Teaching Maneuvers

The Five-Phase Demonstration-Performance Method

The dominant flight-instruction method. Apply it consistently for every new maneuver.

1. Explanation — Cover the maneuver verbally on the ground or before takeoff. Cover the objective, completion standards, common errors, and recovery technique. The student must understand why before they touch the controls.
2. Demonstration — Instructor flies the maneuver while narrating each input. Minimize extraneous activity. If something deviates from the explanation, acknowledge it immediately.
3. Student Performance — Student attempts the maneuver. Two phases: the physical/mental skill, then the instructor's supervision overlapping.
4. Instructor Supervision — Stay ready to take controls but let the student work through it. Verbal coaching is fine; over-coaching prevents learning.
5. Evaluation — Critique. Compare against standards. Identify next steps.

Teaching the Hover

Hover is hard for everyone. The instructor's job is to manage frustration while building muscle memory.

Recommended sequence:

1. Pedals only (instructor manages collective and cyclic): student maintains heading on a reference point
2. Pedals + collective (instructor manages cyclic): student maintains heading and altitude
3. Cyclic alone (instructor manages collective and pedals): student maintains lateral position
4. All three controls together — short bursts of 30–60 seconds at first, building to sustained

Common errors:

• Staring at the ground directly below — produces over-correction. Fix: pick a reference on the horizon.
• Chasing drift — by the time it's noticed, it's too late. Fix: teach anticipation; tiny inputs continuously.
• Death grip on the controls — fatigues the student fast. Fix: remind them the helicopter wants to hover; their job is to nudge it, not steer it.
• Pedal heading drift — common when focused on lateral position. Fix: trim pedals before working position.

End every hover lesson on a positive note — even if it's just 5 seconds of steady hover. That last memory is what the student carries into the next lesson.

Teaching Hovering Autorotation

Engine-out recovery from a low hover. Practiced extensively until it's reflexive — and it must be, because in a real engine failure there's no time to think.

Phases:

1. Detection — yaw to the right (CCW rotor), engine noise drop, NR drop. Train recognition.
2. Lower collective immediately — flat pitch maintains rotor RPM. This is the only correct first action.
3. Pedal counter — left pedal to stop the yaw
4. Cushion — at a few feet AGL, raise collective progressively to the high pitch stop
5. Set down — cushion touchdown, then lower collective fully

Common errors:

• Hesitation lowering the collective — fatal in a real failure. Drill the reflex.
• Cushioning too late — the helicopter falls hard the last 2 ft. Time the pull.
• Cushioning too early — uses up energy before touchdown. Save the pull.
• Pedal late or wrong direction — yaw becomes unrecoverable.

Teaching Full Autorotation

The most critical emergency maneuver. Treat it with corresponding seriousness.

Phase-by-phase teaching:

1. Entry — throttle to idle + lower collective + maintain RPM in green arc + nose attitude for best glide. Demonstrate this as a simultaneous input. Most students treat it as sequential and lose RPM.
2. Glide — maintain rotor RPM, adjust airspeed, pick a landing spot. Talk through your spot selection out loud — students need to hear the decision-making.
3. Flare — at 50–75 ft AGL, aft cyclic to slow descent and forward speed. Timing is everything; demonstrate it twice before letting the student try.
4. Cushion — level the aircraft, raise collective progressively to cushion touchdown. Should hit the high pitch stop just as the skids touch.

ACS standard: Land within 200 feet of the intended point.

Common errors:

• Slow entry — RPM droops below the green arc. Reinforce simultaneity.
• Improper airspeed during glide — too slow drops RPM, too fast ruins the touchdown
• Flaring too early — bleeds energy, ends in a hard touchdown short of the spot
• Flaring too late — touchdown with forward speed, possible nose-over
• Misjudging the landing spot — student fixates on the decision rather than re-evaluating as conditions change

Teaching technique: Practice power recoveries (pull throttle, autorotate, recover above the ground) for the early lessons. Once the entry and glide are solid, progress to power-off touchdowns. Power recoveries are easier on the helicopter and let you do many more reps.

Teaching Slope Operations

The most common cause of dynamic rollover. Teach respect for the lateral cyclic limit.

Landing on a slope:

1. Approach the slope into the wind when possible
2. Hover laterally to the slope, level
3. Lower collective slowly while maintaining lateral position with cyclic — uphill skid touches first
4. Continue lowering collective; downhill skid descends slowly
5. If lateral cyclic approaches the stop before both skids are down, abort — return to a hover and find a flatter spot
6. Once both skids are down, lower collective fully

Takeoff from a slope:

1. Verify cyclic is centered laterally
2. Slowly raise collective; downhill skid lifts first
3. Continue raising collective until both skids are clear and level
4. Hover-check, then transition to forward flight

Critical teaching point: dynamic rollover can develop in less than 1 second. The student must internalize the abort criterion: if lateral cyclic hits the stop, immediately reduce collective and return to a hover. No exceptions.

