A flight instructor and student pilot were killed on September 7, 2026, after a Cessna 172N Skyhawk II crashed at Montgomery-Gibbs Executive Airport in San Diego, California. The aircraft, identified as N734ZK, was conducting touch-and-go landings on Runway 28L when the accident occurred.
Available information indicates the crew called for a go-around during the training sequence. Air traffic control had reported winds from 310 degrees at 17 knots, gusting to 22 knots. Seconds after the go-around call, the aircraft crashed near the approach end of Runway 28L. The plane came to rest upright and was consumed by a post-crash fire.
The Federal Aviation Administration and National Transportation Safety Board are investigating the crash.
Training flights can become dangerous during takeoff and landing practice
Touch-and-go practice is a common part of flight training. The student lands the aircraft, keeps it rolling, adds power, and takes off again. The maneuver helps pilots practice landing, directional control, power management, checklist use, and go-around decision-making.
But a touch-and-go landing also creates a high-workload environment. The instructor must monitor the student’s control inputs, airspeed, runway alignment, flap configuration, trim, engine power, and traffic. The student may be learning to manage several tasks at once while the aircraft is close to the ground.
A small plane crash during touch-and-go practice can raise questions about whether the aircraft was stabilized, whether the go-around was initiated early enough, whether the aircraft had adequate airspeed, and whether the instructor had time to take control before impact.
Go-around timing and low-altitude control
The crew reportedly called for a go-around shortly before the crash. A go-around is supposed to be a safety maneuver. It allows a pilot to discontinue a landing or touch-and-go attempt when the approach, touchdown, runway alignment, wind, or aircraft configuration is not safe.
At very low altitude, however, the maneuver must be performed correctly and immediately. The pilot must add power, manage pitch, maintain directional control, account for flap configuration, and avoid letting airspeed decay. If the aircraft is already unstable, drifting, slow, or misconfigured, there may be very little time to recover.
The fact that the crash was heard only seconds after the go-around call makes the final moments especially important. Investigators will likely examine whether the aircraft had enough airspeed and runway remaining, whether the student or instructor was flying, and how the airplane responded when power was added.
Gusting crosswinds and runway alignment
Winds were reportedly from 310 degrees at 17 knots, gusting to 22 knots, while the aircraft was operating on Runway 28L. That wind direction would have created a crosswind component during takeoff and landing practice.
Crosswinds can be challenging for student pilots because they require coordinated rudder and aileron inputs. Gusting winds make the task harder. A gust can lift a wing, push the aircraft off centerline, change airspeed, or cause a sudden correction close to the ground.
Adverse weather does not always mean storms. For a training aircraft doing repeated landings, gusty surface winds can be enough to increase workload and reduce the margin for error. Investigators may review wind reports, runway selection, pilot experience, instructor decision-making, and whether conditions were appropriate for the training being conducted.
Stall risk during a low-altitude maneuver
A go-around close to the runway can create stall risk if the aircraft pitches too steeply, lacks enough airspeed, or is not configured properly. An aerodynamic stall occurs when the wing exceeds its critical angle of attack and stops producing enough lift.
In a Cessna 172, stalls are commonly taught and practiced, but an unexpected stall during a real go-around can be catastrophic. At low altitude, there may be no room to lower the nose, regain airspeed, and recover before impact.
There is no official finding that a stall caused this crash. Still, the combination of touch-and-go practice, gusting winds, a go-around call, and impact seconds later makes aircraft control and airspeed central issues for the investigation.
Post-crash fire and burn injury hazards
The aircraft was reportedly consumed by a post-crash fire. Aviation fires can spread rapidly because of fuel, aircraft materials, engine components, and impact damage. Even when airport personnel and nearby witnesses respond quickly, flames may make rescue impossible within seconds.
Fatal post-crash fires also raise important questions about survivability. Investigators may consider whether the occupants died from impact forces, fire, smoke, or a combination of trauma and thermal injury. In aviation accidents, burn injuries may occur alongside blunt-force trauma, inhalation injury, and other catastrophic harm.
Emergency response records, witness accounts, aircraft position, fuel release, and fire patterns may help explain how the fire started and whether any opportunity for rescue existed.
Maintenance, engine response, and aircraft condition
Because the crash occurred during a go-around, investigators may review whether the engine responded normally when power was applied. A training aircraft used for repeated takeoffs and landings must be able to deliver predictable power during transition from landing roll to climb.
Aircraft maintenance may become relevant if there were issues with engine performance, throttle response, carburetor heat, fuel delivery, ignition, flight controls, trim, or flap operation. Investigators may review maintenance logs, recent inspections, prior squawks, flight-school records, and whether any defects had been reported before the flight.
Compliance with any applicable Airworthiness Directive may also be reviewed. If a known unsafe condition applied to the aircraft, engine, or components, the investigation should determine whether required inspections or corrective actions were completed.
Flight data, witness accounts, and airport evidence
A crash at an airport may leave several sources of evidence. Flight data may be available from ADS-B tracking, avionics, tablets, engine monitors, airport surveillance, or air traffic control information.
Witnesses, tower communications, runway markings, impact location, wreckage distribution, and fire patterns may also be important. Because the crash occurred during touch-and-go practice, investigators may compare earlier landings in the same session to the final approach and go-around.
This type of review may require crash reconstruction to understand the aircraft’s position, attitude, speed, and flight path in the final seconds. Reconstruction can help determine whether the aircraft stalled, drifted, struck the ground in a bank, lost power, or encountered another control problem.
Legal issues after a fatal flight training crash
A fatal training crash may involve flight instruction, weather decisions, aircraft maintenance, flight-school practices, airport operations, and emergency response. An aviation accident attorney can help families evaluate the flight school’s procedures, instructor qualifications, aircraft records, ATC communications, weather conditions, and potential third-party responsibility.
Families may also need to understand whether a wrongful death claim is available. These cases may involve funeral expenses, loss of companionship, emotional harm, and the financial losses caused by a preventable death.
A careful legal review should not assume the cause. The key questions are why the go-around was initiated, what happened in the seconds after that call, whether wind conditions or aircraft configuration played a role, and whether the crash could have been prevented.
Speak With an Aviation Accident Attorney
Spagnoletti Law Firm represents people and families affected by serious aviation accidents and other catastrophic events. When a training aircraft crashes during a go-around, touch-and-go landing, or other low-altitude maneuver, it is important to determine whether flight instruction, aircraft maintenance, weather, airspeed, or other safety issues contributed to the tragedy.
We offer a free consultation, and we handle aviation accident cases on a contingency fee basis, meaning there are no upfront attorney’s fees and we are paid only if we recover compensation for you.
If you or a loved one has been impacted by a plane crash, call Spagnoletti Law Firm at 713-804-9306 or contact us online.