If ballast is released before landing, what is the expected effect on landing?

If ballast is released before landing, what is the expected effect on landing?

• A. It reduces landing speed and improves handling.
• B. It increases landing speed.
• C. It has no effect on landing.
• D. It only affects takeoff.

Answer: (A)

Ballast changes wing loading, which sets how fast you must fly to stay airborne and avoid a stall. When ballast is released, the glider becomes lighter for its wing area, so the stall speed and the speed you typically use on final approach can be lower. Flying at a slower, controlled airspeed on approach means a lower landing speed. The lighter airframe also feels more responsive and easier to maneuver at low speeds, improving handling near the ground. So releasing ballast before landing reduces the expected landing speed and makes handling more manageable. It wouldn’t raise landing speed, and it does affect landing, not just takeoff.

Ballast changes wing loading, which sets how fast you must fly to stay airborne and avoid a stall. When ballast is released, the glider becomes lighter for its wing area, so the stall speed and the speed you typically use on final approach can be lower. Flying at a slower, controlled airspeed on approach means a lower landing speed. The lighter airframe also feels more responsive and easier to maneuver at low speeds, improving handling near the ground. So releasing ballast before landing reduces the expected landing speed and makes handling more manageable. It wouldn’t raise landing speed, and it does affect landing, not just takeoff.