Vans RV-7, RV-7A Standard Aircraft Equipment List

The Van’s RV-7 is the tailwheel version, while the RV-7A is the tricycle gear variant. Both share the same two-seat, side-by-side design, offering nearly identical performance, range, and handling in the air. The main difference lies in ground handling, where the RV-7A offers more forgiving taxi and landing characteristics, making it more approachable for those flying from paved runways. The RV-7 appeals to pilots with tailwheel experience or those operating from turf or backcountry strips. Each version is customizable to suit cross-country travel, local flying, or anything in between.

The RV-7 and RV-7A offer a rare combination of high cruise speed, efficient fuel burn, and exceptional build flexibility in an aircraft that’s equally at home on short hops or long journeys. Their roomy side-by-side cockpit, large baggage area, and wide center-of-gravity envelope give pilots practical performance in a highly personalized package. The aircraft can be built for day VFR, light IFR, or cross-country travel, all while maintaining the responsive feel Van’s Aircraft are known for. The RV-7 series improves on the RV-6 with increased fuel capacity and a more spacious cabin. It remains one of the most popular kits in the experimental community.

The RV-7 series features a strong, all-metal airframe, predictable stall behavior, and light, well-harmonized controls that help pilots stay in command across a wide range of conditions. Its wide CG range and balanced aerodynamics offer loading flexibility and stability in flight. Many builders install safety-focused avionics such as ADS-B, engine monitors, and angle-of-attack indicators. Tricycle gear models reduce the risk of ground loops, while tailwheel variants provide more off-runway versatility with proper training. As with all experimental aircraft, safe construction, regular inspections, and adherence to limits are essential.

The RV-7 and RV-7A are among the best-performing two-seat experimentals available. Cruise speeds range from 160 to 175 knots (184 to 201 mph, or 296 to 323 km/h), depending on engine and propeller choice. Climb rates commonly exceed 1,500 feet per minute, and handling remains crisp yet stable in all phases of flight. Compared to certified aircraft in the same weight and power range, the RV-7 offers better speed, lower fuel burn, and a far more connected flying experience. It’s designed to deliver travel performance without giving up fun.

As experimental aircraft, the Van’s RV-7 and RV-7A are not subject to the same certification and inspection requirements as aircraft with standard airworthiness certificates, according to FAR Part 43. They require a condition inspection every 12 months, which covers the same areas as a standard annual and 100-hour inspection but must be performed by an A&P mechanic or the original builder holding a Repairman Certificate. Oil changes are typically performed every 50 hours, and many owners follow 100-hour service intervals to stay ahead of wear. Maintenance may be performed by anyone, but the owner is ultimately responsible for airworthiness. Staying current on Van’s Aircraft service bulletins is also strongly recommended.

Both the RV-7 and RV-7A are highly customizable, with most builders choosing their own engine, avionics, interior, lighting, and paint scheme. Panels may be outfitted for VFR simplicity or IFR travel, and options like heated pitot tubes, autopilot, and glass cockpits are common. Many builders tailor the cockpit with custom upholstery, seat cushions, or ventilation for added comfort. Fixed-pitch or constant-speed propellers can be selected based on mission goals. The result is an aircraft that reflects the pilot’s preferences and flying style.

The RV-7 series handles very well in a variety of VFR conditions, offering solid wind penetration, responsive flight control, and good behavior in turbulence. Its design gives it a forgiving stall and easy recovery, while the large canopy provides excellent visibility for situational awareness. The RV-7A’s tricycle gear makes ground operations smoother in crosswinds or gusty conditions, while the RV-7 tailwheel version requires more ground handling finesse. In flight, both are well-balanced and confidence-inspiring. They are excellent performers in most day VFR weather environments.

The typical range for the RV-7 and RV-7A is between 700 and 900 nautical miles (1,296 to 1,667 km), depending on cruise power settings, payload, and fuel configuration. With a standard fuel capacity of 42 gallons (159 liters) and an average burn of 7 to 9 gallons (26 to 34 liters) per hour, they can support 4- to 5-hour flight legs with reserves. Many owners use the RV-7 for regional trips or even coast-to-coast travel. It’s a legitimate cross-country platform with strong endurance and speed. Proper loading and flight planning make long-range trips smooth and efficient.

The RV-7 and RV-7A seat two adults side-by-side with full dual controls and a center console area. The cabin is wide enough to comfortably accommodate average-sized passengers, with room for headsets, flight bags, and personal items. Many builders add adjustable seats, armrests, or upgraded materials to enhance comfort on longer flights. The seating layout supports both solo and shared flying with equal balance and visibility. It’s a cockpit designed for real-world travel and regular use.

Builders of the RV-7 and RV-7A can choose from a range of engines, most commonly selecting Lycoming O-320 or O-360 series engines producing between 150 and 180-horsepower. The kit supports both fixed-pitch and constant-speed propellers, allowing performance tuning based on mission type. Some builders have used alternative engines in consultation with the community, but most follow proven setups for ease of support. Engine choice affects cruise speed, climb rate, and useful load. The platform is designed for flexibility while prioritizing flight characteristics.

Useful load for the RV-7 and RV-7A typically ranges from 850 to 950 lb (386 to 431 kg), depending on engine, avionics, and interior features. With full fuel weighing about 252 lb (114 kg), there is still plenty of room for two adults and moderate baggage. Builders who prioritize IFR capability may add equipment that slightly reduces payload, while others build light to maximize performance. The aircraft’s wide CG range supports easy loading for most missions. It offers strong real-world practicality for two-person travel.

Yes, the RV-7 and RV-7A are capable of operating from short and well-maintained turf runways when flown with proper technique. Takeoff and landing rolls typically remain under 1,000 ft (305 m), especially with lighter loads and proper braking technique. The RV-7A’s tricycle gear simplifies ground handling, while the RV-7 tailwheel version performs well on grass or dirt strips with pilot proficiency. Many owners routinely fly from smaller airports and rural fields. It’s a versatile aircraft that doesn’t require long pavement to shine.

The cabin of the RV-7 and RV-7A is roomy for a two-seat aircraft, with generous shoulder width, supportive seats, and ergonomic visibility through the canopy. Builders often add custom upholstery, ventilation, and modern seatbelts to tailor comfort. The bubble canopy creates an open, panoramic feel in flight. While each aircraft reflects its builder’s choices, most RV-7s are more comfortable than many certified aircraft in the same category. It’s a cockpit made for long flights and everyday usability.

Avionics in the RV-7 and RV-7A range from simple analog panels to full-featured glass cockpits with integrated GPS, engine monitoring, and autopilot. Popular systems include Garmin G3X Touch, Dynon SkyView, and Advanced Flight Systems displays. Builders often incorporate ADS-B In/Out, backup instruments, and IFR-compliant radios depending on their mission profile. Panels are laid out to reflect builder preference, with flexibility in both footprint and functionality. Upgrades over time are common thanks to the modular nature of modern avionics.

The RV-7 and RV-7A include a baggage compartment behind the seats, typically rated for up to 100 lb (45 kg) depending on loading and center-of-gravity limits. The space easily fits duffel bags, headset cases, and overnight gear. Builders often install cargo tie-downs, shelves, or liners to personalize storage. The compartment makes the aircraft viable for real travel, not just weekend flying. Smart packing and CG awareness help keep the aircraft balanced and efficient.