Teaching Confined Area Operations

The high-stakes practical-test classic. The maneuver is judgment-driven; the CFI's job is to model the decision-making out loud.

Sequence:

1. High recon — fly a 360° circle at 500–800 ft AGL to assess: obstacles, wind direction, slope, surface, escape route, and OGE power required
2. Low recon — descend to ~50 ft AGL on the approach path, verify surface details and check power available at that altitude
3. Approach — into the wind, at a stable rate
4. Landing or go-around — commit only when the LZ is verified safe

Critical teaching points:

• Always plan an escape route before descending below obstacle height
• Approach into the wind whenever possible for best control authority and lowest hover power
• If anything looks wrong on low recon, go around. There's no penalty for a missed approach.
• Verbalize each decision so the student hears the thought process

Teaching Vortex Ring State Recovery

VRS is a setup-driven hazard. The teaching priority is recognition first, recovery second, prevention third (the right order in real life — once you're in it, recovery is your only option).

Recognition cues:

• Approach with high descent rate (> 300 fpm) at low airspeed (< ETL)
• 20–100% power applied with insufficient remaining power
• Aircraft begins to settle uncommanded — the cue most pilots miss
• Vibration, sluggish controls, descent rate increases despite collective increase

Two recovery techniques:

• Vuichard: Apply lateral cyclic into the advancing blade, increase power, apply lateral anti-torque thrust. Quickest exit, minimum altitude loss. Now widely taught as the preferred technique.
• Standard: Lower collective and push the nose forward to gain airspeed. Effective but loses more altitude. Use when vertical room is available.

Teaching approach: demonstrate the entry conditions safely (high altitude, lots of room below), then practice both recovery techniques. Many CFIs teach Vuichard exclusively now — it's the better recovery and it's what your students will need to know.

Prevention technique: teach approaches with < 300 fpm descent above ETL, only slowing inside ETL after the descent rate is controlled.

Teaching Maximum Performance Takeoff

Trade forward speed for obstacle clearance. Performance-limited — teach the math first.

1. Compute density altitude and weight; verify hover OGE is possible at the obstacle height
2. Pull pitch to just below maximum power — avoid LTE, avoid settling
3. Climb steeply at minimum safe airspeed
4. Once clear of obstacles, accelerate to normal climb airspeed

Critical teaching point: if the math doesn't work, the maneuver doesn't work. Don't let the student "try and see" — refuse the takeoff unless performance shows margin.

Teaching Run-On Landing

The technique when OGE hover isn't possible — high density altitude, heavy load. Land with forward speed.

1. Approach at normal angle but do not slow to a hover
2. Touch down on skids with 10–20 knots forward speed
3. Lower collective after touchdown; use cyclic to slow to a stop on the ground

Teaching priority: students used to hover-to-set-down landings often flare the run-on, which kills the maneuver. Drill the constant attitude — no flare, just a controlled descent to skid touch.

Teaching the Constant-Attitude Autorotation (IFR / Night)

For low-visibility or night engine failures where the ground isn't visible until impact. See also IFR Emergencies.

• Set 35–40 KIAS plus half the windspeed, into the wind
• Maintain that airspeed all the way to ground contact — no flare
• Begin pulling collective when the radar altimeter or landing light reveals the surface
• Accept the slight forward speed at touchdown

Teaching context: this is rarely practiced because it's hard on the helicopter. Cover it on the ground in detail and in a sim if available. The student must understand why the flare is omitted — there isn't enough kinetic energy at this speed to change the flight path with a flare; it would only change the attitude on impact.

Common Teaching Mistakes

• Over-coaching — talking the student through every input prevents them from learning to feel it. Set them up, then quiet down.
• Demonstration without explanation — student watches you fly the maneuver perfectly and learns nothing. Verbalize each input.
• Vague critique — "you were a little high" doesn't help. "At the FAF you were 200 ft above the published altitude, then descended at 800 fpm to recover" is teaching.
• Skipping the explanation phase — going straight to demo + performance leaves the student confused about why anything works
• Pushing past frustration — fatigue and emotional load destroy learning. Stop the lesson before that point.
• Praise dilution — "good flight" said after every flight loses meaning. Save real praise for real progress.