Movement Belay Certification Movement Belay Practical Application and Evaluation 2 — Questions and Answers
Question 1: During a top-rope belay, the climber unexpectedly falls. What is the most critical action for the belayer to take first?
- Immediately lock off the brake hand to stop the rope from feeding (Correct answer)
- Step forward toward the wall to absorb the impact
- Call out 'Falling!' to warn nearby climbers
- Release the guide hand to allow dynamic rope movement
Correct answer: Immediately lock off the brake hand to stop the rope from feeding
Locking off the brake hand by moving it down and across the body is the first priority to arrest a fall immediately.
Question 2: A belayer using a tube-style device notices the rope is feeding too quickly through the device during a lead fall. What does this indicate?
- The belayer has lost control of the brake strand (Correct answer)
- The device is functioning correctly with a dynamic catch
- The climber is descending intentionally
- The rope is too thin for the device
Correct answer: The belayer has lost control of the brake strand
Rapid, uncontrolled rope movement through the device means the brake hand is not maintaining proper friction to stop the fall.
Question 3: When evaluating a belayer's stance at a top-rope anchor, which position is considered optimal for balance and fall arrest?
- Feet shoulder-width apart with slight bend in knees, facing the wall (Correct answer)
- Standing directly under the anchor point on tiptoes
- Leaning back with feet braced against the wall
- Side-on stance with dominant foot forward
Correct answer: Feet shoulder-width apart with slight bend in knees, facing the wall
A balanced, shoulder-width stance with bent knees allows the belayer to absorb the jolt of a fall without being pulled off their feet.
Question 4: During a practical evaluation, the evaluator observes the belayer's guide hand crossing over to the brake side of the device. This is flagged because:
- It can displace the brake hand from the rope during the crossover motion (Correct answer)
- It causes excessive rope drag on the device
- It is only acceptable for left-handed belayers
- It reduces the belayer's ability to take up slack quickly
Correct answer: It can displace the brake hand from the rope during the crossover motion
Crossing the guide hand over the brake strand can bump the brake hand off the rope during the transition, creating a momentary loss of control.
Question 5: A climber at the top of a route asks to be lowered. The belayer is using an ATC. What is the correct sequence to begin lowering?
- Confirm the climber is ready, lock off, transition brake hand below device, gradually feed rope (Correct answer)
- Release brake hand slightly and allow gravity to lower the climber
- Remove the device, rethread rope, then lower
- Ask the climber to downclimb while feeding slack
Correct answer: Confirm the climber is ready, lock off, transition brake hand below device, gradually feed rope
Confirming readiness, establishing a locked-off position, and controlling rope feed with the brake hand below the device ensures a safe, controlled lower.
Question 6: During an evaluation, the tester asks the belayer to demonstrate giving a 'soft catch' on lead. What technique should the belayer use?
- Allow slight rope movement through the device and step slightly toward the wall as the climber falls (Correct answer)
- Hold the brake hand completely rigid to stop the rope immediately
- Feed extra slack just before the fall to reduce the catch force
- Sit down quickly to lower the center of gravity during the fall
Correct answer: Allow slight rope movement through the device and step slightly toward the wall as the climber falls
Allowing a small amount of rope movement and moving toward the wall reduces the peak impact force on both the climber and the anchor.
Question 7: A belayer is caught during evaluation with their brake hand above the belay device rather than below it. Why is this a critical error?
- The rope cannot be pinched against the device to create braking friction in that position (Correct answer)
- The rope will unclip from the carabiner due to the upward angle
- It is only a minor style deviation with no safety impact
- It prevents the belayer from feeding rope to the climber
Correct answer: The rope cannot be pinched against the device to create braking friction in that position
Most tube-style devices require the brake strand to angle downward to generate friction; a brake hand above the device eliminates this mechanical advantage.
Movement Belay Certification Movement Belay Practical Application and Evaluation 2
During a top-rope belay, the climber unexpectedly falls.
What is the most critical action for the belayer to take first?