The Complete Ferry Flight Guide

A ferry flight is the repositioning or delivery of an aircraft from one location to another without passengers or cargo. Ferry flights include delivering new aircraft from factories to buyers, relocating aircraft for maintenance, returning rental aircraft to their bases, and transporting planes internationally for sale. Ferry flights may be conducted under a special flight permit (FAR 21.197) if the aircraft does not meet standard airworthiness requirements.

An FAA special flight permit, authorized under 14 CFR 21.197, allows an aircraft that does not currently meet its type certificate or airworthiness requirements to make a specific flight. Common reasons include flying to a maintenance facility for repairs, delivering a new aircraft that has not yet received its standard airworthiness certificate, flying an aircraft with an expired annual inspection, or conducting production flight tests. The permit specifies the exact route, conditions, and limitations for the flight.

Start with a Commercial Pilot License (CPL) and instrument rating with at least 500-1,000 total hours. Build experience by networking with FBOs, aircraft brokers, and ferry companies. Begin with domestic VFR ferry flights to build your reputation. Get multi-engine and turbine experience when possible. For international work, complete overwater survival training, get comfortable with HF radio procedures, and learn international flight planning. Most ferry pilots start part-time while working another flying job and transition to full-time as they build contacts.

Ferry pilots typically earn $200-$500 per day plus all travel expenses (fuel, hotels, meals, airline tickets home). Domestic trips pay $600-$3,000 per trip, while international crossings pay $3,000-$15,000+. A busy full-time ferry pilot can earn $60,000-$120,000+ per year, though income is irregular and seasonal. Many ferry pilots also work as flight instructors, charter pilots, or corporate pilots to supplement their income between ferry jobs.

Ferry tanks are auxiliary fuel tanks temporarily installed inside the cabin, cargo area, or externally on an aircraft to extend its range for long-distance ferry flights, especially overwater crossings where no fuel stops are available. A Cessna 182 with standard 88 gallons of fuel has a range of about 800 nm. With a 180-gallon ferry tank installed, range can extend to over 2,000 nm, making transatlantic crossings possible. Ferry tanks require either an STC (Supplemental Type Certificate) or a one-time field approval from an FAA-designated inspector.

Ferry flying carries inherent risks, particularly for overwater and international operations. The primary risks include engine failure over water (especially in single-engine aircraft), severe weather encounters over oceans where diversions are limited, fatigue from long over-water legs requiring intense concentration, and mechanical issues on unfamiliar aircraft. Statistics are hard to pin down, but several ferry pilots are lost each year on overwater crossings. Proper training, conservative fuel planning, quality survival equipment, and the discipline to wait for good weather windows significantly reduce these risks.

For oceanic ferry flights, required and recommended equipment includes: a life raft rated for the number of occupants, a personal locator beacon (PLB) or emergency locator transmitter (ELT) with 406 MHz capability, an immersion suit or exposure suit for cold-water crossings (North Atlantic), life vest with light and whistle, waterproof survival kit with signaling mirror, flares, dye marker, and whistle, a handheld VHF radio (waterproof), an HF radio or satellite phone for long-range communications, and a portable GPS. Many ferry pilots also carry an EPIRB (Emergency Position Indicating Radio Beacon) and a satellite messenger like a Garmin inReach.

Overwater fuel planning is critical and conservative. The standard rule is to carry enough fuel for the planned route plus a minimum 10% reserve, though most experienced ferry pilots carry 15-20% reserve. You must account for headwinds (which can be 50-80 knots on North Atlantic crossings), potential diversions, and the point of no return (PNR). The PNR is calculated for each leg: the point where you have exactly enough fuel to return to your departure airport. After the PNR, you are committed to your destination. Weather forecasts, wind models, and NOTAMs along the entire route are checked meticulously before each leg.

Ferry flight insurance is specialized and more expensive than standard aviation insurance. You need hull coverage for the full value of the aircraft (which can be $50,000 to $5 million+), liability coverage (typically $1 million minimum), overwater coverage endorsement (standard policies exclude oceanic operations), and war risk insurance for flights through certain regions. Ferry companies typically arrange insurance for each trip, and the aircraft owner pays the premium. A single transatlantic ferry flight might cost $3,000-$10,000 in insurance premiums alone, depending on aircraft value and route.

Yes, thousands of single-engine aircraft have been ferried across the Atlantic. Popular aircraft for transatlantic ferry include the Cessna 210, Bonanza A36, Cirrus SR22, Piper Malibu, and Cessna Caravan. The key requirements are: a reliable engine in good condition, ferry tanks to extend range to 1,200+ nm (for the southern route) or 700+ nm (for the northern route via Greenland/Iceland), proper overwater survival equipment, a pilot experienced in oceanic operations, and favorable weather. The northern route via Greenland and Iceland keeps maximum overwater legs shorter (around 650 nm) and is preferred for shorter-range aircraft.

A standard airworthiness certificate is a permanent document that certifies an aircraft meets all applicable type design and maintenance requirements and can be operated without restrictions. A ferry permit (special flight permit) is a temporary, one-time authorization to fly an aircraft that does NOT meet standard airworthiness requirements. Ferry permits are issued for specific flights with defined routes, altitudes, and conditions. They are commonly used for aircraft with expired annuals, aircraft being flown to repair stations, newly manufactured aircraft awaiting full certification, or aircraft with known deficiencies that do not affect safe flight for the specific route.

International ferry flights require extensive paperwork and pre-planning. You need overflight permits for each country on your route (some require 2-4 weeks advance notice), landing permits for each stop, customs and immigration clearance at each international airport, a carnet or temporary import permit for the aircraft, international flight plan filing through ICAO procedures, and HF radio or CPDLC capability for oceanic communications. Many ferry pilots use international trip planning services (such as Universal Weather, Jeppesen, or World Fuel) that handle permits, fuel arrangements, and handling for a fee of $500-$2,000 per trip.

In a single-engine aircraft over the ocean, an engine failure means ditching. The survival sequence is: declare Mayday on all available frequencies (VHF, HF, satellite), activate the ELT/PLB immediately, configure for best glide speed and aim for the calmest water (parallel to swell direction), don your immersion suit and life vest before touchdown, ditch with gear up and flaps as recommended by the POH, exit the aircraft quickly after it stops, inflate the life raft and board it, and activate all signaling devices. Survival time depends on water temperature: in the North Atlantic (5-15 degrees C), an immersion suit is the difference between 1 hour and 12+ hours of survival time. This is why ferry pilots treat survival equipment with the same seriousness as fuel planning.

Ferry flights can be an excellent way to build PIC cross-country time, but they are not a reliable primary hour-building method for low-time pilots. Most ferry companies want 500-1,000+ hours minimum. However, if you have the minimum qualifications, domestic ferry work provides valuable real-world experience: long cross-countries, weather decision-making, dealing with unfamiliar airports, and flying different aircraft types. Some pilots combine ferry work with flight instructing to build hours faster. The hours are all PIC cross-country time, which is valuable for ATP requirements and airline applications.