MSF Emergency Maneuvers 4 — Questions and Answers
Question 1: What is the primary danger of front wheel lockup during emergency braking?
- Increased stopping distance only
- Loss of steering control and likely fall (Correct answer)
- Rear wheel skid
- Engine stalling
Correct answer: Loss of steering control and likely fall
A locked front wheel eliminates steering ability and typically causes the motorcycle to fall immediately, unlike a manageable rear skid.
Question 2: In an emergency, you must stop on a surface with painted road markings. What adjustment do you make?
- Apply brakes harder since paint adds grip
- Reduce brake pressure because paint reduces traction (Correct answer)
- Use only the front brake on painted surfaces
- Steer off the markings before braking
Correct answer: Reduce brake pressure because paint reduces traction
Painted road surfaces are slippery, especially when wet, so reducing brake pressure prevents wheel lockup on the lower-traction surface.
Question 3: You enter a curve too fast. Which MSF-recommended technique may help you get through safely?
- Brake hard in the middle of the curve
- Straighten the bike and brake before the curve ends
- Look through the curve, relax your grip, and lean more (Correct answer)
- Accelerate to stabilize the bike through the curve
Correct answer: Look through the curve, relax your grip, and lean more
Looking through the curve, relaxing the grip, and increasing lean angle lets the tires follow a tighter arc and may allow safe passage through the turn.
Question 4: What role does the front brake play in total stopping power compared to the rear?
- Front provides about 25%, rear provides about 75%
- Both provide equal 50% stopping power
- Front provides about 70–75%, rear provides about 25–30% (Correct answer)
- Rear provides all stopping power at high speed
Correct answer: Front provides about 70–75%, rear provides about 25–30%
Weight transfers forward during braking, loading the front tire and making the front brake responsible for approximately 70–75% of total stopping force.
Question 5: A vehicle merges into your lane without warning. After braking, you still need to swerve. What is the correct sequence?
- Swerve first, then brake while swerving
- Brake, release brake pressure, swerve, then reapply brakes if needed (Correct answer)
- Brake and swerve simultaneously for maximum effect
- Swerve and accelerate at the same time
Correct answer: Brake, release brake pressure, swerve, then reapply brakes if needed
The correct sequence is to brake to reduce speed, release the brakes, execute the swerve, then reapply brakes after the bike is upright.
Question 6: What is the MSF's recommended hand position on the handlebars during emergency maneuvers?
- Tighten grip with all fingers to maximize control
- Maintain a firm but relaxed grip to avoid tensing up (Correct answer)
- Place thumbs under the bars for push-pull steering
- Grip only with the fingertips for sensitivity
Correct answer: Maintain a firm but relaxed grip to avoid tensing up
A firm but relaxed grip prevents muscle tension from interfering with quick inputs and allows the bike to move naturally through the maneuver.
Question 7: At what speed does counter-steering become the primary method of initiating a turn or swerve?
- Above 5 mph
- Above 12 mph (Correct answer)
- Above 25 mph
- Above 40 mph
Correct answer: Above 12 mph
Above approximately 12 mph, counter-steering — pressing on the inside handlebar — is the most effective way to initiate a lean and directional change.
MSF Emergency Maneuvers 4
What is the primary danger of front wheel lockup during emergency braking?