Professional Instrument Courses (PIC), operating as PIC Aviation Services, Inc., was founded in 1980 and has spent over four decades building a singular national reputation as the most specialized accelerated instrument rating provider in general aviation. Headquartered at 2080 Silas Deane Highway in Rocky Hill, Connecticut, PIC does not operate as a traditional brick-and-mortar flight school. Instead, it dispatches highly credentialed Instrument Flight Instructor specialists across all fifty states to train private pilots at their own home airports, in their own aircraft, under an immersion-style ten-day curriculum. The company's tagline — "Specializing in Making IFR Pilots since 1980" — is not marketing language but an accurate operational statement: the entire company is built around one certification goal, pursued through one delivery method, refined over more than four decades of focused practice.   PIC describes its student base as "busy, gifted people who have succeeded in their careers," and the model is explicitly designed around that population. Owner-pilots with high-performance, complex, or glass-panel aircraft and demanding professional schedules form the core clientele. A student does not attend PIC; PIC comes to the student. The instructor travels to the client's location with a portable, FAA-approved digital simulator, sets it up at the student's home, office, or nearby hotel, and conducts eight hours of instruction per day across the training period. Ground school, simulator sessions, and actual flight time in the student's own aircraft are integrated sequentially, with each segment building on the previous one to eliminate the gaps and repetition-losses inherent in stretched-out, once-per-week instruction. Because the student trains full time and in their own airplane, the skills acquired are immediately applicable to the environment in which they will actually use the instrument rating.   The company has been featured in AOPA Magazine and Aviation Consumer, among other aviation publications. PIC holds approvals from the Aircraft Owners and Pilots Association (AOPA) and maintains a relationship with the American Bonanza Society, reflecting the composition of its clientele. The company is also listed as a provider on the AOPA ePilot flight training directory and has been recognized in the general aviation press as a specialist of unusual depth in the IFR training space.   PIC's stated production statistic is notable: while fewer than one in seven CFIIs in the United States signs off a student for an instrument rating in any given year, PIC instructors average 14 graduates per year each. This differential reflects the structural advantage of immersive, consecutive daily training over the part-time, episodic model that characterizes most general aviation instrument instruction. The company claims to train more instrument pilots than any other organization in the country — a claim it has made consistently in its marketing materials for years.   PIC operates no aircraft of its own and maintains no runway, hangar, or ramp. It is a training methodology company with a national instructor network, headquartered in Connecticut for administrative purposes. Students provide the aircraft; PIC provides the instructor, the curriculum, and the simulator.

Home Airport(s)

Because Professional Instrument Courses trains students at their own locations nationwide, there is no single home airport associated with the school's flight operations. Training takes place at the student's home airport, wherever that may be, across all fifty states. The Hartford-Brainard Airport (IATA: HFD, ICAO: KHFD, FAA LID: HFD), located approximately 6 miles northeast of PIC's Rocky Hill administrative office, represents the nearest major GA airport to the company's headquarters and was historically listed by AOPA as PIC's base airport. The following description covers KHFD in the context of the Connecticut general aviation environment in which PIC's administrative operations are embedded.   Hartford-Brainard Airport is a publicly owned, public-use general aviation airport located in the city of Hartford, Connecticut, 3 miles southeast of the downtown business district, along the west bank of the Connecticut River. The airport is owned and managed by the Connecticut Airport Authority. It covers 201 acres and sits at a surveyed elevation of 18 feet MSL. The airport opened in 1921 as one of the earliest municipal airports in the United States — named for Hartford Mayor Newton C. Brainard — and received Charles Lindbergh as the first stop on his national victory tour following his solo transatlantic flight in 1927. During World War II it served as a major USAAF training center designated Brainard Field. Following the development of Bradley International Airport in the 1950s, all commercial carriers relocated north, and Brainard has since functioned as Hartford's reliever airport and the premier general aviation facility for central Connecticut. The airport is classified as a Regional GA and Reliever airport in the FAA's National Plan of Integrated Airport Systems. Effective July 1, 2013, the state's six airports transferred from the Connecticut Department of Transportation to the Connecticut Airport Authority.   KHFD is served by a staffed FAA control tower operating from 0600 to midnight (0000) daily, making it one of the longer tower operating windows for a GA airport in New England. Tower and CTAF frequency is 119.6 and ground is 121.6. ATIS is on 126.45. When the tower is closed, clearance delivery is obtained by contacting Bradley Approach at 860-386-3597. Bradley Approach and Departure services are available on 127.8. The airport is within Boston ARTCC (ZBW) airspace.   The primary runway at KHFD is Runway 2​/​20, measuring 4,417 feet by 150 feet on an asphalt grooved surface in fair condition with high-intensity runway edge lighting. It features 4-light PAPI systems on both ends — 3.5 degrees on Runway 2 and 4.0 degrees on Runway 20 — and REIL on both ends. Displaced thresholds are 411 feet on Runway 2 and 560 feet on Runway 20. Non-precision markings are in good condition on both ends. Instrument approaches published for Runway 2 include an LDA (Localizer-type Directional Aid) approach — notable because LDA procedures are relatively rare in the national airspace system and reflect KHFD's challenging geographic situation along the Connecticut River — as well as RNAV (GPS) and a published River Visual Approach. A VOR-A circling approach is also published. A STELA STAR is available. Runway 11​/​29 is a secondary asphalt runway measuring 2,314 feet by 71 feet, usable for light GA aircraft. A seasonal turf runway (NE​/​SW, 2,309 feet) is closed from November through April except for ski-equipped aircraft and helicopter training. Two helipads are present on the field.   KHFD's location along the Connecticut River with approach paths that overfly the river corridor, its rare LDA approach, proximity to Bradley International Airport's Class C airspace (12 nm north), and the surrounding dense Connecticut airspace structure — including numerous busy regional airports within 25 miles — create a genuinely rich IFR training environment. The airport is specifically noted in FAA noise abatement remarks as located in a noise-sensitive area, with populated areas to the south and west to be avoided; pilots are requested to use approach and departure paths over the river when possible. Voluntary noise abatement restricts touch-and-go operations and practice instrument approaches from Monday through Saturday 2200 to 0600, and Sunday 2200 to 0900.

