How long has NORAD been tracking Santa?
NORAD’s predecessor, the Continental Air Defense Command (CONAD), began tracking Santa in 1955. NORAD replaced CONAD in 1958 and took over the mission of tracking Santa’s flight around the world, and they have been tracking Santa every year since!
Why does NORAD track Santa?
Twenty four hours a day, 365 days a year, NORAD tracks airplanes, missiles, space launches and anything else that flies in or around the North American continent, while also completing some other very important missions. While the tradition of tracking Santa began purely by accident, NORAD continues to track Santa. We’re the only organization that has the technology, the qualifications, and the people to do it. And, we love it! NORAD is honored to be Santa’s official tracker!
When will Santa arrive at my house?
NORAD tracks Santa, but only Santa knows his route, which means we cannot predict where and when he will arrive at your house. We do, however, know from history that it appears he arrives only when children are asleep! In most countries, it seems Santa arrives between 9:00 p.m. and midnight on December 24th. If children are still awake when Santa arrives, he moves on to other houses. He returns later, but only when the children are asleep!
Does NORAD have any statistics on Santa’s sleigh?
NORAD can confirm that Santa’s sleigh is a versatile, all weather, multi-purpose, vertical short-take-off and landing vehicle. It is capable of traveling vast distances without refueling and is deployed, as far as we know, only on December 24th (and sometimes briefly for a test flight about a month before Christmas).
Sleigh Technical Data
| Designer & Builder | K. Kringle & Elves, Inc. |
| Probable First Flight | Dec. 24, 343 A.D. |
| Home Base | North Pole |
| Length | 75 cc (candy canes) / 150 lp (lollipops) |
| Width | 40 cc / 80 lp |
| Height | 55 cc / 110 lp |
| Note: Length, width and height are without reindeer | |
| Weight at takeoff | 75,000 gd (gumdrops) |
| Passenger weight at takeoff | Santa Claus 260 pounds |
| Weight of gifts at takeoff | 60,000 tons |
| Weight at landing | 80,000 gd (ice & snow accumulation) |
| Passenger weight at landing | 1,260 pounds |
| Propulsion | Nine (9) rp (reindeer power) |
| Armament | Antlers (purely defensive) |
| Fuel | Hay, oats and carrots (for reindeer) |
| Emissions | Classified |
| Climbing speed | One “T” (Twinkle of an eye) |
| Max speed | Faster than starlight |
What route does Santa travel?
Santa usually starts at the International Date Line in the Pacific Ocean and travels west. So, historically, Santa visits the South Pacific first, then New Zealand and Australia. After that, he shoots up to Japan, over to Asia, across to Africa, then onto Western Europe, Canada, the United States, Mexico and Central and South America. Keep in mind, Santa’s route can be affected by weather, so it’s really unpredictable. NORAD coordinates with Santa’s Elf Launch Staff to confirm his launch time, but from that point on, Santa calls the shots. We just track him!
Does Santa visit everyone?
Indeed! Santa visits all homes where children believe in him.
How can Santa travel the world within 24 hours?
NORAD intelligence reports indicate that Santa does not experience time the way we do. His trip seems to take 24 hours to us, but to Santa it might last days, weeks or even months. Santa would not want to rush the important job of delivering presents to children and spreading joy to everyone, so the only logical conclusion is that Santa somehow functions within his own time-space continuum.
Radar
It all starts with the NORAD radar system called the North Warning System. This powerful radar system has 47 installations strung across Canada’s North and Alaska. NORAD makes a point of checking the radar closely for indications of Santa Claus leaving the North Pole every holiday season. The moment our radar tells us that Santa has lifted off, we begin to use the same satellites that we use in providing air warning of possible missile launches aimed at North America.
Satellites
These satellites are located in a geo-synchronous orbit (that’s a cool phrase meaning that the satellite is always fixed over the same spot on the Earth) at 22,300 miles above the Earth. The satellites have infrared sensors, meaning they can see heat. When a rocket or missile is launched, a tremendous amount of heat is produced – enough for the satellites to see them. Rudolph’s nose gives off an infrared signature similar to a missile launch. The satellites detect Rudolph’s bright red nose with no problem.