Lesson 3: Altitude: Playing Golf in Thin Air
Altitude means height above sea level. The higher you go, the thinner the atmosphere gets. And thinner air means less drag on the golf ball.
Golf courses at high altitude — like those in Denver, Colorado at about 5,280 feet — play dramatically differently from courses at sea level.
At high altitude, golf balls travel significantly farther — sometimes 10-15% or more. A golfer who hits a 7-iron 150 yards at sea level might hit it 165-170 yards at high altitude. This completely changes club selection.
The PGA Golf Club where you train is close to sea level in Florida — dense air, maximum resistance. Very different from high-altitude courses.
Higher altitude = thinner air = less drag = golf ball travels farther.
At 5,000 feet above sea level, golf shots travel approximately 7-10% farther than at sea level.
If you were a professional golfer, would you prefer playing at high altitude or sea level? Think about the advantages and disadvantages for different parts of your game.
Altitude research project: research three famous golf courses at very different altitudes — one near sea level (a links course in Scotland), one at moderate altitude (Augusta, Georgia), and one at high altitude (a course in Colorado). Find each altitude and the typical driving distance difference. Present findings as a table with one paragraph explaining where you would hit your longest drive and why.
The altitude research connects physics to geography and global golf culture simultaneously. If your child is a fan of any specific course or golfer, finding that course’s altitude and connecting it to performance makes the physics personally relevant.