Why Pilots Reject a Take-off, and What V1 Means

What was reported on 18 October 2026

The US Federal Aviation Administration (FAA) said that the pilot of a business jet aborted the take-off and the aircraft went off the runway at an airport in the western United States at about 10:50 a.m. local time on Sunday 18 October 2026. Eight people were on board, and the flight was headed to Canada. The FAA said it will investigate.

According to the Associated Press, as carried by FOX, the jet struck the airport's perimeter fence, no one was injured, two runways were closed for inspection and the FAA briefly paused flights to the airport, causing delays. A passenger said on social media that the aircraft could not get into the air and ran out of runway. That is one passenger's account. No official body has said why the take-off was stopped, and we do not guess.

How often take-offs are rejected

In the 1990s the FAA and the airline industry wrote a Takeoff Safety Training Aid for jet crews. Its pilot guide, updated with figures for western-built jet airliners up to 2003, estimates that one in 3,000 take-off attempts ends with a rejected take-off. At that rate, it says, about 16 crews somewhere in the world reject a take-off every day, yet a long-haul pilot making eight departures a month would meet one only about every 30 years.

Speed makes the difference. The guide says more than 75 percent of rejected take-offs begin at 80 knots or less, and that these almost never end in an accident. About 2 percent begin above 120 knots, and those high-speed stops are where most runway overruns come from. Overall it counts one rejected take-off that ended in an overrun accident or incident per 4.5 million take-offs.

What V1 means

US rules define V1 as the highest speed in the take-off at which the pilot must take the first action to stop (brakes, thrust back, speed brakes) and still stop within the distance worked out for that runway. It is also the lowest speed at which, if an engine fails, the take-off can be continued safely. So before V1 there is room to stop; after V1 the plan is normally to fly and deal with the problem in the air.

The training aid studied 97 rejected take-offs that ended in overrun accidents or incidents. In 55 percent the stop began above V1, and about a third happened on wet, snowy or icy runways. In about half, it judged, the aircraft could have continued the take-off. Its summary is plain: as the speed approaches V1, a successful stop "becomes increasingly more difficult". None of this says what happened on 18 October; it explains why crews brief the decision before they start rolling.

In a light trainer

A single-engine trainer has no second engine to continue on, so its take-off briefing is simpler: if anything goes wrong before lift-off, close the throttle and stop; if the engine fails just after lift-off, lower the nose and land ahead. The decision is made before the roll starts, so that on the day it is an action, not a debate.

In AeroFox's Engine failure after take-off lesson, part one is exactly that: full power on the runway, then the call "Abort", and you close the throttle first, brake hard and keep straight on the centreline until you stop.

If you are a passenger

A rejected take-off can feel like a very hard stop with a lot of noise. Keep your seat belt fastened low and tight for every take-off, so a sudden stop does not throw you forward. When the aircraft has stopped, stay seated and listen: the crew will tell you whether you are taxiing back, waiting or leaving the aircraft. If they call an evacuation, leave your bags behind and go to the exit they point to.