Fleet and Facilities

Professional Instrument Courses operates no aircraft, owns no simulators in a fixed facility, and maintains no ramp or hangar. These sections are reconfigured to reflect PIC's actual model.   The Mobile Simulator The instructor-dispatched simulator is the cornerstone of PIC's training model. PIC describes it as a state-of-the-art digital simulator that the instructor configures to represent the student's specific avionics — whether that is a glass cockpit (Garmin G1000, GTN 650​/​750, G500​/​600, Garmin Perspective, Avidyne Entegra, Aspen) or an analog round-gauge panel. The device is portable, set up in a convenient location at or near the student's home or office, and remains available for unlimited student practice between formal training sessions throughout the course. For the Cirrus Transition Course specifically, Cirrus-approved simulators are used, configurable for any Cirrus model and any avionics combination. PIC also references FAA-approved IFR procedures trainers used in the Cabin Class Proficiency Course.   The Student's Aircraft Because PIC trains in the student's own aircraft — or an aircraft that the student arranges locally — there is no PIC fleet to describe. PIC instructors are required to have current experience in the student's avionics suite (Garmin GNS​/​GTN series, G1000, etc.) and hold a minimum of 3,000 flight hours with substantial actual IFR experience. The fleet of aircraft that PIC has trained in across its history spans the full range of owner-operated GA: Beechcraft Bonanza and Baron, Cessna Skylane, Skyhawk, 340, 414, and 421, Cirrus SR20 and SR22, Piper Archer, Malibu​/​Mirage and Navajo variants, Aerostar, Glasair III, and numerous other types. The Cabin Class Aircraft Course specifically targets pressurized and high-performance twins including the Beechcraft Baron 58P, Beechcraft Duke, Piper Malibu​/​Mirage, Piper P-Navajo, Aerostar, Cessna P210, Cessna 340, Cessna P337, Cessna 414, Cessna 421, and Glasair III.   Administrative Office PIC's administrative headquarters and training coordination office is located at 2080 Silas Deane Highway, Rocky Hill, CT 06067. This is the operational nerve center for scheduling, instructor dispatch, curriculum management, and Training Counselor communications. Rocky Hill is a suburb of Hartford, situated on the Connecticut River roughly equidistant between Hartford and Middletown.

Hours of Operation

PIC's Training Counselors are available Monday through Friday, 9:00 AM to 5:00 PM Eastern time, at the main scheduling line. Instructor dispatch for training is nationwide and operates on client-negotiated schedules; eight-hour training days are conducted Monday through Sunday based on student availability and course scheduling. Because training takes place at the client's home airport, operating hours during the flight portion of each course are governed by the hours of the student's local airport and applicable airspace.

Additional Notes

The efficiency argument at the core of PIC's business model deserves serious examination, because it runs counter to the intuition that intensive training sacrifices depth for speed. PIC's position — supported by 45 years of operational history and thousands of graduates — is that the opposite is true: consecutive daily immersion produces better retention and fewer training hours because there is no re-learning between sessions, the instructor is fully dedicated to one student throughout, and the curriculum is sequenced precisely to build each day's work on the previous day's foundation. The company's data point on actual instrument hours is striking: PIC students average approximately 27 hours of flight time during the ten-day course, compared to a national average of 65 hours across all instrument training approaches. The savings come from simulator efficiency — a simulator allows rapid procedure repetition, immediate scenario reset, and distraction-free instruction that a moving aircraft cannot replicate — and from the elimination of re-learning time that consumes a significant portion of traditional spaced-session training.   The market PIC serves is genuinely underserved by conventional flight schools. An owner-pilot operating a pressurized Baron or a glass-cockpit Cirrus SR22 is not well served by training programs designed for student pilots building toward a first certificate. The regulatory and procedural demands of IFR flying in complex, high-performance aircraft — managing engine systems, pressurization, advanced avionics, real weather, ATC workload, and procedure execution simultaneously — require instruction from someone who has actually done it at scale. PIC's instructor qualification floor of 3,000 hours with significant actual IFR experience, combined with the requirement for current familiarity with the student's specific avionics suite, produces a match quality between instructor expertise and student aircraft that most local CFII availability cannot replicate.   The Cirrus Transition Course's use of Cirrus Standardized Instructor Pilots (CSIPs) — personally trained and evaluated by Cirrus headquarters — is worth noting specifically. Cirrus's parachute system (CAPS) and its integration into the SR-series emergency decision-making framework are sufficiently unique that generic instrument training in a Cirrus by an instructor without CSIP credentials leaves meaningful gaps. PIC's CSIP-credentialed delivery of Cirrus training, combined with a Cirrus-approved portable simulator, addresses precisely the type-specific depth that the large and rapidly growing Cirrus owner population needs. For the IFR Refresher Course, the type-specificity is equally explicit — PIC sends an instructor experienced in the student's aircraft type, not a generic CFII who will need to learn the aircraft alongside the student.