certified reliability without the speed and complexity of the RV-10 or SR22.
- Van's RV-14 / RV-14A →
Van's two-seat side-by-side. Different mission entirely. Worth considering if you usually fly with one passenger and don't need the four-seat capability.
- Diamond DA40 NG (diesel) →
Certified four-seat alternative with diesel engine and modern panel. Lower fuel cost than the RV-10, but slower and shorter range.
Type club
Van's Air Force forum and RV-10 builder community →Van's Air Force has an active RV-10 section that covers build, ownership, and operating topics for the four-seat fleet. Several RV-10-specific online groups have grown alongside the official forum and many cover door issues, IO-540 cooling, and avionics integration in detail. EAA chapter membership is the other essential affiliation.
Frequently asked
How much does a used Van's RV-10 cost in 2026? +
A clean RV-10 with a glass panel and recent paint runs $250,000 to $325,000. Low-time examples with current avionics and near-new engines run $325,000 to $425,000. A new build with all current avionics, full IFR equipment, and professional paint typically lands at $350,000 to $475,000 in total cost. That's $150,000 to $250,000 below a comparable new Cirrus SR22.
Is the RV-10 a real four-seat airplane? +
Yes. Cabin width is 46 inches at the shoulders, useful load is 1,000 to 1,100 pounds, and the rear seats are sized for adult passengers. With full fuel (60 gallons), you can carry four adults plus 50 to 75 pounds of bags. That's the same useful load as a Bonanza A36 and meaningfully more than a Cirrus SR22.
How does the RV-10 compare to a Cirrus SR22? +
The RV-10 is 5 to 10 knots slower than an SR22 normally aspirated, has similar useful load, and costs roughly two-thirds as much to operate per hour because most maintenance can be done by the owner. The SR22 has CAPS, a more polished cockpit, and better resale predictability. The RV-10 has lower acquisition cost (about half of a new SR22), lower fuel burn, and more cabin width. For pilots who value participation in maintenance, the RV-10 wins. For pilots who value CAPS and certified ergonomics, the SR22 wins.
What's the typical fuel burn for an RV-10? +
An IO-540 RV-10 burns 11 to 13 gph at cruise. Lean-of-peak operation with a six-cylinder engine monitor pulls cruise burn down to 10 to 11 gph at long-range power settings. That's similar to a Cirrus SR22 normally aspirated and meaningfully better than a Bonanza A36 at the same cruise speed.
Are there service bulletins I should look out for on an RV-10? +
Yes. Van's has published several service bulletins covering wing spar attach hardware, door latch system, and various items on the IO-540 installation. Any pre-buy should verify SB compliance and the build log should document any SB-related work. The Van's Air Force forum has detailed threads on which SBs apply to which serial number ranges.
How long does it take to build an RV-10? +
Most RV-10 builders report 2,000 to 4,000 hours of build time. Quick-build kits reduce the riveting work but the wiring, finishing, and avionics installation still consume thousands of hours. A reasonable real-world expectation is 5 to 8 years for a part-time builder. Some builders complete in 3 years working full-time, others take 10-plus years working at a hobby pace.
Data sources
- Engine: Van's Aircraft Powerplants
- Fuel burn 65%: Vans Air Force RV-10 cruise sweet spot
- Fuel burn 75%: Vans Air Force RV-10 cruise
- Oil consumption: Lycoming IO-540 operator's manual
- Engine TBO: Lycoming SI 1009 BE (Apr 24 2020)
- Prop TBO: Hartzell SL HC-SL-61-61Y Rev 12 (Aug 16 2018)
- Engine overhaul: Flying411 Lycoming IO-Series overhaul cost
- Prop overhaul: Aviation Consumer 'Propeller Overhauls'
- Airframe reserve: BWI Vans Aircraft Operating Cost